ZEF 100 W Asms 61st 5 17 Fullprogramlow

User Manual: ZEF 100 W

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This year we celebraTe 100 years of mass specTromeTry. Each conference registrant will receive a free reproduction of
J.J. Thomson’s 1913 edition of Rays of Positive Electricity. Pick up your copy in the “Museum” located adjacent to Exhibit Hall C. In
the museum you will also nd:
Display of historical instruments and accessories
History posters
For sale: “Evolution of Mass Spectrometry: 1910-1940,” set of two wall posters (36” X 17.5”), $20 per set
Don’t miss these other commemorative features of the meeting.
Sunday, 6:45 - 7:45 pm: Michael L. Gross, The First Fifty Years of MS: Building a Foundation
Wednesday Poster Session: Historical Posters, WP 001 and 002
Thursday, 2:30 - 4:30 pm: Celebration of 100th Anniversary of Mass Spectrometry, Room 103
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 1
61
ST
ASMS ConferenCe on Mass speCtroMetry and allied topiCs
June 9 - 13, 2013 • Minneapolis, Minnesota
sponsors
ASMS gratefully acknowledges the support
of these companies.
Internet Cafés
Closing Gala
conference sponsors
Table of conTenTs
General informaTion ....................................... 2
hoTels and TransporTaTion ........................... 5
asms board of direcTors ............................ 6
inTeresT Groups and commiTTees .................. 7
awards.............................................................. 8
convenTion cenTer floor plans ................ 10
posTer / exhibiT hall floor plan ...............11
corporaTe hospiTaliTy suiTes ..................... 12
asms corporaTe members ......................... 13
proGram acknowledGemenTs ....................... 17
proGram overview ........................................ 18
workshops ..................................................... 23
Titles in the following sections are provided by authors. The
complete abstracts are available online: www.asms.org
The PDF document of proceedings submissions for orals and
posters are online one day after presentation at the conference.
sunday ............................................................ 27
monday oral sessions ................................. 27
Tuesday oral sessions ................................. 33
wednesday oral sessions ............................ 40
Thursday oral sessions .............................. 46
monday posTers ............................................ 53
Tuesday posTers............................................ 86
wednesday posTers ......................................119
Thursday posTers ....................................... 152
index of auThors ........................................ 183
conTribuTors
IDEX Health & Science
New Objective
SGE Analytical Science
Tandem Labs
Thermo Scientic
Zef Scientic
AWARD LECTURE
Award for a Distinguished
Contribution in Mass Spectrometry
Richard D. Smith
Pacic Northwest National Laboratory
Tuesday, 4:45 - 5:30 PM
Exhibit Hall A, Lower Level
AWARD LECTURE
Biemann Medal
Yinsheng Wang
University of California, Riverside
6:45 - 7:45 PM, SUNDAY
Thursday, 4:45 - 5:30 PM
Exhibit Hall A, Lower Level CONFERENCE OPENING
Exhibit Hall A, Exhibit level
PLENARY LECTURE
Discovery of the Elusive Higgs Boson
Peter Onyisi
University of Texas at Austin
DON’T MISS
ASMS MEETING, WEDNESDAY, 4:45 - 5:30 PM
Ballroom A
Enjoy a beverage while you applaud awards, hear the new
initiatives under construction, and more!
• CLOSING GALA, THURSDAY, 5:45 - 9:00 PM
Exhibit Hall D
Let’s celebrate! The event features a buffet, cash bar,
fun and games. Ticket is required, $30 for conference
registrant, $20 for student.
GENERAL INFORMATION
PAGE 2 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
GENERAL INFORMATION
5:00 - 5:45 pm
A Wide Spectrum: Clinical
Diagnostics for the Masses
Andrew Hoofnagle
University of Washington
5:45 - 6:30 pm
The Nuts and Bolts of Protein
Hydrogen Exchange MS
John Engen
Northeastern University
6:45 - 7:45 PM, SUNDAY
SUNDAY CONfERENCE OPENING, 6:45 - 7:45 pm
Exhibit Hall A, Lower Level CONFERENCE OPENING
Exhibit Hall A, Exhibit level
Welcome, Jenny Brodbelt
University of Texas, Austin
ASMS Vice President for Programs
The First Fifty Years of MS: Building a Foundation
Michael L. Gross
Washington University of St. Louis
SUNDAY WELCOME RECEPTION, 7:45 - 9:00 pm
Exhibit Hall BC. Conference name badge is required.
Exhibit Hall BC, Exhibit level
Registration is open 10:00 am - 8:00 pm on Sunday and
7:30 am - 5:00 pm on Monday through Thursday.
SUNDAY TUTORIAL SESSION, 5:00 - 6:30 pm
Exhibit Hall A, Lower Level
PLENARY SESSIONS
Monday, 4:45 - 5:30 pm
Exhibit Hall A, Lower Level
Then... Now...
GENERAL INFORMATION
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 3
oral sessions are 8:30 - 10:30 am and 2:30 - 4:30 pm on
Monday through Thursday.
Session A (MOA, TOA, WOA, ThOA) .............Exhibit Hall A
(lower level)
Session B (MOB, TOB, WOB, ThOB) .... L100 (lower level)
Session C (MOC, TOC, WOC, ThOC) ..............Ballroom B
Session D (MOD, TOD, WOD, ThOD) .............. Ballroom A
Session E (MOE, TOE, WOE, ThOE) ............... Auditorium
Session F (MOF, TOF, WOF, ThOF) ..................Room 101
Session G (MOG, TOG, WOG, ThOG) ..............Room 102
Session H (MOH, TOH, WOH, ThOH) ...............Room 103
oral presenTaTions are projected from ASMS computers
running Microsoft Ofce 2010. Speakers are required to use the
ASMS computers for their presentations.
speakers must load presentations at least one day prior to their
talks. The speaker room is M101C (down to mezzanine level)
and is open with a technician according to this schedule:
Sunday: 10:00 am - 8:00 pm
Monday through Wednesday: 7:30 am - 5:00 pm
posTers and exhibiT booThs are in Exhibit Hall BC. The Hall
is open:
Sunday Reception .....................7:45 pm - 9:00 pm
Monday - Wednesday ...............7:30 am - 8:00 pm
Thursday ...................................7:30 am - 3:30 pm
posTer seT-up is 7:30 am on the day scheduled and removal
is 7:30 8:00 pm on the same day. Posters should not be
removed early. Thursday posters must be removed by 3:30 pm.

assignments. Presenters should supply pushpins or Velcro to
mount their posters.
posTer sessions are 10:30 am 2:30 pm, Monday through
Thursday.
posTer auThors must be present at posters on scheduled
days at these times.
10:30 am - 1:00 pm ...........Odd-numbered posters
12:00 - 2:30 pm ............... Even-numbered posters
Presenters who must leave a poster unattended should post a
return time. Presenters should wear “Poster Presenter” badges
which are available at the poster supply counter..
lunch concessions in and near the exhibit hall are open 11:00
am - 2:00 pm.
exhibiTors must staff booths as follows:
Sunday Reception .....................7:45 pm - 9:30 pm
Monday - Thursday .................10:30 am - 2:30 pm
workshops are 5:45 - 7:00 pm on Monday, Tuesday, and
Wednesday. Light refreshments are provided in the pre-function
area on level two.
dinner break, 7:00 - 8:00 pm is time for a breath of fresh air
before the opening of hospitality suites at 8:00 pm. Visit the “Meet
Minneapolis” booth for restaurant suggestions and reservations.
The booth also features useful information about Minneapolis
museums, shopping, attractions, nightlife and much more!
free wifi access is provided in the Poster/Exhibit Hall.
Computers are provided at stations throughout the convention center.
conference proceedinGs will be published online. Visit www.
asms.org after July 15 to view or download the Proceedings.
Submission to the Proceedings does not constitute publication
and does not jeopardize the rights of authors to publish contents
of their submissions. Speaker web casting slides will be printed
to PDF and used for speakers who fail to submit.
web casTinG includes tutorial lectures, plenary lectures, and
oral sessions. Web casting will be available to conference
attendees for three months after the conference. ASMS does
not retain rights to material included in web castings. To access
the presentations, go to www.asms.org, select “web casting” on
the annual conference page, and enter your last name and the
User ID printed on your conference name badge.
corporaTe hospiTaliTy suiTes may be open 8:00 pm, Monday
through Wednesday. Suites are located in the Hilton Hotel.
corporaTe breakfasT seminars are hosted by some Corporate
Members. Please reserve a seat at company exhibit booths.
For list of companies hosting a breakfast, refer to Corporate
Member listing in this program or www.asms.org.
employmenT cenTer is located in the Poster/Exhibit Hall.
The room is open to all conference attendees. Applicants and
employers must enter resumes and employment opportunities
online. No hard copies of resumes or employment opportunities
will be posted in the center. There are computers in the center for
searching the database of candidates and positions. Interview
booths must be reserved one day in advance.
Sunday ............................................1:00 - 8:00 pm
Monday – Wednesday...............7:30 am - 5:00 pm
Thursday ...................................7:30 am - 2:30 pm
GuesT reGisTraTion ($10) includes designated name badge
and entrance to the Sunday evening reception.
GENERAL INFORMATION
PAGE 4 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
GENERAL INFORMATION
MeDiA eveNtS
Corporate media sessions are scheduled on Monday and
Tuesday for members of the press and nancial institutions.
Company Monday Hilton Hotel Location
Shimadzu 8:00-9:00 am Marquette I-III, VII-IX
Bruker Daltonics 9:30-10:30 am Conrad
AB SCIEX 11:00-12:00 pm Symphony Ballroom
Agilent Technologies 1:30-2:30 pm Grand Ballroom ABC
Thermo Scientic 3:00-4:00 pm Grand Ballroom EFG
Waters Corporation 4:30-5:30 pm Grand Ballroom D
Company Tuesday Location
PerkinElmer 9:30-10:30 am Marquette IV-VII
CoNfereNCe regUlAtioNS
Name badges are required for all conference sessions,
including the exhibit hall and the employment center.
No smoking is permitted in the convention center.
Cell phones must be turned off in oral sessions.
No photography or recording is allowed in oral sessions or
in the Poster-Exhibit Hall.
Material presented or displayed at the ASMS Conference,
including but not limited to orals, posters, workshops,
exhibit booths and hospitality suites, is the intellectual
property of the presenter and may not be recorded,
photographed, quoted, disseminated or transmitted by
summary in any form without the express written authority
of ASMS and the author of the material presented. Such
materials, only upon approval by ASMS and the author,
may be published in print or online, and must contain
appropriate credits for all quotations or photographs.
The placement of advertising in the meeting area is strictly
limited. There are poster boards and tables in the Exhibit
Hall for corporate member notices and literature. No signs
on easels are permitted. Other approved notices and
announcements may be posted on designated Boards in
the Exhibit Hall.
Hardware, accessories or any items for sale may be
displayed only in corporate exhibit booths and hospitality
suites.
No organized activities (even off-site) other than those
approved by ASMS are allowed during the conference week
(5:00 pm on Sunday through 6:00 pm on Thursday).
Corporate or institutional logos in slides or posters may
appear only one time in the presentation.
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 5
HOTELS AND TRANSPORTATION
CoNfereNCe HotelS
Map
No. Hotel Telephone
1Best Western 612-370-1400
2 Crowne Plaza 612-338-2288
3Doubletree Suites 612-332-6800
4 Graves 601 Wyndham Grand 612-677-1100
5Hilton Minneapolis 612-376-1000
6 Hilton Garden Inn 612-339-6633
7Holiday Inn Express 612-341-3300
8 Hotel Ivy 612-746-4600
9 Hotel Minneapolis 612-340-2000
10 Hyatt Regency 612-370-1234
11 Marquette 612-333-4545
12 Marriott City Center 612-349-4000
13 Millenium 612-332-6000
14 Radisson Plaza 612-339-4900
15 Residence Inn 612-677-1000
16 W Minneapolis 612-215-3700
17 Westin Minneapolis 612-333-4006
trANSPortAtioN
Travel free through the heart of downtown Minneapolis. Look
for “Free Ride” buses on Nicollet Mall between the Convention
Center and Washington Avenue, including a connection with
the Hiawatha light-rail line, with service to the airport and Mall
of America. Free bus service is available approximately every
10 minutes from 7 am to 7 pm on weekdays and roughly every
15-30 minutes on evenings and weekends.
There is also an extensive skywalk system in Minneapolis.
Image below shows bus stops.
GENERAL INFORMATION
PAGE 6 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
President
Susan T. Weintraub
University of Texas Health Science Center
San Antonio, TX
Past President
Scott A. McLuckey
Purdue University
West Lafayette, IN
Vice President for Programs
Jenny Brodbelt
University of Texas
Austin, TX
Vice President for Arrangements
Lance Nicolaysen
Waters Corporation
Beverly, MA
Treasurer
Neil L. Kelleher
Northwestern University
Evanston, IL
Secretary
Rachel O. Loo
University of California-Los Angeles
Los Angeles, CA
Member at Large for Education

Michigan State University
East Lansing, MI
Member at Large for Publications
Evan Williams
University of California-Berkeley
Berkeley, CA
Member at Large for Digital
Communications
Michael J. MacCoss
University of Washington
Seattle, WA
Congratulations
to these members who were elected to the ASMS Board
Vice President for Arrangements

New Objective, Inc.
Secretary
Rebecca A. Jockusch
University of Toronto
Member at Large for Publications
David C. Muddiman
North Carolina State University
Staff
Judith A. Sjoberg, Executive Director
Jennifer Watson
Cindi Lilly, Miquela Sena
Marin Walker, Brent Watson
ASMS BOARD OF DIRECTORS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 7
ASMS INTEREST GROUPS AND COMMITTEES
iNtereSt groUP CoorDiNAtorS
Analytical Lab Nathan Dalleska
Managers David Friedman
Bioinformatics for MS Lucas Kall
Brian Searle
Clinical Chemistry Cory Bystrom
Brett Holmquist
DNA/RNA Fenyu Meng
Norman Chiu
Drug Metabolism & Don McKenzie
Pharmacokinetics Chandra Prakash
Energy, Petroleum & Michael McGinley
Biofuels Wolfgang Schrader
Environmental Kerry Peru
Applications
Flavor, Fragrance and Marc Engel
Foodstuff
FTMS Franklin Leach
Amy McKenna
Fundamentals George Khairallah
Glen Jackson
Hydrogen Exchange Lars Konermann
& Covalent Labeling David Schriemer
Imaging MS Timothy Garrett
Miam McDonnell
Ion Mobility MS Matthew Bush
LC/MS Related Topics Susan E. Abbatiello
Helene Cardasis
Metabolomics Gary Patti
Paul West
Metal Ion Coordination Jinhua Ren
Chemistry Mike Van Stipdonk
Peptide Fragmentation Nick Polfer
Sharon Pitteri
Pharmaceuticals Matthew Blatnik
Brian Furmanski
Polymeric Materials William Erb
Gyorgy Vas
Protein Therapeutics Sheng Gu
Justin Sperry
Quantitative Intact Edward Dratz
Proteomics Julian Whitelegge
Regulated Bioanalysis Fabio Garofolo
Undergraduate J.C. Poutsma
Research in MS
Young Mass Dian Su
Spectrometrists Bick Vu
CoMMitteeS
Asilomar Glen Jackson, Chair
Conference Carolyn Cassady
Scott McLuckey
Ryan Julian
Corporate Lance Nicolaysen, Chair
Liaison Scott McLuckey
Carol Harp, Agilent Technologies
Andrew Herman, Imtakt
Carla Marshall-Waggett, New
Objective
Bez Moghadam, Thermo Scientic
Qihui Ni, EMD Millipore
Jon Speak, AB Sciex
Digital Michael MacCoss, Chair
Communications Nuno Bandeira
Mike Lee
Bin Ma
Nathan Yates
Education Gavin Reid, Chair
Dieter Dorrestein
Michael Fitzgerald
Jennifer Grant
Elaine Marzluff
Nominating Alan Marshall, Chair
Julia Laskin
Joseph Loo
Christine Miller
Nathan Yates
Publications Evan Williams, Chair
Carthene Bazemore-Walker
Lars Konermann
Brandon Ruotolo
Yu Xia
Michael Gross (ex ofcio)
Sanibel Lisa Deterding, Chair
Conference Neil Kelleher
J.C. Poutsma
Jon Williams
ArCHiviSt
Michael Grayson
GENERAL INFORMATION
PAGE 8 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
ASMS AWARDS
award for a disTinGuished conTribuTion in mass specTromeTry
2013 reCiPieNt: riCHArD D. SMitH
Award Lecture: 4:45 pm, Monday, Exhibit Hall A (lower level)
The increasing role of mass spectrometry (MS) in the physical and biological sciences can be
attributed in a large part to the versatility afforded by the growing number of ionization methods
and to mass spectrometry’s increasing sensitivity. The development of the electrodynamic ion
funnel in the laboratory of Dr. Richard Smith has been an important factor in the latter increase.
The ion funnel was originally created in the Smith lab in 1997 to replace ion transmission-limited
skimmers and to efciently capture ions in the expanding gas jet while radially focusing them.
It has been adapted for a variety of uses and has proven to be a broadly applicable tool for
ion focusing and manipulation at elevated pressures that challenged conventional approaches.
Although it has undergone several iterations in the last 15 years, the dening features of the ion
funnel have not changed: closely spaced ring electrodes of gradually decreasing inner diameter,
out-of-phase RF potentials applied to adjacent electrodes, and a longitudinally-applied DC
gradient. The ion funnel concept continues to be adapted in a growing number of applications
such as ion trapping, ion cooling, low pressure electrospray, and ion mobility spectrometry;
however, its original use, decreasing ion losses in the interface of high pressure sources, has
remained its most prevalent. Currently, the funnel is employed by Bruker Daltonics’ and Agilent
Technologies and similarities can be seen in Thermo-Fisher’s recent S-lens design found on the
newer generations of Orbitrap instruments. In the ion funnel, Dr. Smith’s obsession with sensitivity has provided a basis to greatly
improve mass spectrometers, today allowing routine detection of low concentration species that would have been undetectable
15 years ago.
Dr. Richard Smith is Battelle Fellow and Chief Scientist in the Biological Sciences Division and Director of Proteomics Research at
Pacic Northwest National Laboratory (PNNL).
biemann medal
2013 reCiPieNt: YiNSHeNg WANg
Award Lecture: 4:45 pm, Tuesday, Exhibit Hall A (lower level)
Dr. Yinsheng Wang has focused his research on discovering the biological consequences of
DNA damage and on unraveling mechanisms of action for anti-tumor drugs and environmental
toxicants. His laboratory’s use and development of mass spectrometry, synthetic organic
chemistry, biochemistry and molecular biology enables us to understand and quantify, at the
molecular level, how various DNA damage products are repaired, and how they perturb the
efcient ow and delity of genetic information during DNA replication and transcription.
Professor Wang has identied and characterized new DNA lesions, including bulky lesions
induced by reactive oxygen species. His laboratory developed LC-MS/MS combined with a
plasmid-based shuttle vector to quantitatively assess how structurally dened DNA lesions
alter the frequency and efciency of DNA replication and transcription in cells, and to measure
the types and frequencies of mutations induced by lesions. They also discovered that N-2-
(1-carboxyethyl)-2’-deoxyguanosine (N-2-CEdG) is the major stable DNA adduct derived from
methylglyoxal, and demonstrated that it is the previously unknown endogenous substrate for
DinB (polymerase IV). Dr. Wang’s new methods have provided some long-sought biomarkers
for oxidative stress: cyclopurine lesions including 8,5’-cyclo-2’-deoxyadenosine and 8,5’-cyclo-
2’-deoxyguanosine.
Dr. Yinsheng Wang is Professor of Chemistry at the University of California-Riverside.
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 9
The Research Awards are fully funded by Thermo Scientic and Waters Corporation in the amount of $35,000 each.
Awards will be presented at the Biemann Medal Award Lecture, 4:45 pm, Tuesday, Exhibit Hall A
Sponsored by
tHerMo SCieNtifiC
Yu Xia
Purdue University
Sponsored by
WAterS CorPorAtioN
Matthew F. Bush
University of Washington
objeCtive To promote academic research by young scientists in mass spectrometry.
eligibilitY Open to academic scientists within four years of joining the tenure-track or research faculty in a North American
university. Applicants may not have previously received an award under this program.
APPliCAtioN Applicants should submit the following no later than November 30.
1. Three-page proposal, including references and gures
2. One-page scal proposal and justication
3. List of current research support
4. Curriculum vitae
5. Two letters of recommendation may be e-mailed directly to ASMS: ofce@asms.org
DeADliNe Application materials 1-4 should be arranged in order and assembled as one PDF and emailed to ofce@asms.org.
File may not exceed 5 MB.
fiSCAl The awards of $35,000 each will be made to a university in the name of the selected individual for the researcher’s
exclusive use. In accepting this award, the institution will agree to not charge overhead on the funds.
iNforMAtioN Contact ASMS. Telephone: (505) 989-4517 l ofce@asms.org
The Ron Hites Award recognizes an outstanding presentation of original research. Selection is based on a papers
innovative aspects, technical quality, likely stimulation of future research, likely impact on future applications, and
quality of presentation. The award is named in honor of Professor Ron Hites of Indiana University, who led the
creation of JASMS in 1988 while president of ASMS. The corresponding author receives a cash award of $2,000
and all authors are acknowledged with certicates of commendation.
The Ron Hites Award recognizes an
outstanding presentation of original
research. Selection is based on a
paper’s innovative aspects, technical quality, likely
stimulation of future research, likely impact on future
applications, and quality of presentation. The award
is named in honor of Professor Ron Hites of Indiana
University, who led the creation of JASMS in 1988
while president of ASMS. The corresponding author
receives a cash award of $2,000 and all authors are
acknowledged with certicates of commendation.
The 2013 award recognizes Alexander W. G. Graham; Steven J. Ray;
Christie G. Enke; Charles J. Barinaga; David W. Koppenaal; Gary M.
Hieftje for “First Distance-of-Flight Instrument: Opening a New Paradigm
in Mass Spectrometry;” J Am Soc Mass Spectrom 2011, 22, 110-117.
call for 2013 research award proposals
ASMS RESEARCH AWARDS
ron hiTes award for ouTsTandinG research publicaTion in JASMS
Left to right: Steven J. Ray,
Gary M. Hieftje, and
Alexander W. G. Graham
Charles J. Barinaga, David W. Koppenaal, and
Christie G. Enke
GENERAL INFORMATION
PAGE 10 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MINNEAPOLIS CONVENTION CENTER
Workshops
‘E’ Sessions
Posters/Exhibits ‘F’ Sessions
‘G’ Sessions ‘H’ Sessions
Plenary Sessions
A Sessions
‘B’ Sessions
‘D’ Sessions
‘C’ Sessions
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 11
POSTER/EXHIBIT HALL
GENERAL INFORMATION
PAGE 12 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
HILTON MINNEAPOLIS HOTEL -
HOSPITALITY SUITES
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 13
ASMS CORPORATE MEMBERS
1st Detect ............................................................33 .............Poster
AB SCIEX ...........................................................139 ................................... Symphony Ballroom .......Mon/Tues/Wed, 7:15 am
Conv Center
Room 200DE
Room 200GF (Mon only)
Room 208AB (Mon/Tues)
Hilton Minneapolis
Symphony Ballroom
Advanced Chemistry Development (ACD/Labs) .66 ............. Poster .................................................... Monday, 7:00 am
Conv Center, Room 200C
Advion.................................................................123
Agilent Technologies ........................................... 109 ............ Poster ............ Grand Ballroom ABC ..... Mon/Tues/Wed, 7:00 am
Conv Center, Room 205AB
Alliance Pharma, Inc............................................34 .............Poster
Analytical Sales & Services ................................125 ............Poster
Analytical Scientic Instruments ..........................19
Anasys Instruments .............................................82
Antec ..................................................................144 ............Poster
Apricot Designs, Inc.............................................78
Ardara Technologies LP ......................................64 ............. Poster
Avanti Polar Lipids, Inc. .......................................21
Bertin Technologies .............................................11
Biocompare, American Laboratory ........................................Tabletop
Biocrates Life Sciences ......................................164
Bioinformatics Solutions Inc. ..............................102 ............Poster
Bioreclamation .................................................... 128 ............Poster
Biotage ...............................................................122 ............Poster .................................................... Tuesday, 7:00 am
Conv Center, Room 200J
Bonna-Agela Technologies Ltd. ........................... 84
Bruker Daltonics .................................................110 .................................. Conrad ........................... Mon/Tues, 7:00 am
Conv Center, Room 205CD
C&EN.....................................................................................Tabletop
CAMAG Scientic, Inc. .......................................116
Cambridge Isotope Labs ....................................107
Canadian Life Science.........................................77 .............Poster
CDS Analytical .......................................................................Poster
Cell Signaling Technology ..................................100
Cerno Bioscience ................................................96
CETAC Technologies ..........................................170
Chemyx, Inc........................................................149 ............Poster
Chiral Technologies, Inc. .....................................91 .............Poster
ChromTech, Inc. ..................................................99
Conquer Scientic ...............................................40
CovalX .................................................................67
CSS Analytical Co., Inc........................................95
CTC Analytics .....................................................175
Dani Instruments .................................................48
Denator AB ..........................................................76 .............Poster
Detector Technology, Inc. ....................................55
Deurion .................................................................................. Poster
Digital Proteomics................................................35
Dikma Technologies ............................................17
Poster or Hilton Minneapolis
Company Booth Tabletop Hospitality Suite Breakfast Seminar
GENERAL INFORMATION
PAGE 14 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
ASMS CORPORATE MEMBERS
Drummond Scientic ..........................................168
EBARA Technologies .......................................... 150 ............ Poster
Edwards..............................................................173
EMCO High Voltage Corporation.........................57
EMD Millipore ......................................................85 .............Poster .................................................... Tuesday, 7:00 am
Conv Center, Room 200H
Excellims Corporation..........................................59 .............Poster
Expedeon ............................................................58
ExSAR Corporation
Extrel CMS ..........................................................56
FLIR Systems, Inc. ..............................................37
Fluid Management Systems ...............................165 ............Poster
Fortis Technologies ..............................................87 ............. Poster
Frontage Laboratories, Inc. ................................157
Genedata ............................................................. 46 .................................... Rochester
Genetic Engineering & Biotechnology News ......................... Tabletop
Genovis ..............................................................113 ............ Poster
GenTech Scientic Inc. .......................................176
GERSTEL, Inc. ...................................................140 ............Poster
GL Sciences ........................................................90
Glygen Corp. .......................................................44 .............Poster
GMI, Inc. ..............................................................47
Hamamatsu Corporation ....................................161 ............Poster
Hamilton Robotics ...............................................25
Harvard Apparatus...............................................61
Honeywell Burdick & Jackson ............................105
Horizon Technology Inc. ......................................20
Hudson Surface Technology ................................72 .............Poster
IAEA Careers ....................................................... 22
iChrom Solutions ................................................151
IDEX Health & Science........................................89 .............Poster
Institute for Systems Biology ..............................171
Integrated Analysis, Inc. .....................................117
Integrated Proteomics Applications Inc. ..............52
International Equipment Trading Ltd...................135
International Labmate ............................................................Tabletop
inVentiv Health Clinical ........................................13
ionBench..............................................................16
IONICS Mass Spectrometry ...............................129 ............Poster
IonSense, Inc......................................................142 ............Poster
ITT Exelis ............................................................145 ............ Poster
Jaytee Biosciences Ltd .......................................114
JEOL USA, Inc. ...................................................29
JPT Peptide Technologies ...................................63
Kanomax/MSI.TOKYO ........................................60 ............. Poster
LEAP Technologies ............................................166 ............Poster
LECO Corporation ...............................................88 .............Poster ............ Duluth ............................Mon/Tues/Wed, 7:00 am
Conv Center, Room 200A
LGC Ltd ..............................................................124
LNI Schmidlin ......................................................28
Mac-Mod Analytical .............................................24
MassTech, Inc.....................................................162
Matrix Science ....................................................138
Poster or Hilton Minneapolis
Company Booth Tabletop Hospitality Suite Breakfast Seminar
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 15
McKinley Scientic..............................................152
MestreLab Research ..........................................126
Microsaic Systems PLC.......................................70 .............Poster ............ Directors Row 3
Moeller Medical GmbH ........................................26
Morpho Detection Inc formerly Syagen Technology .....134
MS Bioworks.......................................................158
MS Noise ............................................................155
MSParts Inc. ........................................................79
mSPEC Group ..................................................... 80
nanoLiter, LLC .....................................................18
Nest Group, The ....................................................................Poster
New England Peptide ..........................................38
New Objective, Inc..............................................153 ............Poster .................................................... Tuesday, 6:45 am
Conv Center, Room 200C
NIST ....................................................................68
Nonlinear Dynamics ............................................54
Oerlikon Leybold Vacuum ...................................148
OI Analytical.........................................................98 .............Poster
Omni International ..............................................103
OPOTEK, Inc. ..................................................... 163
Optimize Technologies .......................................120 ............Poster
Orochem Technologies Inc. .................................73
Owlstone, Inc. ...................................................... 97 .............Poster
Pace Analytical Services .....................................81
Parker Hannin .................................................... 65 .............Poster
PEAK Scientic Instruments ................................ 93 .............Poster
PerkinElmer, Inc. ................................................111 ............. Poster ............ Marquette IV-VII .............Tuesday, 7:00 am
Conv Center, Room 200GF
Pfeiffer Vacuum ...................................................15 .............Poster
Phenomenex, Inc................................................130 ...........................................................................Monday 7:15 am,
Conv Center, Room 200H
Phoenix S & T, Inc. .............................................115
PHOTONIS USA ..................................................45 .............Poster
Physical Electronics.............................................42
Phytronix Technologies, Inc. ...............................141
Polymer Factory Sweden AB .............................. 104
Pressure BioSciences .........................................36
Prolab Instruments GmbH ..................................146 ............Poster
Promega Corporation .........................................159
Prosolia, Inc ......................................................... 41 .............Poster
Protea Biosciences Group, Inc. ..........................174 ................................... Directors Row 4
Protein Metrics Inc. .............................................. 71
Proteome Software .............................................. 62
Proton Onsite.......................................................50
Rainin Instrument, LLC ........................................ 32
Research Scientic Services ...............................51
Resolution Systems, Inc. ....................................172
Restek Corporation..............................................94
RMI Laboratories LLC .........................................83
Poster or Hilton Minneapolis
Company Booth Tabletop Hospitality Suite Breakfast Seminar
ASMS CORPORATE MEMBERS
GENERAL INFORMATION
PAGE 16 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
ASMS CORPORATE MEMBERS
SAES Getters SpA...............................................27
Sage Science ......................................................31
Sage-N Research, Inc. .......................................108
Samin Science Co., Ltd. ......................................12
Science/AAAS .......................................................................Tabletop
Scientic Instrument Services ............................106 ............Poster
Scientic Systems, Inc........................................167
SGE Analytical Science ...................................... 112
Shimadzu............................................................133 ............Poster ............ Marquette I-III, VIII-IX ....Mon/Tues/Wed, 7:00 am
Conv Center, Room 200B
Sierra Analytics ................................................... 127
Sigma Life Science ............................................. 143
Silantes GmbH ....................................................43
SimulTOF Systems of Virgin Instruments Corp ... 75 .................................... Directors Row 2
Spark Holland .....................................................147
SpectralWorks Ltd. .............................................101
Spectroscopy Magazine .....................................118
Spellman High Voltage ........................................74
SPEware Corporation .......................................... 49
SunChrom GmbH ................................................23
Supelco..................................................................................Poster ............ Red Wing
Tandem Labs ......................................................131
Tecan ..................................................................156 ............ Poster .................................................... Monday, 7:00 am
Conv Center, Room 200J
Teledyne Tekmar .................................................14
Texere Publishing ..................................................................Tabletop
Thermo Scientic ................................................ 154 ................................... Grand Ballroom EFG .....Mon/Tues/Wed, 7:00 am
Hilton Minneapolis
Grand Ballroom EFG
Thursday, 7:00 am
Conv Center, Room 200DE
Thomson Instruments Company ........................119 ............Poster
Tomtec ................................................................121
Torion Technologies ............................................. 86 .............Poster
Tosoh Bioscience.................................................69
TSI Inc. ................................................................92
Tymora Analytical Operations ............................. 136 ............Poster
Veritomyx ............................................................. 30
VICI Valco Instruments .......................................160
Voltage Multipliers Inc..........................................39
VRS ....................................................................137
Waters Corporation ............................................132 ................................... Grand Ballroom D .......... By Invitation Only (2 locations)
Mon/Tues/Wed, 7:00 am
Conv Center, Room 200I
Hilton Minneapolis
Grand Ballroom D
Western Analytical Products, Inc. .......................................... Poster
Wiley .................................................................... 10
Zef Scientic, Inc. .................................................9
Zhejiang Haochuang Biotech ..............................53
Zivak Technologies .............................................169 ............ Poster
Poster or Hilton Minneapolis
Company Booth Tabletop Hospitality Suite Breakfast Seminar
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 17
PROGRAM ACKNOWLEDGEMENTS
Jenny Brodbelt
Vice President for Programs
sTudenT assisTanTs
Graduate students assist with many aspects of the conference, including registration, oral and poster sessions, and the employment
center. The students each receive a stipend to help with their conference travel expenses.
proGram commiTTee
Steve Beu
Dave Black
David Burinsky
Saiful Chowdhury
Mark Emmett
Karin Keller
Joe Loo
Yehia Mechref
Hamid Mirzaei
Carol Nilsson
Steven Patrie
Laszlo Prokai
Dave Russell
Kevin Schug
Touradj Solouki
Lloyd Sumner
Jan Sunner
John Yates
session chairs
Susan Abbatiello
Luke Ackerman
Peter Armentrout
Erin Baker
Franco Basile
Carthene Bazemore
Mark Bier
Veronica Bierbaum
Jim Bruce
Dave Burinsky
Nadja Cech
Michelle Cilia
Pierre Chaurand
Paul Chiarelli
Ileana Cristea
Heather Desaire
Eric Dodds
Mark Emmett
Ben Garcia
David Goodlett
Mike Grayson
Sheng Gu
Kicki Hakansson
David Hambly
Adrian Hegeman
Thomas Jorgensen
Steven Kass
Neil Kelleher
Karin Keller
Walter Korfmacher
Joseph Loo
Michael McGinley
John McLean
Yehia Mechref
Fanyu Meng
Hamid Mirzaei
Katalin Medzihradszky
David Muddiman
Carol Nilsson
Steve Patrie
Kerry Peru
Karen Phinney
Chandra Prakash
Laszlo Prokai
Kevin Schey
Brian Searle
Jim Shen
Paul Thomas
Natalia Tretyakova
Yury Tsybin
Tracie Williams
David Russell
Mary Sattereld
Kevin Schug
Justin Sperry
David Stranz
Lloyd Sumner
Jack Syage
Richard Vachet
Gary Van Berkel
Mike Van Stipdonk
Guido Verbeck
David Weis
Justin Wiseman
workshop orGanizers
Susan Abbatiello
Matthew Blatnik
Matthew Bush
Cory Bystrom
Helene Cardasis
Norman Chiu
Nathan Dalleska
Edward Dratz
Marc Engel
William Erb
David Friedman
Fabio Garofolo
Timothy Garrett
Sheng Gu
Brett Holmquist
Chrisi Hughey
Glen Jackson
Lucas Kall
George Khairallah
Lars Konermann
Franklin Leach
Yishai Levin
Liam McDonnell
Michael McGinley
Amy McKenna
Luis Mendoza
Fanyu Meng
Kerry Peru
Sharon Pitteri
Nick Polfer
JC Poutsma
Chandra Prakash
Jianhua Ren
David Schriemer
Brian Searle
Mike Van Stipdonk
Justin Sperry
Dian Su
Gyorgy Vas
Bich Vu
Julian Whitelegge
100 years of mass specTromeTry

GENERAL INFORMATION
PAGE 18 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
PROGRAM OVERVIEW
saTurday
9:00 AM - 4:30 PM shorT courses
2:00 - 5:00 PM reGisTraTion
sunday
9:00 AM - 4:30 PM shorT courses
10:00 AM - 8:00 PM reGisTraTion
5:00 - 6:30 PM TuTorial lecTures, Exhibit Hall A (lower level)
5:00 - 5:45 pm
A Wide Spectrum: Clinical Diagnostics for the Masses
Andrew Hoofnagle
University of Washington
5:45 - 6:30 pm
The Nuts and Bolts of Protein Hydrogen Exchange MS
John Engen
Northeastern University
6:45 - 7:45 PM conference openinG, Exhibit Hall A (lower level)
Jenny Brodbelt, ASMS Vice President for Programs
Welcome, Jenny Brodbelt, University of Texas, Austin
ASMS Vice President for Programs
The First Fifty Years of MS: Building a Foundation

Washington University of St. Louis
7:45 - 9:00 PM recepTion in The posTer-exhibiT hall, Exhibit Hall BC
Then... Now...
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 19
PROGRAM OVERVIEW
monday
7:30 am - 5:00 pm reGisTraTion
8:30 - 10:30 am oral sessions
MOA am Quantication of Targeted Proteins and Post-Translational Modications,
Exhibit Hall A (lower level)
MOB am Instrumentation: Time-of-Flight Mass Spectrometry: In Memory of Robert J. Cotter,
Room L100 (lower level)
MOC am FAIMS and DMS: New Developments and Applications, Ballroom B
MOD am Biotherapeutics and Biomarkers: Advances in Quantitative Analysis, Ballroom A
MOE am Integrated Qualitative and Quantitative LC-MS for Small Molecule Analysis,
Auditorium
MOF am Covalent Labeling, Chemical Probes, and Crosslinking for Biomolecule Structural
Characterization, Room 101
MOG am Fundamentals of Peptide Fragmentation, Room 102
MOH am Nucleic Acids, Room 103
10:30 am - 2:30 pm posTer session and exhibiTs, Exhibit Hall BC
2:30 - 4:30 pm oral sessions
MOA pm PTMs: Comprehensive Analysis, Exhibit Hall A (lower level)
MOB pm Top-Down and Middle-Down Protein Analysis (Honoring Fred McLafferty’s 90th
birthday), Room L100 (lower level)
MOC pm Clinical Chemistry: Dried Blood Spot Analysis, Ballroom B
MOD pm Biotherapeutics, Impurities and Degradants: Structural Characterization, Ballroom A
MOE pm High Mass Accuracy in Drug Discovery and Development, Auditorium
MOF pm Protein-Protein and Protein-Ligand Interactions, Room 101
MOG pm Fundamentals of Ion Activation and Dissociation, Room 102
MOH pm Photoionization, Room 103
4:45 - 5:30 pm award lecTure, Exhibit Hall A
Award for a Distinguished Contribution in Mass Spectrometry
Richard D. Smith
Pacic Northwest National Laboratory
5:45 - 7:00 pm workshops There are light refreshments on level two.
Level One Rooms
The Informatical Difference between Targeted and Discovery-based Proteomics (organized by the
Bioinformatics for MS Interest Group), Room 1
Have Recent LC-MS Techniques Advanced to Substitute AMS in Analyzing Microdose and other Low Level
Clinical Studies for Metabolites and Drug Related Material? (organized by the DMPK Interest Group),
Room 2
Trans-Proteomic Pipeline (TPP) and Related Open-Source Proteomics Resources, Room 3
Level Two Rooms
FRAGILE Modications, Handle with Care during Peptide Fragmentation (organized by the Peptide
Fragmentation Interest Group), Room 200 DE
Mass Spectrometry-based Characterization of Biotherapeutics (organized by the Protein Therapeutics
Interest Group), Room 200 FG
How Can MS Analysis Be Used to Improve Analytical Results and Laboratory Efciency (organized by the
Flavor, Fragrance and Foodstuff Interest Group), Room 200 H
Nucleic Acids as Diagnostic and Therapeutic Biomarkers (organized by the DNA/RNA Interest Group),
Room 200 I
Surviving and Thriving: A Panel Discussion for Both Students and PUI Faculty on How to Get the Most out of
Undergraduate Research (organized by the Undergraduate Research in MS interest Group), Room 205 AB
Photoionization Mass Spectrometry, Room 205 CD
Consortium for Top Down Proteomics, Room 208 AB
Data Independent Acquisition, Room 208 CD
7:00 - 8:00 pm dinner break
afTer 8:00 pm corporaTe hospiTaliTy suiTes, Hilton Hotel
GENERAL INFORMATION
PAGE 20 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
PROGRAM OVERVIEW
Tuesday
7:30 am - 5:00 pm reGisTraTion
8:30 - 10:30 am oral sessions
TOA am Quantitative Proteomics, Exhibit Hall A (lower level)
TOB am Imaging MS: Increasing Speed and Information Content, Room L100 (lower level)
TOC am Functional Foods, Phytochemicals, and Supplements, Ballroom B
TOD am PTMs: Glycosylation, Ballroom A
TOE am Systems Biology/Cellular Pathways, Auditorium
TOF am Metabolomics/Lipidomics: New MS Technologies and Applications, Room 101
TOG am Ion Mobility: Separations, Room 102
TOH am Antibodies and Antibody-Drug Conjugates, Room 103
10:30 am - 2:30 pm posTer session and exhibiTs, Exhibit Hall BC
2:30 - 4:30 pm oral sessions
TOA pm Instrumentation and Methods: FT, Ion Traps and Hybrid Instruments, Exhibit Hall A
(lower level)
TOB pm Imaging MS: Biological Applications, Room L100 (lower level)
TOC pm Characterization of Product Variants in Biosimilars, Ballroom B
TOD pm Phosphoproteomics, Ballroom A
TOE pm Food Safety: Advances in MS for Characterization of Additives and Contaminants,
Auditorium
TOF pm Ion Mobility: Structures, Room 101
TOG pm Metabolites: Unusual and Uncommon, Room 102
TOH pm Microorganisms: Identication and Characterization, Room 103
4:45 - 5:30 pm award lecTure, Exhibit Hall A, Lower Level
Biemann Medal
Yinsheng Wang
University of California, Riverside
5:45 - 7:00 pm workshops There are light refreshments on level two.
Level One Rooms
Environmental Applications of FTMS: Earth, Air & Water (organized by the FTMS Interest Group), Room 1
Jumpstarting Your Career: a Career Development Workshop (organized by the Young Mass
Spectrometrists Interest Group), Room 2
The Galaxy Framework as a Solution for MS-based Informatics, Room 3
Level Two Rooms
LC-MS in the Clinical Lab: How Close is 24/7? (organized by the Clinical Chemistry Interest Group),
Room 200 DE
Normalization Approaches to Imaging Mass Spectral Data (organized by the Imaging MS Interest Group),
Room 200 FG
How to Work with your P.I.s More Effectively (and Without Them Knowing It) (organized by the Analytical
Lab Managers Interest Group), Room 200 H
Current Topics in Metal Ion Chemistry (organized by the Metal Ion Coordination Chemistry Interest Group),
Room 200 I
Ion Mobility MS: New Instrumentation & Enabling Technologies (organized by the Ion Mobility MS Interest
Group), Room 205 AB
Quantitative Intact Proteomics (organized by the Quantitative Intact Proteomics Interest Group),
Room 205 CD
Large Molecule by LC-MS Bioanalytical Method Validation (BMV): Status, Challenges, Solutions,
Recommendations (organized by the Regulated Bioanalysis Interest Group), Room 208 AB
Practical ETD, Room 208 CD
7:00 - 8:00 pm dinner break
afTer 8:00 pm corporaTe hospiTaliTy suiTes, Hilton Hotel
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 21
PROGRAM OVERVIEW
wednesday
7:30 am - 5:00 pm reGisTraTion
8:30 - 10:30 am oral sessions
WOA am PTMS: Advances in Isolation, Derivatization and Separation,
Exhibit Hall A (lower level)
WOB am Informatics: Protein Quantication, Room L100 (lower level)
WOC am Carbohydrates: New MS Approaches, Ballroom B
WOD am Quantitative Analysis by MS in Drug Discovery and Development: Novel
Approaches, Ballroom A
WOE am Instrumentation: New Developments in High Resolution and Mass Accuracy,
Auditorium
WOF am Emerging Environmental Contaminants, Room 101
WOG am Fundamentals: Ion Spectroscopy (Honoring Rob Dunbar’s 70th Birthday), Room 102
WOH am H/D Exchange: Biological Applications, Room 103
10:30 am - 2:30 pm posTer session and exhibiTs, Exhibit Hall BC
2:30 - 4:30 pm oral sessions
WOA pm Forensic Applications, Exhibit Hall A
WOB pm Principles of Protein Identication and Characterization, Room L100
WOC pm Gas-Phase Ions: Reactions, Dynamics and Theory, Ballroom B
WOD pm Biomarkers of Drug Response, Efcacy and Toxicity: Novel MS Approaches,
Ballroom A
WOE pm Instrumentation: New Developments in Ionization and Sampling, Auditorium
WOF pm Ecological and Human Health Environmental Chemistry and Toxicology, Room 101
WOG pm Glycoproteins and Glycans: New MS Approaches, Room 102
WOH pm H/D Exchange: New Development in Technology, Room 103
4:45 - 5:30 pm asms meeTinG, Ballroom A Awards, board reports, wine, beer, soft drinks - and more!
5:45 - 7:00 pm workshops There are light refreshments on level two
Level One Rooms
Fundamentals in LC-MS Troubleshooting (organized by LC/MS & Related Topics Interest Group), Room 1
H/D Exchange and Covalent Labeling (organized by H/D Exchange & Covalent Labeling Interest Group),
Room 2
LC-MS of Glycans and Glycopeptides: Advantages and Challenges, Room 3
Level Two Rooms
Fuel Analysis: Surveying Research Methods and their Application in Industrial Settings (organized by Energy,
Petroleum & Biofuels Interest Group), Room 200 DE
Emerging Contaminants in Environmental Research: Hydraulic Fracturing Fluids and Shale Gas Produced
Waters - Advances, Challenges and Opportunities using mass spectrometry (organized by Environmental
Applications Interest Group), Room 200 FG
The Advancement of Polymer Mass Spectrometry (organized by Polymeric Materials Interest Group), Room
200 H
Challenges and New Directions in Plant Proteomics, Room 200 I
CHORUS – A Community Solution for the Storage, Visualization, and Sharing of Mass Spectrometry Data on
the Cloud, Room 200 J
Ion Structures and Energetics, and Ion-Molecule Reaction Kinetics in the Gas Phase, in honor of Peter B.
Armentrout’s 60th birthday (organized by Fundamentals Interest Group), Room 205 AB
Proteins and Peptides as Pharmaceutical Agents (organized by Pharmaceuticals Interest Group),
Room 205 CD
Lipid Mass Spectrometry & Lipidomics, Room 208 AB
Mass Spectrometry Applications in Art, Cultural Heritage, and Natural History, Room 208 CD
7:00 - 8:00 pm dinner break
afTer 8:00 pm corporaTe hospiTaliTy suiTes, Hilton Hotel
GENERAL INFORMATION
PAGE 22 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
PROGRAM OVERVIEW
Thursday
7:00 am - 5:00 pm reGisTraTion
8:30 - 10:30 am oral sessions
ThOA am Ambient Ionization: Instrumentation and Applications, Exhibit Hall A (lower level)
ThOB am Informatics: Metabolomics, Room L100 (lower level)
ThOC am Regulated Bioanalysis and Diagnostics using High Resolution LC/MS, Ballroom B
ThOD am Disease Biomarkers and Pathways, Ballroom A
ThOE am Space Science, Astrobiology, and Atmospheric Chemistry, Auditorium
ThOF am Imaging MS: Pharmaceutical Applications, Room 101
ThOG am Energy, Petroleum, and Biofuels: Advances in MS Design and Informatics,
Room 102
ThOH am Epigenetic Modications and Mechanisms, Room 103
10:30 am - 2:30 pm posTer session and exhibiTs, Exhibit Hall BC
Thursday posters
2:30 - 4:30 pm oral sessions
ThOA pm Ambient and Atmospheric Pressure Ionization: Fundamentals, Exhibit Hall A
(lower level)
ThOB pm Proteomics: Infection Diseases, Room L100 (lower level)
ThOC pm Lipids and Proling, Ballroom B
ThOD pm Biomarkers in Drug Discovery and Development, Ballroom A
ThOE pm Plant”omics”, Auditorium
ThOF pm Polymer- and Packaging-Related Contaminants and Degradants in Food, Drugs,
and Consumer Products, Room 101
ThOG pm Energy, Petroleum, and Biofuels: Advances in Sample Preparation and MS
Interface Design, Room 102
ThOH pm History: Celebration of 100th Anniversary of Mass Spectrometry, Room 103
4:45 - 5:30 pm plenary lecTure, Exhibit Hall A (lower level)
Discovery of the Elusive Higgs Boson
Peter Onyisi
University of Texas at Austin
5:45 - 9:00 pm closinG Gala, Ballroom D
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 23
WORKSHOPS
The Informatical Difference between Targeted and Discovery-
based Proteomics (organized by Bioinformatics for MS Interest

Room 1
Recent developments in data acquisition strategies and instrumentation
have granted proteomicists to the ability to acquire not just the mass
and intensity of the peptides in large-scale proteomics samples, but
also sequence specic fragment ions as well. Informatically speaking,
data independent acquisition facilitates researchers to rst form
hypotheses about which proteins are likely to be present in samples
and ask targeted questions to identify them. However, unlike traditional
targeted acquisition, such as with selected reaction monitoring, data is
acquired discovery-based where peptides from all proteins present in
each sample are fragmented indiscriminately. These fragments can be
exploited by informatics informed by database searching strategies.
This workshop will be discussion-driven after both points of view are
briey introduced.
Have Recent LC-MS Techniques Advanced to Substitute AMS in
Analyzing Microdose and other Low Level Clinical Studies for
Metabolites and Drug Related Material? (organized by DMPK

Room 2
Human micro dose studies require a highly sensitive analytical method
such as Accelerator Mass Spectrometer (AMS). Unfortunately, the
wide implementation of AMS in these analyses has been limited due to
low-throughput sample preparation and high analysis cost. Over the
last two decades, LC coupled with high resolution mass spectrometers
(LC–HRMS) has become a reference analytical method for qualitative
and quantitative analysis of pharmaceuticals. This workshop will
discuss the advantages and disadvantages of LC-HRMS and AMS for
the qualitative and quantitative analysis of drug and metabolites from
low dose studies. The workshop will include 2 speakers (10-15 min
per presentation) followed by Q&A and discussion with the audience.


Eric W. Deutsch and Luis Mendoza, presiding
Room 3
This workshop will begin with a tutorial-style presentation on how to
use the freely available and open-source suite of software tools for the
analysis of proteomics shotgun datasets called the Trans-Proteomic
Pipeline (TPP). The presentation will include demonstrations on
use of format conversions, PeptideProphet, iProphet, PTMProphet,
ProteinProphet, and related tools through the TPP graphical user
interface, both in a local installation and on the Amazon EC2 cloud
computing platform. Next we will present examples of how to use other
resources from the Seattle Proteome Center including PeptideAtlas
and SRMAtlas for the planning of targeted proteomics experiments.
The workshop will conclude with an open discussion on use of the
tools, possible improvements, as well as future directions. There will
be an opportunity to talk with the developers of the TPP.

Fragmentation (organized by Peptide Fragmentation Interest


Many post-translational modications (PTMs) on peptides, such as
phosphorylation or glycation are easily detached during collision-
induced dissociation (CID). This lability seriously complicates the
localization of PTMs in sequencing experiments. This workshop aims
to critically assess this problem for the proteomics community and
to offer solutions to eliminate or at least minimize these redundant
processes.
Mass Spectrometry-based Characterization of Biotherapeutics

Sperry and Li Tao, presiding

To provide a forum to discuss and share new techniques used to
characterize and quantify biotherapeutics in various matrices by mass
spectrometry. We will focus on the daily challenges faced by difcult
samples such as antibodies, antibody-drug conjugates, vaccines,
biosimilars, and/or heavily glycosylated proteins. The workshop
will be a place for scientists to share their experiences in analyzing
these samples by mass spectrometry-based methodologies. The
workshop will also try to stimulate discussion on perspectives of new
technologies that could improve the efciency/throughputs in analyzing
biotherapeutics.
How Can MS Analysis Be Used to Improve Analytical Results



The following questions will be addressed:
How can I use MS to get more accurate results?
How can MS improve the efciency of my lab?
Are there MS techniques that I am not using in my lab that
would improve the analyses that I am performing?
Nucleic Acids as Diagnostic and Therapeutic Biomarkers

Norman Chiu and Fanyu Meng, presiding

The discussion will focus on the mass spectrometry of nucleic acids
biomarkers such as single nucleotide polymorphism (SNP), methylated
DNA, non-coding RNA, and modied nucleosides. The use of these
biomarkers for the diagnosis of diseases and therapeutic applications
will be discussed. Comparison of using mass spectrometry to other
analytical techniques for measuring nucleic acids biomarkers will be
made during the discussion. The panelists of this workshop will include
leaders from both industry and academy.
Surviving and Thriving: A Panel Discussion for Both Students

Research (organized by Undergraduate Research in MS Interest


A two-part panel discussion will address the rewards and challenges
of undergraduate (UG) research in mass spectrometry. Each panel will
be comprised of 3-4 panelists. The rst part of the panel discussion
will focus on how undergraduates can leverage their UG research
experience to set themselves apart during a job search, when applying
for graduate or professional schools and graduate fellowships.
Members of this panel will include ASMS members that participated in
UG research and are currently in graduate school, recently employed
and/or individuals who hire recent grads. The second part of the panel
discussion will focus on faculty concerns. Possible topics include
time management, grant writing and the formation of scholarly writing
support teams. Members of this panel will include beginning, mid- and
late-career faculty.
io
Jack Syage and Ralf Zimmerman presiding

Photoionization based methods are playing an increasingly important
role in mass spectrometry. Among the various benets of photoionization
processes, their softness and selectivity are the most important ones.
With the on-going improvement of laser based and incoherent light
MONDAY WORKSHOPS, 5:45 - 7:00 PM
GENERAL INFORMATION
PAGE 24 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
sources a further increase in techniques and applications is to be
expected. The development of photoionization mass spectrometry
(PIMS) based methods is also reected in the scientic literature: In
2010 in total more than 1200 non-MALDI PIMS papers were published.
The last decade has also seen the commercialization of APPI primarily
for LC/MS and its emergence in important niche areas such as non-
polar compounds, steroids, PAHs, petroleums, food safety, etc. PIMS
is clearly making a practical and major impact in analytical MS. More
recently photoionization mass spectrometers for on-line monitoring
purposes were successfully commercialized.



The Consortium for Top Down Proteomics was established in March
2012 with the following mission, “To promote innovative research,
collaboration and education accelerating the comprehensive analysis
of intact proteins”. The consortium exists to bring together disparate
researchers in top down proteomics and to educate the world on the
study of proteins in the intact state. At the ASMS 2013 meeting, we
will review the results of current pilot projects, discuss nomenclature,
data storage and data interchange. We will also review common
roadblocks to successful top down proteomics experiments. A limited
number of 5 minute ‘lightning talks’ will be available for researchers to
provide updates on recent achievements and accomplishments of note.
Contact workshop chairs if you are interested in presenting.


In recent years several alternative data acquisition modes have
emerged in ‘bottom-up’ proteomics. Among these, Data Independent
Acquisition (DIA) approaches have raised signicant interest due
to their improved identication reproducibility and quantitative
performance. We will discuss the current status of various DIA
approaches and the latest developments in instrumentation and
software. We will host a panel of experts in the eld and encourage
discussion throughout the workshop.
Environmental Applications of FTMS: Earth, Air & Water

Amy McKenna and Franklin Leach, presiding
Room 1
This workshop will focus on the application of FTMS to characterize
environmental samples. The discussion will include the requirement for
high resolution FTMS for complex organic mixtures, such as dissolved
organic matter, petroleum and atmospheric samples. We will highlight
the threshold for current capabilities with 3-4 speakers, and will
outline limitations for current techniques. This workshop will combine
presentations with open discussion.
Jumpstarting Your Career: A Career Development (organized by


Room 2
The workshop will hold panel discussions on personal career
management and planning. The topics will be related to effective
career planning, high impact resumes, job search strategies, power
interviewing, industrial and corporate internships, career pathways
in academia, industry, and government organizations. Recruiters
and representatives from industry, academia, and government
organizations inside and outside the US will be invited to share best
practices on career prospects.


Room 3
The open source, community-developed, web-based Galaxy framework
enables sharing of software and analysis workows, promoting
increased transparency in data analysis and adherence to standards.
Originally designed for the genomics research community, Galaxy is
gaining use by those in the MS-based proteomics and metabolomics
community where new informatics solutions are urgently needed.
Galaxy usage is driven by its unique and powerful features, not offered
by other current solutions. This workshop seeks to inform current users
of Galaxy on the newest developments, and introduce the framework
to interested new users. Top developers of Galaxy for MS-based
informatics will give short informal presentations on their work, followed
by a panel discussion and an open question and answer period from
the audience.
LC-MS in the Clinical Lab: How Close is 24/7? (organized by the

Brett Holmquist and Cory Bystrom, presiding

Keeping a clinical LC-MS lab running smoothly is a challenge, and
labs employ many strategies to keep hardware running optimally. This
workshop will discuss how clinical laboratorians view lab infrastructure,
service agreements, and staff training with an eye toward maximum
productivity.
Normalization Approaches to Imaging Mass Spectral Data



Normalization is commonly used in imaging mass spectrometry to
reduce the impact of uctuations that can inuence peak intensities.
This includes uctuation in laser intensity (MALDI), primary ion gun
(SIMS), electrospray emitter (DESI), mass spectrometer performance,
and matrix coating inhomogeneities. Normalization approaches can
include the use of the total ion current and/or a single mass-to-charge
value as well as other methods. This interactive workshop will explore
the use of normalization approaches and how the approach modies
the images produced, positively or negatively.
How to Work with your P.I.s More Effectively (and without Them



Along with a panel of three invited laboratory managers, we propose to
address three topics all related to good outcomes for scientistusers and
service providers in the mass spectrometry core facility environment.
1) Strategies and Models for Cost Recovery for nontangible effort
(e.g., data interpretation and translation). 2) Convincing The Scientist
to do the Right Experiment. Oftentimes researchers arriving in the
Mass Spectrometry lab ready to do some science have neither the
inclination nor funds to do a statisticallypowered experiment. How do
you enter the process from a position of information provider rather
than a salesperson? 3) Recognition for your contribution. This will be
an expansion of last year’s “Who Ran That.” We will begin the session
with a short introduction and perspective (ca. 3 minutes each) from the
panelists, followed by an open discussion of the above topics.
Current Topics in Metal Ion Chemistry (organized by the Metal

Jianhua Ren and Michael van Stipdonk, presiding

The workshop will serve as an informal venue for active metal ion
researchers to discuss the current challenges and future directions
of the eld. Key topics of discussion will include ion formation,
reactivity, structure and energetics studied by mass spectrometry, and
complementary techniques such as ion spectroscopy and ion mobility
as well as calculations. Some of the potential topics include, but are not
limited to, separation and quantication of metalloproteins, structural
elucidation of bio-mimicking systems, structures and reactions of metal
WORKSHOPS
TUESDAY WORKSHOPS, 5:45 - 7:00 PM
MONDAY WORKSHOPS, 5:45 - 7:00 PM continued
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 25
clusters, micro-solvation of metals, and solving problems in metal ion
chemistry using mass spectrometry experiments and theory. Those
who wish to learn more about metal ion chemistry (especially young
scientists) are strongly encouraged to attend.
Ion Mobility MS: New Instrumentation & Enabling Technologies

Matthew Bush, presiding

The performance of conventional and differential ion mobility mass
spectrometers has escalated dramatically in recent years, which can
be attributed to improved separations, more efcient ion transfer, and
tighter integration of ion mobility devices into hybrid instruments. These
improvements enable intricate and sensitive experiments probing
mobility selected or separated ions, which has led to the adoption of
ion mobility technologies in a wide range of applications, including
challenges in gas-phase ion structure determination, native mass
spectrometry, proteomics, and systems biology. We will showcase the
latest developments in ion mobility mass spectrometry instrumentation
and discus remaining challenges.
Quantitative Intact Proteomics (organized by the Quantitative

Edward Dratz and Julian Whitelegge, presiding

A continuation of the open forum format started three years ago will
include discussion directed by topics submitted to the QIP Interest
Group ahead of time. The major focus of this workshop will be on
quantitative methods used for intact proteins: 2D gel-based (DIGE)
using uorescent tags, multiplexing and internal standards; Top-down
using GelFree-type separations etc. The goal is to achieve cross-
fertilization between different areas of the community with respect to
experimental design, power analysis, multivariate statistical analysis,
and tness for purpose.

Status, Challenges, Solutions, Recommendations (organized by



LBA are currently the most popular approach to Large Molecule
Bioanalysis. However, recent developments in LC-MS instrumentation
is evolving as a viable technique for the accurate quantitation of
therapeutic proteins and large peptides in biological uids by offering
a valid alternate to LBA. LC-MS in quantication of biologics has
many advantage such as no needs for high afnity reagent; uniform
approach; large linear range; higher selectivity and expected to be
well accepted by regulatory agencies. It is commonly performed by
using tryptic digestion, then purifying and detecting one or smaller
signature peptides by LCMS. The analysis of these signature peptides
can be very challenging since they can interact/adsorb strongly with
both plastic and glass surfaces. Preparation techniques for both intact
proteins and signature peptides purication are quickly evolving based
on conventional techniques and immunoafnity-based. Sensitivity and
selectivity could also be difcult to achieve even when using the most
advanced LC-MS. This workshop will focus on discussing the most
recent developments in large molecule quantication in Regulated
Bioanalysis by LC-MS highlighting the challenges faced during the
method development, validation, samples analysis.

Katalin F. Medzihradszky and Robert Chalkley, presiding

ETD is a relatively young technique. Discussion will focus on
i) the available search engines – advantages and drawbacks;
ii) unusual/unexpected fragmentations;
iii) combination of ETD with other dissociation methods;
iv) derivatizations
v) intact protein analysis
WORKSHOPS
WEDNESDAY WORKSHOPS, 5:45 - 7:00 PM
Fundamentals in LC-MS Troubleshooting (organized by LC/MS &

Room 1
This workshop will cover fundamental principles of troubleshooting logic
with the goal of helping attendees reduce LC-MS instrument down time.
We’ll dene the terms “primary symptom” and “secondary symptom”
in the context of LC-MS instrumentation problems, and as a group will
work through the identication and resolution of multiple real world
examples. Time will be allowed for ample discussion and questions
for the expert panel, as well as an ‘open mic” - “has anyone seen this?”
therapeutic session of communal troubleshooting of current, ongoing
audience instrument problems.
H/D Exchange and Covalent Labeling (organized by H/D

Lars Konermann and David Schriemer, presiding
Room 2
The workshop will provide a forum for discussing HDX and covalent
labeling approaches for protein analysis (structure, function, folding,
dynamics). There will be a number of brief presentations introducing
new advances in MS-based methods, experiments, data analysis
and applications to the attendees. The goal of these presentations (5
min maximum) will be to stimulate discussion. The workshop will also
contain a question and answer session, with questions being submitted
in advance.


Room 3
The biosynthetic processes controlling the glycosylation of proteins
and lipids invariably result in the formation of multiple glycan structures
(positional and linkage isomers). A variety of glycan structures can
occupy a particular glycosylation site of a protein. Mass spectrometry
alone might not be suited to attain a comprehensive characterization of
all glycans associated with proteins and lipids. Accordingly, separation
techniques in conjunction with mass spectrometry are currently
being employed to dene and quantify glycosylation of these many
glycoconjugates. This workshop aims at addressing the advantages
and challenges associated with LC-MS of glycans and glycopeptides.
The discussion will include both condensed and gas phase separations.
The use of different chromatographic modes, such as HILIC and RP, will
be presented and discussed. Ion mobility mass spectrometry provides
additional selectivity opportunities for the characterization of different
glycans, when used both on-line and off-line with LC. Recent advances
in the analysis of glycopeptides, including new formats for enrichment
and separation will be also discussed.
Fuel Analysis: Surveying Research Methods and their Application
in Industrial Settings (organized by Energy, Petroleum & Biofuels

Room 200 DE
Rapid advances in sample workows, instrument technologies,
and informatics have revolutionized the elemental information that
one can obtain from petroleum and biofuel samples. Analytical
technologies continue to impact both the industrial process control
of fuel manufacturing as well as the assessing the environmental
impact of fuel accidents. In this interest group workshop discussions
will revolve around the most recently developed analysis methods in
both biofuel and petroleum in the academic setting as well as discusses
the challenges in implementing such advances in an industrial setting.
Finally, industrial stakeholders will discuss unmet analytical needs in
moving energy technologies forward.
TUESDAY WORKSHOPS, 5:45 - 7:00 PM continued
GENERAL INFORMATION
PAGE 26 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
Emerging Contaminants in Environmental Research: Hydraulic

Challenges and Opportunities using Mass Spectrometry

Kerry Peru and Xing-Fang Li, presiding

The workshop will focus on the challenges facing the environmental
laboratory with emphasis on mass spectrometry analysis of emerging
contaminants. The objective of the workshop is to discuss new
contaminants, analytical strategies and research opportunities. This
year’s workshop will focus on emerging contaminants relating to
hydrofracking and shale gas produced waters, discussions will be
centered on how mass spectrometry can be used to ll the need of
identifying and monitoring these contaminants. We welcome your
questions and input to the discussion.
Advancement of Polymer Mass Spectrometry (organized by

Room 200 H
The workshop will include group discussions centered on the following
topics related to synthetic polymers:
Advancement of Polymer Separations and Chromatography
New MS capabilities
Academic and Industrial Applications of Polymer Analysis
Select scientists will give brief presentation (2-3 slides) on applications
related to these topics to seed discussions.

Cilia and Brett Phinney, presiding
Room 200 I
The purpose of the workshop will be to identify and discuss the unique
analytical challenges that are specic to the proteomic analysis of plant
and/or agricultural samples (including insects, plant pathogenic fungi,
bacteria & viruses) . Examples include, but may not be limited to sample
prep, PTM identication, bioinformatics, functional validation and new
technologies. We will select four abstracts from those submitted for
consideration to the Plant Omics Oral Session that were not selected
to be presented during the scientic session. Informal presentations
will be limited to 15 minutes with 5 minutes for discussion. This format
may be adjusted according to the number and quality of the abstracts
we receive for consideration. We will preferentially select student and
postdoctoral presenters to encourage participation and engagement of
junior members of the society.


MacCoss, Nathan Yates, and Andrey Bondarenko, presiding
Room 200 J
The sharing and public dissemination of mass spectrometry data has
become a major challenge. We would like to present a community
effort to provide a free, professionally developed solution to the mass
spectrometry eld’s needs. The application provides a “Google Docs”
type interface optimized for mass spectrometry data. Data can be
uploaded and kept private, shared with a group of collaborators, or
made entirely public. We would like to discuss the motivations for
initiating this effort, demonstrate what has been developed, describe
our current short and long-term plans, obtain feedback, and encourage
the involvement from the ASMS community.
Ion Structures and Energetics, and Ion-Molecule Reaction



Room 205 AB
In December 2012, IJMS published a special issue edited by Mary
Rodgers and David Clemmer in honor of Peter Armentrout’s 60th
Birthday. We plan to honor this special occasion by providing a series
of invited short presentations and discussion on the major research
areas in which Peter has been so inuential. In the tradition of the
fundamentals group, senior graduate students and postdoctoral
scholars in research groups associated with ion structure, energetics
and kinetics will give the presentations.
Proteins and Peptides as Pharmaceutical Agents (organized by

Matthew Blatnik and Carmen Santasania presiding
Room 205 CD
The pharmaceutical industry has made a signicant shift towards
macromolecule based therapies. According to a Reuter’s consensus
sales forecast, biologics are predicted to make up the majority of sales
of the top ten best-selling drugs for 2014. The inherent complexity of
macromolecules requires more sophisticated analytical tools, methods,
and knowledge than traditional small molecule based therapeutic
programs. Historically, antigen-antibody capture techniques have been
used to quantify biological targets. While ELISA assays are still the
predominant method for quantitation of biologics, recent emphasis
has been placed on incorporating complimentary LC-MS strategies to
enhance our understanding of biological therapies. This workshop will
introduce this topic with a short presentation meant to capture the eld
in its current state; it will open immediately afterwards for panel led
discussion and audience participation. Specic topics may include but
are not limited to sample preparation/handling, LC-MS in general, data
management and regulatory requirements.


Room 208 AB
Lipidomics involves the comprehensive analysis of lipids
in biological systems, and determination of their roles in cellular
structure and function in different physiological or pathological states.
Recent advances in the eld have been enabled by the development
and application of mass spectrometry strategies for the rapid and
sensitive identication, characterization and quantitative analysis of
the thousands of chemically distinct lipid species that may be present
within a given system of interest.
The primary goal of the inaugural ASMS Lipids and Lipidomics
workshop will be to bring together like-minded people in the eld to
gauge the potential interest in establishing an ASMS Interest Group in
this area, as well as to discuss the current status and future needs of the
various mass spectrometry technologies and data analysis strategies
that are associated with worldwide lipidome analysis efforts. This
discussion will be facilitated by several informal presentations, followed
by an extensive discussion period, from several leading researchers in
the eld.
Mass Spectrometry Applications in Art, Cultural Heritage, and

Room 208 CD
The purpose of this workshop is to bring together scientists, conservators,
and curators interested in mass spectrometry (MS) applications to art
and cultural heritage objects, as well as natural history specimens. This
will be an interactive workshop in which various subjects relevant to
the application of MS to museums’ specimens will be discussed in a
casual, dialog format. A preliminary list of topics include: 1) Analysis of
proteinaceous and organic specimens such as silk and wool textiles,
leather and animal guts objects, bone and tissues, ink, paper, paint,
coatings, binders, and wood. 2) Analysis of the fundamental factors
that cause degradation of museums’ objects; identication of their
deterioration markers, using degradation markers as clocks for dating
objects, and studying environmental factors that affect deterioration. 3)
Application of MS to paleo-organic matter such as fossilomics, amino
acid racemization, and ancient DNA. 4) To be determined.
WORKSHOPS
WEDNESDAY WORKSHOPS, 5:45 - 7:00 PM continued
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 27
SUNDAY and MONDAY MORNING ORAL SESSIONS
5:00 - 6:30 PM, SUNDAY
TUTORIAL SESSION


5:00 - 5:45 pm
A Wide Spectrum: Clinical Diagnostics
for the Masses
Andrew Hoofnagle
University of Washington
5:45 - 6:30 pm
The Nuts and Bolts of Protein Hydrogen
Exchange MS
John Engen
Northeastern University
6:45 - 7:45 PM, SUNDAY
CoNfereNCe oPeNiNg


Welcome, Jenny Brodbelt, University of Texas, Austin
ASMS Vice President for Programs
The First Fifty Years of MS: Building a Foundation

Washington University of St. Louis

WELCOME RECEPTION
Exhibit Hall BC
Conference name badge is required.


TRANSLATIONAL MODIFICATIONS


MOA am 08:30 Data Independent Acquisition with Improved

 Jarrett Egertson1;
Jesse Canterbury2; Dario Amodei3; Richard
Johnson1; Ying Ting1; Gennifer Merrihew1; Michael
Senko2; Reiko Kiyonami2; Andreas Kuehn4; Yue
Xuan4; Brendan MacLean1; Markus Kellman4; Parag
Mallick3; Olga Vitek5; Vlad Zabrouskov2; Michael
MacCoss1; 1University of Washington, Seattle, WA;
2Thermo Fisher Scientic, San Jose, CA; 3Stanford
University, Stanford, CA; 4ThermoFisher Scientic,
Bremen, Germany; 5Purdue University, West
Lafayette, IN
MOA am 08:50 
to Improve Data Quality in Data Independent
 Christie Hunter; Sean Seymour; AB
SCIEX, Foster City, CA
MOA am 09:10 Simultaneous Protein Targeting and Discovery
Offers Reproducible, Scheduled-Free,

 Derek J. Bailey; Molly T.
McDevitt; David J. Pagliarini; Michael S. Westphall;
Joshua J. Coon; University of Wisconsin, Madison,
WI
MOA am 09:30 Improving the Quality and Production Timeline

Tracie Williams; Wanda Santana; Emily Winne;
James Pirkle; John Barr; Centers for Disease
Control and Prevention, Atlanta, GA
MOA am 09:50 Comparative Phosphoproteomic Analysis of

 Vincentius A.
Halim1, 2; Monica Alvarez-Fernández2, 4; Yan Juan
Xu3; Melinda Aprelia3; Henk W.P van den Toorn1;
Albert J.R. Heck1; Shabaz Mohammed1; René
H. Medema2, 3; 1Utrecht University, Utrecht, The
Netherlands; 2University Medical Center Utrecht,
Utrecht, The Netherlands; 3Netherlands Cancer
Institute, Amsterdam, The Netherlands; 4Spanish
National Cancer Research Center (CNIO), Madrid,
Spain
MOA am 10:10 
Redox Dynamics on Protein Thiols Relevant
 Jia Guo1;
Amelia Nguyen2; Yi Qu1; Matthew J. Gaffrey1;
Ronald J. Moore1; David G. Camp II1; Richard
D. Smith1; Himadri B. Pakrasi2; Wei-jun Qian1;
1Biological Sciences Division, PNNL, Richland, WA;
2Washington University, St. Louis, MO
Then... Now...
GENERAL INFORMATION
PAGE 28 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
8:30 – 10:30 AM


SPECTROMETRY
IN MEMORY OF ROBERT J. COTTER

presiding

MOB am 08:30 Opening: Alfred L. Yergey, National Institutes of
Health
MOB am 08:50 Recapturing Ions after Analysis by FT-TOF:
Toward MSn Ryan T. Hilger; Robert E.
Santini; Scott A. McLuckey; Purdue University, West
Lafayette, IN
MOB am 09:10 High Resolution Ion Mobility Conformational
Space Mapping Combined with Time-of-Flight
Mass Spectrometry for Complex Sample
 Jody May1; Cody Goodwin1;
Ruwan Kurulugama2; George Stafford2; Alexander
Mordehai2; John McLean1; 1Vanderbilt University,
Nashville, TN; 2Agilent Technologies, Santa Clara, CA
MOB am 09:30 
Devices and a Novel Method for Acquiring High
 J. Scott Mellors1; Nicholas
Batz1; Martin Green2; J. Michael Ramsey1; 1University
of North Carolina, Chapel Hill, NC; 2Waters
Corporation, Manchester,UK
MOB am 09:50 High Mass Intact Protein Detection with a Time
and Position Sensitive Pixel Detector in Linear

Shane Ellis1; Julia Jungmann1; Donald Smith1; Andras
Kiss1; Chris Retif2; Ron M.A. Heeren1; 1FOM Institute
AMOLF, Amsterdam, Netherlands; 2Omics2Image,
Amsterdam, Netherlands
MOB am 10:10 Demonstration of Constant-Momentum
Acceleration in Zoom-TOF Mass Spectrometry for

Elise A. Dennis1; Alexander Gundlach-Graham1;
Steven J. Ray1; Christie G. Enke2; Charles J.
Barinaga3; David W. Koppenaal3; Gary M. Hieftje1;
1Indiana University Department of Chemistry,
Bloomington, IN; 2University of New Mexico,
Albuquerque, NM; 3Pacic Northwest National
Laboratory, Richland, WA

FAIMS AND DMS:


Ballroom B
MOC am 08:30 Performance of an Ultra-Sensitive u-FAIMS -IMS-

Yehia Ibrahim 1; William Danielson1; Mikhail Ugarov2;
Keqi Tang1; William Frazer2; Erin Baker1; Danielle
Toutoungi3; Gordon Anderson1; George Stafford2;
Richard Smith1; 1Pacic Northwest National
Laboratory, Richland , WA; 2Agilent Technologies
Inc., Santa Clara, CA; 3Owlstone Inc., Cambridge,UK
MOC am 08:50 
Device Improves Performance for Proteomics
 Kristian E. Swearingen; Michael R.
Hoopmann; Robert L. Moritz; Institute for Systems
Biology, Seattle, WA
MOC am 09:10 Differential Ion Mobility Spectrometry for the

Samantha Isenberg; Kyle Stevens; Gary Glish;
University of North Carolina, Chapel Hill, NC
MOC am 09:30 FAIMS/MS/MS as an Emerging Technique for the
 Richard A. Yost1; Christopher
R. Beekman1; Jared J. Boock1; Timothy J. Garrett1;
Julie A. Ray2; Mark M. Kushnir2; Alan L. Rockwood2;
1University of Florida, Gainesville, FL; 2ARUP
Laboratories, Salt Lake City, UT
MOC am 09:50 

Campylobacter jejuni Helen Cooper; Sam Xin
Hui; Gloria N. Ulasi; Alistair McIntosh; Andrew J.
Creese; Charles W. Penn; University of Birmingham,
Birmingham,UK
MOC am 10:10 

Spectrometry after Liquid Extraction Surface
 Tiffany Porta; Emmanuel Varesio; Gérard
Hopfgartner; University of Geneva, Geneva , Switzerland




Ballroom A
MOD am 08:30 Evolution of Candidate Biomarkers for Breast
Cancer from Discovery to Large-Scale Assay

Thomas Lau1; Michael Gillette1; Regine Schoenherr2;
Eric Kuhn1; Jeffrey Whiteaker2; Jennifer Ross1; Lola
Fagbami1; Tao Liu3; Pei Wang2; ChenWei Lin2; Dave
Camp3; Francisco Esteva4; Amanda Paulovich2;
Steven Carr1; Richard Smith3; 1Broad Institute,
Cambridge, MA; 2Fred Hutchinson Cancer Research
Center, Seattle, WA; 3Pacic Northwest National
Laboratory, Richland, WA; 4MD Anderson Cancer
Center, Houston, TX
MOD am 08:50 
Isoforms in the Picogram/Milliliter Range by a

 Nicolas Barthélemy1; Christophe Hirtz2;
Jerome Vialaret2; Susanna Schraen-Maschke3;
Nicolas Sergeant3; Guy Lippens4; Isabelle Huvent4;
François Fenaille1; Christophe Junot1; Sylvain
Lehmann2; François Becher1; 1CEA, iBiTec-S/SPI/
LEMM, Gif-sur-Yvette, France; 2LBPC-IRB, CHU de
Montpellier, Montpellier, France; 3Inserm, UMR 837,
Lille, France; 4CNRS, UMR 8576, LGSF, Villeneuve
d’Ascq, France
MOD am 09:10 Mass Analyzer Comparison for Quantitative

Biomarker Butyrylcholinesterase Peptides from
Human Serum by Liquid Chromatography-Mass
 Caroline Watson1; Melissa Carter2;
Thomas Blake2; Brian Crow2; Brooke Pantazides1;
Rudolph Johnson2; 1ORISE Centers for Disease
Control and Prevention, Atlanta, GA; 2Centers for
Disease Control and Prevention, Atlanta, GA
MOD am 09:30 Determining and Monitoring with Quantitation

 Qiuting Hong1; L. Renee Ruhaak1; Suzanne
Miyamoto2; Carlito Lebrilla1; 1Chemsitry, UC, Davis,
CA; 2Comprehensive Cancer Center, UC, Davis, CA
MONDAY MORNING ORAL SESSIONS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 29
MOD am 09:50 
Proteins in Biological Matrices: Is It Possible
to Do It Quantitatively? Luca Genovesi; Barbara
Marsiglia; Luca Barbero; Merck-Serono, Colleretto
Giacosa, Italy
MOD am 10:10 Development and Application of LC-MS
Methods for the Evaluation of Therapeutic
 Michael G. Bartlett; Buyun Chen;
A. Cary McGinnis; University of Georgia, Athens, GA


SMALL MOLECULE ANALYSIS

Auditorium
MOE am 08:30 Integrated Quantitative and Qualitative Work-Flow
for in-vivo Discovery Bioanalysis using Hybrid

Asoka Ranasinghe; Celia D’Arienzo; Timothy Olah;
Bristol-Myers Squibb Company, Princeton, NJ
MOE am 08:50 Quantitative Monitoring of Tamoxifen Extended
to Forty Metabolites in Human Plasma using LC-
HR-MS: New Investigation Capabilities for Clinical
 Elyes Dahmane1; Chantal Csajka
1; Serge Rudaz2; Julien Boccard2; Khalil Zaman1;
Laurent Decosterd1; Eric Genin3; Bénédicte Duretz3;
Maciej Bromirski3; Serge Leyvraz1; Bernard Testa1;
Bertrand Rochat1; 1University Hospital of Lausanne,
CHUV, Lausanne, Switzerland; 2University of Geneva,
Geneva, Switzerland; 3Thermo Fisher, Paris -
Bremen, European Union
MOE am 09:10 A Quantitative LC-MS Method Allows Rapid

their Biosynthetic Pathways, and Complex
 Jessica
Albright1; Matthew Henke1; Alexandra Soukup2;
Nancy Keller2; Neil Kelleher1; 1Northwestern
University, Evanston, IL; 2University of Wisconsin,
Madison, WI
MOE am 09:30 
in Enriched Autophagosome Fractions and
 Chad Satori1;
Joseph Koopmeiners1; Jose Antonio Rodriguez-
Navarro2; Audrey Meyer1; Christy Haynes1; Edgar
A. Arriaga1; Joseph J. Dalluge1; 1University of
Minnesota-Twin Cities, Minneapolis, MN; 2Albert
Einstein College of Medicine, Bronx, NY
MOE am 09:50 Integrated High Throughput Quantitative and
Qualitative Approaches for Pharmaceutical
 Ian Moore1, 1;
Brendon Kapinos2; Hui Zhang2; Veronica Zelesky2;
Rick Schneider2; Gary Impey1; John Janiszewski2;
Loren Olson1; 1AB SCIEX, Foster City, CA; 2Pzer,
Groton, CT
MOE am 10:10 Evaluation and Integration of Picoliter Dispensing
Technology for LC-MS/MS Analysis of Small
Molecules in High Throughput ADME and PK
 Brian Furmanski1; Daniela Zima Kropf1;
Jeff Nielsen2; X. Steven Yan1; Ken Ward2; Dennis
Hruby1; Robert Allen1; 1Siga Technologies, Corvallis,
OR; 2Hewlett-Packard Company, Corvallis, OR



CHARACTERIZATION

Room 101
MOF am 08:30 Protein-RNA interactions: Large-Scale

through Database Searches against Entire
 Katharina Kramer1; Timo Sachsenberg2;
Saadia Qamar1; Oliver Kohlbacher2; Henning Urlaub1;
1Max Planck Institute for Biophysical Chemistry,
Göttingen, Germany; 2Eberhard Karls University,
Tübingen, Germany
MOF am 08:50 Structure, Function and Regulation of an
Intact F-type ATPase Revealed by Chemical
 Carla
Schmidt; Carol V. Robinson; University of Oxford,
Oxford, UK
MOF am 09:10 Inter-Subunit Contacts in Prion Oligomers
Studied by Crosslinking of 15N-metabolically
 Jason Serpa1; Evgeniy
Petrotchenko1; David Wishart2; Christoph Borchers1,
3; 1University of Victoria-Genome BC Proteomics
Centre, Victoria, Canada; 2University of Alberta,
Edmonton, Canada; 3Dept of Biochemistry and
Microbiology, U Victoria, Victoria, Canada
MOF am 09:30 Covalent Labeling of Oncogenic HER2-HER3
Tyrosine Kinase Dimers on Lipid Surfaces
Reveals Key Intermolecular Interactions that

Timothy Collier 1; John Monsey1; Wei Shen1;
Karthikeyan Diraviyam2; David Sept2; Ron Bose1;
1Washington University, St. Louis, MO; 2University of
Michigan, Ann Arbor, MI
MOF am 09:50 Monitoring Large Scale Protein Conformational
Changes Using Covalent Protein Footprinting
 Taylor A. Poor1; Lisa M.
Jones2; Manolo D. Plasencia3; Don L. Rempel4;
George P. Leser1, 5; Michael L. Gross4; Robert A.
Lamb1, 5; 1Northwestern University, Evanston, IL;
2Indiana University-Purdue University Indianapolis,
Indianapolis, IN; 3WUSTL School of Medicine, St.
Louis, MO; 4Washington University, St. Louis, MO;
5Howard Hughes Medical Institute, Evanston, IL
MOF am 10:10 pH-Dependent Changes in the Selectivity Filter
of KcsA Assessed by Radiolytic Footprinting and
 Rhijuta D’mello1;
Vassiliy N Bavro2; Sayan Gupta1; Mark R Chance1;
Stephen J Tucker2; 1Center for Proteomics and
Bioinformatics, CWRU, Cleveland, OH; 2Clarendon
Lab., Dept. of Physics, Univ. of Oxford, Oxford,UK



Room 102
MOG am 08:30 Evidence of Third Residue Involvement in
Diketopiperazine and Oxazolone b2 Ion Formation
 Lindsay
Morrison1; Julia Chamot-Rooke2; Vicki Wysocki1;
1Ohio State University, Columbus, OH; 2Pasteur
Institute, Paris, France
MONDAY MORNING ORAL SESSIONS
GENERAL INFORMATION
PAGE 30 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY MORNING ORAL SESSIONS
MOG am 08:50 Regioselective18O-Labeling to Quantify
Competing H3PO4 versus HPO3+H2O Side Chain
Neutral Losses from Protonated Phosphopeptide
 Li Cui; Ipek Yapici; Babak
Borhan; Gavin Reid; Michigan State University, East
Lansing, MI
MOG am 09:10 In-source Decay during MALDI Combined with

Daiki Asakawa; David Calligaris; Edwin De Pauw;
University of Liège, Liege, Belgium
MOG am 09:30 Peptide Fragmentation Patterns as a Measure of
 Omar Hamdy; Ryan Julian;
UC-Riverside, Riverside, CA
MOG am 09:50 

Chenxi Jia; Zhe Wu; Christopher Lietz; Zhidan Liang;
Qiang Cui; Lingjun Li; University of Wisconsin,
Madison, WI
MOG am 10:10 Electron Transfer Dissociation of

Robert Pepin; Alex Marek; Bo Peng; Frantisek
Turecek; U of Washington, Chemistry, Seattle, WA

NUCLEIC ACIDS

Room 103
MOH am 08:30 Structure/Dynamics Investigation of a Tertiary


Jennifer Lippens; Maria Basanta-Sanchez; D. Fabris;
The RNA Institute, University at Albany, Albany, NY
MOH am 08:50 
 Collin Wetzel; Patrick Limbach;
University of Cincinnati, Cincinnati, OH
MOH am 09:10 
Ribonucleoprotein Complexes: the Human

Romina Hofele1; Katharina Kramer1; Florian
Richter2; Chung-Tien Lee1; Dmitry Agafonov1;
Reinhard Lührmann1; Henning Urlaub1, 3; 1MPI for
Biophysical Chemistry, Goettingen, Germany; 2MPI of
Inmunobiology and Epigenetics, Freiburg, Germany;
3University Medical Center, Goettingen, Germany
MOH am 09:30 
 Monika Taucher; Kathrin
Breuker; University of Innsbruck, Innsbruck, Austria
MOH am 09:50 ESI-MS Study of a Cyclic Polyamide Selectively

 Xiaojie Cui; Han Chen; Qiang Zhang;
Jiang Zhou; Gu Yuan; College of Chemistry and
Molecular Engineering, Pe, Beijing, China
MOH am 10:10 
5-Methylcytosine in DNA: Product Analyses
 Guru
S Madugundu; J. Richard Wagner; Université de
Sherbrooke, Sherbrooke, Canada
10:30 AM - 2:30 PM
MONDAY POSTER SESSION
Exhibit Hall BC
Lunch concessions are open 11:00 am - 2:00 pm
MONDAY AFTERNOON ORAL SESSIONS
2:30 – 4:30 PM, MONDAY AFTERNOON



MOA pm 2:30 Quantitative Proteomic and Phosphoproteomic
Analysis of iPS-Derived Cardiomyocytes
following Transfection with a miRNA Upregulated
 Justin Blethrow1; Vlad Zabrouskov1;
Derek Lemons2; Mark Mercola2; Laurence Brill2;
1Thermo Scientic, San Jose, CA; 2Sanford Burnham
Medical Research Institute, San Diego, CA
MOA pm 2:50 Expanding the Depth of Coverage in Quantitative
Phosphoproteomics through the Combination

 Erik J. Soderblom 1; J.
Will Thompson1; Charles L. Farnsworth2; Brenna M.
Richardson1; Jeffrey C. Silva2; M. Arthur Moseley1;
1Duke University School of Medicine, Durham , NC;
2Cell Signaling Technologies, Danvers, MA
MOA pm 3:10 Dynamic Phosphorylation Regulates Histone
Deacetylase Localization, Interactions, and Cell
 Amanda Guise;
Rommel Mathias; Todd Greco; Irene Zhang; Ileana
M. Cristea; Princeton University, Princeton, NJ
MOA pm 3:30 Quantitative Proteomics Reveals Important
Roles for Mitochondrial Acetylation in Metabolic
 Amelia J. Still; Brendan J. Floyd; Molly
Mcdevitt; Alex S. Hebert; Joshua J. Carson; Drew
R. Gunderson; Brendan K. Dolan; Paul A. Grimsrud;
Michael S. Westphall; David J. Pagliarini; Joshua J.
Coon; University of Wisconsin, Madison, WI
MOA pm 3:50 
Escherichia coli Using Label-Free Proteomics:
Assessing the Role of Acetyl-CoA and Acetyl-
 Birgit Schilling1; Linda Hu2; Alexandria
K. D’Souza1; Misty L. Kuhn3; Dylan J. Sorensen1;
Bozena Zemaitaitis2; Bruno Lima2; Michael Scholle3;
Milan Mrksich3; Wayne F. Anderson3; Alan J. Wolfe2;
Bradford W. Gibson1; 1Buck Institute for Research
on Aging, Novato, CA; 2Loyola University Chicago,
Maywood, IL; 3Northwestern University, Chicago, IL
MOA pm 4:10 
 Shan
Lu1, 2; Bing Yang2; Sheng-Bo Fan3; Jia-Ming Meng3;
Long Wu3; Kun Zhang3; Mei-Jun Zhang2; En-Zhi
Shen2; Chun-Qing Song2; Yu-Xin Li2; Rui-Xiang
Sun3; Si-Min He3; Meng-Qiu Dong1, 2; 1College of Life
Science, Beijing Normal University, Beijing, China;
2National Institute of Biological Sciences, Beijing,
Beijing, China; 3ICT, Chinese Academy of Sciences,
Beijing, China
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 31
MONDAY AFTERNOON ORAL SESSIONS
2:30 – 4:30 PM,
MONDAY AFTERNOON
TOP-DOWN AND MIDDLE-DOWN PROTEIN
ANALYSIS
TH
BIRTHDAY


MOB pm 2:30 Fragmenting Intact Macromolecules and Protein
Assemblies: Native ESI and Top-down MS
 Michael
L. Gross1; Hao Zhang1; Weidong Cui 1; Lisa M.
Jones2; Justin Sperry3; James A Carroll3; Robert E.
Blankenship1; Weikai Li1; 1Washington University,
St. Louis , MO; 2IUPUI, Indianapolis, IN; 3Pzer,
Chestereld, MO
MOB pm 2:50 Top-down Mass Spectrometry Enabled Cardiac
 Ying
Ge; University of Wisconsin, Madison, WI
MOB pm 3:10 

 Alan G. Marshall; Jenna
Scotcher; Nicolas Young; Ion Cyclotron Resonance
Prog, Tallahassee, FL
MOB pm 3:30 Detailed Characterization of Complex Protein and

 Barbara Ganisl; Kathrin Breuker;
University of Innsbruck, Innsbruck, Austria
MOB pm 3:50 Antibody Characterization by Top-Down and
Middle-Down Electron Transfer Dissociation
 Luca Fornelli1;
Anton N. Kozhinov1; Ünige A. Laskay1; Daniel
Ayoub2; Alain Beck2; Yury O. Tsybin1; 1Ecole
Polytechnique Fédérale de Lausanne, Lausanne,
Switzerland; 2Centre d’Immunologie Pierre Fabre, St
Julien-en-Genevois, France
MOB pm 4:10 Comprehensive Top Down Proteomics of Human
Cells: The Role of Mitochondria and Membrane
 Adam
Catherman; Kenneth Durbin; Owen Skinner; Dorothy
Ahlf; Bryan Early; Philip Compton; Paul Thomas; Neil
Kelleher; Northwestern University, Evanston, IL
2:30 – 4:30 PM, MONDAY AFTERNOON
CLINICAL CHEMISTRY, DRIED BLOOD SPOT ANALYSIS

Ballroom B
MOC pm 2:30 Multiplex Newborn Screening of Lysosomal
Storage Diseases using Flow Injection Tandem
 Mariana Barcenas1; Martin
Sadilek1; Frantisek Turecek1; Michael Gelb1, 2;
Ronald Scott3; 1Department of Chemistry, University
of Washington, Seattle, WA; 2Department of
Biochemistry, University of Washington, Seattle, WA;
3Department of Pediatrics, University of Washington,
Seattle, WA
MOC pm 2:50 HPLC-ESI-MS/MS Analysis of Hemoglobin
Peptides in Tryptic Digests of Dried-Blood Spot
Extracts Detects HbS, HbC, HbE, HbO-Arab
 Christopher
A. Haynes1; Stephanie Guerra2; Victor De Jesus1;
1Centers for Disease Control and Prevention, Atlanta,
GA; 2Harvard University, Cambridge, MA
MOC pm 3:10 In-Paper Dried Blood Spot Enzyme Assays for
the Reliable Determination of Plasma Enzyme
 Eszter Szabo1; Ildiko Szatmari2; Julia
Denes3; Laszlo Szonyi2; Zoltan Takats3; 1Eötvös
Lóránd University, Budapest, HUNGARY; 21st Dept.
of Pediatrics, Semmelweis University, Budapest,
Hungary; 3Imperial College London, London, UK
MOC pm 3:30 Application of LC-MS/MS to Determine the
Exposure to Methyl and Propyl Parabens in

Shirish Yakkundi1; James McElnay1; Mark Turner2;
1Queen’s University Belfast, Belfast, UK; 2Liverpool
Women’s NHS Foundation Trust, Liverpool, UK
MOC pm 3:50 Detergent-Assisted Elution: Method Optimization
to Improve Analyte Elution and Assay

 Naiyu Zheng1; Jianing Zeng1; Qin C.
Ji1; Aida Angeles1; Shenita Basdeo1; Anne-Francoise
Aubry1; Ishani Savant2; Navin Jariwala2; Mark E.
Arnold1; 1Bioanalytical Sciences, Bristol-Myers
Squibb Co., Princeton, NJ; 2DMCP, Bristol-Myers
Squibb Co., Pennington, NJ
MOC pm 4:10 
Factor-1and Its Synthetic Analogues in Dried
 Holly Cox; Daniel Eichner; Sports
Medicine Research and Testing Laboratory, Salt
Lake City, UT
2:30 – 4:30 PM, MONDAY AFTERNOON

STRUCTURAL CHARACTERIZATION

Ballroom A
MOD pm 2:30 The Main Cause of Amino Acid Misincorporations
 Zhongqi Zhang;
Bhavana Shah; Pavel Bondarenko; Amgen, Inc.,
Thousand Oaks, CA
MOD pm 2:50 Rapid Characterization and Comparison of
Stressed anti-CD20 Drugs using Middle Down
 Ashley Gucinski; Timothy Toby;
Michaella Levy; Bo Wang; Michael Boyne; U.S. FDA,
Division of Pharmaceutical Analysis, Saint Louis, MO
MOD pm 3:10 
on mAb Conformational Dynamics using
Hydrogen/Deuterium Exchange Mass
 Aming Zhang; Paul
MacGregor; Yu Xue; Aston Liu; Leonard Olszewski;
Ping Hu; GlaxoSmithKline, King of Prussia, PA
MOD pm 3:30 Characterization of Non-Native, Intermolecular

 Chris Morgan; Xiaoying Jin; X. Kate
Zhang; Genzyme, A Sano Company, Framingham,
MA
MOD pm 3:50 Comprehensive Comparison of Biosimilar
Protein Drugs by High-Separation and High-
 David Horn1; Shiaw-Lin Wu2;
Zhiqi Hao1; 1Thermo Fisher Scientic, San Jose, CA;
2Barnett Institute, Northeastern University, Boston,
MA
MOD pm 4:10 One-Dimensional Liquid Chromatography
Analysis of Host Cell Proteins in Therapeutic
 Ashley Bell;
Richard Rogers; Tom Kowski; Bailey Robert; Amgen,
Seattle, WA
GENERAL INFORMATION
PAGE 32 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY AFTERNOON ORAL SESSIONS
2:30 – 4:30 PM, MONDAY AFTERNOON



Auditorium
MOE pm 2:30 Rapid Antibody de novo Sequencing by
 Bianca Gruenwalder;
Stefan Klostermann; Maximiliane Hilger; Roche
Diagnostics GmbH, pRED, Penzberg , Germany
MOE pm 2:50 Evaluation of LC-HRMS Full Scan with Positive-
Negative Switching for Increasing Throughput
of Human In Vitro Cocktail Drug-Drug Interaction
 Ragu Ramanathan1; Brad Yuska1; Kate
Comstock2; Lakshmi Ramanathan1; Tim Stratton2;
Patrick Bennett2; Helen Shen1; Zamas Lam1; 1QPS,
LLC, Newark, DE; 2ThermoFisher, San Jose, CA
MOE pm 3:10 From MS Data to Information and from
 Ismael Zamora1;
Andreas Brink2; Eickhoff Kirsten 2; Cece Esra
Nurten3; Axel Paehler2; 1Lead Molecular Design,
S.L., Sant Cugat Del Valles, SPAIN; 2F. Hoffmann-
La Roche Ltd, Basel, Switzerland; 3Pompeu Fabra
University, Barcelona, Spain
MOE pm 3:30 Combing Sub-PPM Mass Accuracy and Isotopic
Fine Structures for Structural Elucidation in
 Guilong
(Charles) Cheng; Ron Morris; Victor Soliman; Pzer,
Inc., Groton , CT
MOE pm 3:50 Comparative Analysis of Pharmaceutical
Excipients using High Performance Time fo
Flight Mass Spectrometry – Purity Evaluaton and
 Jeffrey Patrick; Joe Binkley;
Stephanie Amaya; Kevin Siek; LECO Corporation,
St. Joseph, MI
MOE pm 4:10 Quality Control for Shuxuetong Injection by High
Resolution Mass Spectrometry Based Statistical
 Zheng-Xiang Zhang; Tao Bo; Wei Chen;
Zhi-Xu Zhang; Agilent Technologies, Beijing, China
2:30 – 4:30 PM, MONDAY AFTERNOON


Room 101
MOF pm 2:30 Dissecting Large Non-covalent Ring Protein
Complexes by Surface Induced Dissociation
 Mowei Zhou; Yun
Zhang; Vicki Wysocki; Ohio State University,
Columbus, OH
MOF pm 2:50 Probing the Limits of Mass Spectrometry in
 Joost
Snijder1; Rebecca J. Rose1; David Veesler2; John
E. Johnson2; Albert J.R. Heck1; 1Utrecht University,
Utrecht, The Netherlands; 2The Scripps Research
Institute, La Jolla, CA
MOF pm 3:10 Time Window Expansion for HDX Analysis of an
 Patrick Grifn1;
Devrishi Goswami1; Srikripa Devarakonda2; Michael
Chalmers1; Bruce Pascal1; Bruce Spiegelman2; 1The
Scripps Research Institute, Jupiter, FL; 2Harvard
Medical School,
Dana-Farber Cancer
INST
, Boston,
MA
MOF pm 3:30 Proteomic Mapping of Mitochondria in Living
Cells via
Hyun-Woo Rhee1; Peng Zou1; Namrata Udeshi2;
Jeffrey Martell1; Tanya Svinkina2; Vamsi Mootha2, 3;
Steven Carr2; Alice Ting1, 2; 1Massachusetts Institute
of Technology, Cambridge, MA; 2The Broad Institute
of MIT and Harvard, Cambridge, MA; 3Harvard
Medical School, Boston, MA
MOF pm 3:50 Utilization of Epitope-Tagged Knock-in Mice
for IP-MS/MS Analysis of the Effects of Drug
Treatments on the Dopamine Transporter
 Sarah Rogstad1, 2; John Caltagarone1;
Shiqi Ma1; Alexander Sorkin1; Christine Wu1;
1University of Pittsburgh, Pittsburgh, PA; 2University
of Colorado, Anschutz Medical Campus, Aurora, CO
MOF pm 4:10 Monitoring the Pathways of Fibril Formation
and Inhibition from the Amyloidogenic Protein
 Lydia Young; Sheena E
Radford; Alison E. Ashcroft; Faculty of Biological
Sciences,University of Leeds, Leeds, UK
2:30 – 4:30 PM, MONDAY AFTERNOON


Room 102
MOG pm 2:30 Charge Reversal Fourier Transform Ion

Vladislav Lobodin1, 2; Joshua Savory1; Nathan
Kaiser1; Ryan Rodgers1, 2; Alan Marshall1, 3; 1National
High Magnetic Field Laboratory, Tallahassee, FL;
2Future Fuels Institute, Tallahassee, FL; 3Florida
State University, Tallahassee, FL
MOG pm 2:50 

 Yuanqi
Tao ; Ryan Julian; UC Riverside, Riverside, CA
MOG pm 3:10 Systematic niECD Mechanistic Exploration with
 Ning
Wang; Kristina Hakansson; University of Michigan,
Ann Arbor, Michigan
MOG pm 3:30 Using Dissociation Energies to Predict
Observability of b- and y- Peaks in Mass Spectra
 Oleg Obolensky 1; Wells
Wu2; Rong-Fong Shen2; Yi-Kuo Yu1; 1National Center
for Biotechnology Information, NLM, Bethesda , MD;
2Center for Biologics Evaluation and Research, FDA,
Bethesda, MD
MOG pm 3:50 Elucidation of Heterolytic N-C Bond Cleavage
 Matthew
D. Wodrich; Konstantin O. Zhurov; Clémence
Corminboeuf; Yury O. Tsybin; Ecole Polytechnique
Fédérale de Lausanne, 1015 Lausanne, Switzerland
MOG pm 4:10 Development of a Detailed Molecular Model for
the Collision Induced Unfolding of Multiprotein-
 Shuai Niu; Brandon Ruotolo;
University of Michigan, Ann Arbor, MI
2:30 – 4:30 PM, MONDAY AFTERNOON
PHOTOIONIZATION

Room 103
MOH pm 2:30 
Photoionization – Tandem Mass Spectrometry
 Tina
Suominen1; Markus Haapala1; Anna Takala1; Raimo
A Ketola2; Risto Kostiainen1; 1University of Helsinki,
Helsinki, Finland; 2Hjelt Institute, Helsinki, Finland
MOH pm 2:50 Studying the Effects of Simulated Solar
Radiation upon Crude Oil using Fourier
Transform Ion Cyclotron Resonance Mass
Spectrometry; Matthew Grifths; Raffaello da
Campo; Peter O’Connor; Mark Barrow; University of
Warwick, Coventry, UK
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 33
MONDAY AFTERNOON ORAL SESSIONS
MOH pm 3:10 A New APPI Ion Source for Low Flow LC-

Sheng-Suan (Victor) Cai 1; Andy Gieschen2; Martin
Greiner3; Brian Nies1; Stefan Lukow1; Michael
Patterson1; 1Morpho Detection, Inc., Santa Ana, CA;
2Agilent Technologies, Inc., La Jolla, CA; 3Agilent
Technologies, Waldbronn, Germany
MOH pm 3:30 
 Hendrik Kersten;
Kai Kroll; Thorsten Benter; University of Wuppertal,
Wuppertal , Germany
MOH pm 3:50 Fast Switchable Photon/Electron Ionization
for Time–of–Flight Mass Spectrometry and Its

 Thomas Groeger1, 2; Mohammad
Reza Saraji-Bozorgzad2; Ralf Zimmermann3; 1Joint
Mass Spectrometry Centre, Oberschleissheim,
Germany; 2Photonion GmbH, Schwerin, Germany;
3University of Rostock, Rostock, Germany
MOH pm 4:10 Thermal Analysis--Single Photon Ionization
Mass Spectrometry for Highly Resolved


Mohammad Reza Saraji-Bozorgzad; Andreas Walte;
Thomas Groeger; Matthias Bente-von Frowein;
Photonion GmbH, Neuherberg, Germany
4:45 - 5:30 PM, MONDAY
AWARD LECTURE

Exhibit Hall A, Lower Level
Award for a Distinguished Contribution in
Mass Spectrometry
Richard D. Smith
Pacic Northwest National Laboratory
5:45 - 7:00 PM, MONDAY AFTERNOON
WORKSHOPS
Light snacks are provided on level two.

The Informatical Difference between Targeted and
Discovery-based Proteomics (organized by the Bioinformatics
for MS Interest Group), Room 1
Have Recent LC-MS Techniques Advanced to Substitute
AMS in Analyzing Microdose and other Low Level Clinical
Studies for Metabolites and Drug Related Material?
(organized by the DMPK Interest Group), Room 2

Proteomics Resources, Room 3

, Handle with Care during Peptide
Fragmentation (organized by the Peptide Fragmentation Interest
Group), Room 200 DE
Mass Spectrometry-based Characterization of
Biotherapeutics (organized by the Protein Therapeutics
Interest Group), Room 200 FG
How Can MS Analysis Be Used to Improve Analytical
 (organized by the Flavor,
Fragrance and Foodstuff Interest Group), Room 200 H
Nucleic Acids as Diagnostic and Therapeutic Biomarkers
(organized by the DNA/RNA Interest Group), Room 200 I
Surviving and Thriving: A Panel Discussion for Both

Undergraduate Research (organized by the Undergraduate
Research in MS interest Group), Room 205 AB
Photonization Mass Spectrometry, Room 205 CD
Consortium for Top Down Proteomics, Room 208 AB
Data Independent Acquisition, Room 208 CD
AFTER 8:00 PM
CORPORATE HOSPITALITY SUITES
HILTON MINNEAPOLIS HOTEL
TUESDAY MORNING ORAL SESSIONS




TOA am 08:30 
Christopher M. Rose1; Alexander S. Hebert1; Anna
E. Merrill1; Derek J. Bailey1; Joel C. Bradley2; William
W. Wood2; Marwan Elmasri2; Michael S. Westphall1;
Joshua J. Coon1; 1University of Wisconsin, Madison,
WI; 2Cambridge Isotope Laboratories, Andover, MA
TOA am 08:50 Highly Sensitive Proteomic Analysis of Age-
 Dirk M. Walther;
Franz-Ulrich Hartl; Matthias Mann; MPI of
Biochemistry, Martinsried, Germany
TOA am 09:10 Quantitative Proteomic Analysis of Reversible
Cysteine Oxidation in Hearts from Mice Fed a
 Jessica B Behring; Vikas Kumar;
Pratibha Chauhan; Stephen A Whelan; Deborah
A Siwik; Catherine E Costello; Wilson S Colucci;
Richard A Cohen; Mark E McComb; Markus M
Bachschmid; Boston University School of Medicine,
Boston, Ma
TOA am 09:30 Increasing the Breadth and Depth of Multi-Notch
MS3-based TMT Quantitation using a Hybrid
 Graeme McAlister1;
Edward Huttlin1; Mark P. Jedrychowski1; Martin
Wuehr1; Ramin Rad1; David Nusinow1; Philip Remes2;
Jesse Canterbury2; Vlad Zabruouskov2; Justin
Blethrow2; Shannon Eliuk2; Mike Senko2; Wilhelm
Haas1; Steven P. Gygi1; 1Harvard Medical School,
Boston, MA; 2Thermo Fisher Scientic, San Jose, CA
TOA am 09:50 

 Pragya Singh1, 2; Becky J.
Rutherford1, 2; Vikram R. Ramakrishnan3; Paul D.
Adams1, 2; Jay D. Keasling1, 2; Christopher J. Petzold1,
2; 1Lawrence Berkeley National Lab, Berkeley, CA;
2Joint BioEnergy Institute, Emeryville, CA; 3University
of California, Berkeley, CA
TOA am 10:10 Highly Multiplexed and Sensitive Quantitation of
Candidate Disease-related Biomarker Proteins

Andrew Percy1; Andrew Chambers1; Juncong Yang1;
Martin Eisinger1; Christoph Borchers1, 2; 1University
of Victoria-Genome BC Proteomics Centre, Victoria,
Canada; 2Dept of Biochemistry and Microbiology, U
Victoria, Victoria, Canada
GENERAL INFORMATION
PAGE 34 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY MORNING ORAL SESSIONS


INFORMATION CONTENT


TOB am 08:30 High Speed AP-MALDI Imaging at High Spatial
 Bernhard Spengler1; Andreas Römpp1;
Karl-Christian Schäfer1; Sabine Guenther1; Oliver
Schulz1; Alfons Hester1; Christian Schinz1; Christian
Lotze1; Jörg-Ulrich Pötzl1; Oliver Lange2; Kerstin
Strupat2; 1Justus Liebig University, Giessen, Germany;
2Thermo Fisher Scientic GmbH, Bermen, Germany
TOB am 08:50 High-Speed Imaging using Nanospray
Desorption Electrospray Ionization Mass

Julia Laskin1; Ingela Lanekoff1; Mathew Thomas1;
James Carson1; Kristin Burnum1; Jeeyeon Cha2;
Sudhansu K Dey
2
; Mari Prieto
3
; Pengxiang Yang
3
;
1
Pacic NW National Laboratory, Richland, WA;
2
Cincinnati Childrens’s Hospital Medical Center,
Cincinnati, OH;
3
Thermo Fisher Scientic, San Jose, CA
TOB am 09:10 Mass Spectrometry Imaging with a LAESI Hybrid
 Andras Kiss1;
Donald F. Smith1; Brent R. Reschke2; Matthew J.
Powell2; Ron M.A. Heeren1; 1FOM Institute AMOLF,
Amsterdam, Netherlands; 2Protea Biosciences, Inc.,
Morgantown, WV
TOB am 09:30 Ambient Molecular Imaging and Quantitative
Analysis by Laser Ablation Electrospray
Ionization Mass Spectrometry with Ion Mobility
 Hang Li1; Brian K. Smith1; Peter
Nemes2; Akos Vertes1; 1The George Washington
University, Washington, DC; 2Food and Drug
Administration, Silver Spring, MD
TOB am 09:50 Polarity Switching Multiplex MALDI Imaging on

Andrew Korte1, 2; Young-Jin Lee1, 2; 1Iowa State
University, Ames, IA; 2Ames Laboratory/USDOE,
Ames, IA
TOB am 10:10 
m/z
Algorithms and MALDI FT-ICR Imaging Mass
 Jeffrey Spraggins; Raf Van de
Plas; Kerri Grove; David Rizzo; Richard Caprioli;
Vanderbilt University, Nashville, TN

FUNCTIONAL FOODS, PHYTOCHEMICALS, AND SUPPLEMENTS

Ballroom B
TOC am 08:30 Analysis of an Adulterated Herbal Medicinal
 Mark Powell1;
Margaret Maziarz2; Michael D. Jones2; Warren
Potts2; Kate Yu2; 1Quay Pharmaceuticals, Flintshire,
UK; 2Waters Corporation, Milford, MA
TOC am 08:50 Screening Herbal Supplements using Statistical
Modeling to Find and Identify Adulterants and
Contaminants using Direct Analysis in Real
 Nick Levitt1; Joseph LaPointe2;
Michael Festa2; Elizabeth Crawford2; 1TwoCenter
Technologies, Cambridge, MA; 2IonSense Inc.,
Saugus, MA
TOC am 09:10 

 Mikel R Roe; Jerry Cohen;
Adrian Hegeman; University of MN, St. Paul, MN
TOC am 09:30 Human Pharmacokinetics of Xanthohumol,
a Flavonoid with Anti-Diabetic Activity
 LeeCole Legette1; Chanida
Karnpracha1; Ralph Reed1; Jaewoo Choi1; J. Mark
Christensen1; Jonathan Purnell2; J.Fred Stevens1;
1Oregon State University, Corvallis, OR; 2Oregon
Health Sciences University, Portland, OR
TOC am 09:50 How Can Mass Spectrometry Help to Decipher
Bioactive Peptides in Functional Food? Michael
Affolter; Alexandre Panchaud; Nestle Research
Centre, Lausanne, Switzerland
TOC am 10:10 EnzymePredictor: A Tool for Predicting and

 Nora Khaldi1, 2; Vaishnavi Vijayakumar1;
Andre Guerrero2; Norman Davey3; Carlito Lebrilla2;
Denis Shields1; 1University College Dublin, Dublin,
Ireland; 2University College Davis, CA; 3European
Molecular Biology Laboratory, Heidelberg, Germany



Ballroom A
TOD am 08:30 
Library from Human Serum with Structures
 Ting Song; Danielle
Aldredge; Javier González; Carlito Lebrilla;
University of California, Davis, CA
TOD am 08:50 Applications of Aldehyde-Reactive Thermo

for Mass Spectrometry-based Quantitative
 Sergei Snovida1; Karsten Kuhn2; John
C. Rogers1; 1ThermoFisher Scientic, Rockford, IL;
2Proteome Sciences, Frankfurt, Germany
TOD am 09:10 
Determination via an Integrated Informatics and
 John Froehlich1, 2; Oliver
Serang1, 2; Peter Warren1; Hui Zhou1, 2; Judith Steen1,
2; Richard Lee1, 2; 1Boston Children’s Hospital,
Boston, MA; 2Harvard Medical School, Boston, MA
TOD am 09:30 The Occurrence of Extracellular O-glycosylation
 Katalin F.
Medzihradszky1; Jonathan C. Trinidad1, 2; Ralf
Schoepfer3; Al Burlingame1; 1UCSF, San Francisco,
CA; 2Department of Chemistry, Indiana University,
Bloomington, IN; 3Department of Pharmacology,
UCL, London, UK
TOD am 09:50 
Tuberculosis Culture Filtrate Proteins using
 Geoffrey T.
Smith; Michael J Sweredoski; Sonja Hess; Caltech,
Pasadena, CA
TOD am 10:10 


 Yanming An; John Cipollo; FDA,
Bethesda, MD
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 35
TUESDAY MORNING ORAL SESSIONS



Auditorium
TOE am 08:30 Exploring Communication in the Tumor
 Catherine Fenselau 1; Meghan
Burke1; Waeowalee Choksawangkarn1; Rebecca
Rose1; Avantika Dhabaria1; Nathan Edwards2;
Suzanne Ostrand-Rosenberg3; 1University of
Maryland, College Park, MD; 2Georgetown University
Medical Center, washington , DC; 3UMBC, Baltimore,
MD
TOE am 08:50 

Jacob A. Galan1; Kathryn M. Geraghty2; Evgeny
Kanshin1; Joseph Tcherkezian1; Geneviève Lavoie1;
Benjamin E. Turk3; Bryan A. Ballif4; John Blenis2;
Pierre Thibault1, 5; Philippe P. Roux1, 5; 1Institute for
Research in Immunology and Cancer, Montreal,
Canada; 2Harvard Medical School, Boston, MA;
3Yale University School of Medicine, New Haven, CT;
4University of Vermont, Burlington, VT; 5Université de
Montréal, Montréal, Canada
TOE am 09:10 Key Contribution of Post-Transcriptional
Mechanisms to Circadian Metabolism Regulation
Revealed by Perseus Analysis of Quantitative
 Juergen Cox;
Maria S Robles; Matthias Mann; Max-Planck-Institute
of Biochemistry, Martinsried, Germany
TOE am 09:30 Acetylome Machinery Interactome Revealed
by Data Dependent and Independent Mass
 Jean-Philippe
Lambert1; Sarah Picaud2; Brett Larsen1; Beatriz
Gonzalez Badillo1; Tony Pawson1, 3; Stefan Knapp2;
Panagis Filippakopoulos2; Anne-Claude Gingras1,
3; 1Samuel Lunenfeld Research Institute, Mount
Sinai H, Toronto, Canada; 2Nufeld Department of
Clinical Medicine, SGC, Oxford, UK; 3Department of
Molecular Genetics, U Toronto, Toronto, Canada
TOE am 09:50 Quantitative Dynamics of the Link between

Adam Evertts1; Barry Zee2; Peter DiMaggio3; Michelle
Cope2; Hilary Coller1; Benjamin Garcia2; 1Princeton
University, Princeton, NJ; 2University of Pennsylvania
School of Medicine, Philadelphia, PA; 3Imperial
College London, London, UK
TOE am 10:10 
of 8 Colorectal Cancer Cell Line Proteomes

 David P. Nusinow; Graeme
McAlister; Edward L. Huttlin; Mark Jedrychowski;
Wilhelm Haas; Steven P. Gygi; Harvard Medical
School, Boston, MA

METABOLOMICS/LIPIDOMICS:


Room 101
TOF am 08:30 Metabolomics: A Review of Issues Affecting
 Paul Wood; Lincoln
Memorial University, Harrogate, TN
TOF am 08:50 

 John Meissen1; Kohei
Takeuchi2; Oliver Fiehn1; 1UC Davis, Davis, CA; 2Kao
Corporation, Tokyo, Japan
TOF am 09:10 
Analysis of Central Carbon Metabolism using
 Jun
Han1; Adrien Nyakas1; Tobias Eckle2; Christoph
Borchers1, 3; 1University of Victoria-Genome BC
Proteomics Centre, Victoria, Canada; 2Department
of Anesthesiology, U Colorado, Denver, CO; 3Dept of
Biochemistry and Microbiology, U Victoria, Victoria,
Canada
TOF am 09:30 
MCF7 Cells in 24 Hours using a Prototype UPLC-
 J. Will Thompson
1; Jay Johnson2; Giuseppe Astarita2; Xiaohu
Tang1; Giuseppe Paglia3; Jim Murphy2; Steven
Cohen2; Mark Bennett4; Jen-Tsan Chi1; James
Langdridge2; Geoff Gerhardt2; M. Arthur Moseley1;
1Duke University School of Medicine, Durham ,
NC; 2Waters Corporation, Milford, MA; 3Center for
Systems Biology, Univ of Iceland, Reykjavik, Iceland;
4Nonlinear Dynamics, Durham, NC
TOF am 09:50  Huan He1; Nicolas
L. Young1; Alan G. Marshall1, 2; 1Ion Cyclotron
Resonance Program, NHMFL, Tallahassee, FL;
2Department of Chemistry and Biochemistry, FSU,
Tallahassee, FL
TOF am 10:10 The Use of Ion-Mobility Mass Spectrometry for
Separation and Structural Elucidation of Lipids
in Human Plasma. Application in Lipidomics
 Carola W.N. Damen1, 2; Giorgis Isaac3;
Jonathan P. Williams4; Johannes P.C. Vissers4;
James I. Langridge4; Thomas Hankemeier1, 2; Rob
J. Vreeken1, 2; 1Netherlands Metabolomics Centre,
Leiden University, Leiden, The Netherlands;
2Analytical Biosciences, LACDR, Leiden University,
Leiden, The Netherlands; 3Waters Corporation,
Milford, MA, Waters Corporation., Manchester, UK

ION MOBILITY: SEPARATIONS

Room 102
TOG am 08:30 
 Richard D.
Smith; Xinyu Zhang; Erin Baker; Yehia Ibrahim;
Gordon Anderson; Keqi Tang; PNNL, Richland, WA
TOG am 08:50 Characterization of a New Uniform-Field Ion
Mobility-Quadrupole Time-of-Flight Mass
Spectrometer and its Application in Biomolecular
 Ruwan Kurulugama; Alexander Mordehai;
Nathan Sanders; Ed Darland; Christian Klein; Crystal
Cody; Bill Barry; George Stafford; John Fjeldsted;
Agilent Technologies, Santa Clara, CA
TOG am 09:10 Toward Calibration Standards for Ion Mobility
 William F. Siems1; Larry
A. Viehland2; Herbert H. Hill1; 1Washington State
University, Pullman, WA; 2Chatham University,
Pittsburgh, PA
TOG am 09:30 Stereoisomers Separation by Ion Mobility-Mass
 Virginie Domalain1; Marie Hubert-
Roux1; Catherine Lange1; Vincent Tognetti1; Jacques
Rouden2; Carlos Afonso1; 1Normandie Univ UMR
6014, FR 3038; Univ Rouen; CNRS, Mont St Aignan,
France; 2Normandie Univ UMR 6507, FR 3038;
ENSICAEN; CNRS, Caen, France
GENERAL INFORMATION
PAGE 36 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY MORNING ORAL SESSIONS
TOG am 09:50 Petroleomics by TWIM-MS: Development,
Optimization and Applications of a Powerful
Analytical Tool for Crude Oil and Petrofuel
 Maíra Fasciotti1, 2; Clécio F.
Klitzke2; Priscila M. Lalli2, 3; Yuri E. Corilo3; Renan
S. Galaverna2; Marcos A. Pudenzi2; Heliara L.
Nascimento2; Ramsés Capilla4; Wagner Bastos4;
Erica Morais4; Romeu J. Daroda1; Rosana Pereira4;
Marcos N. Eberlin2; 1inmetro, Duque De Caxias,
Brazil; 2University of Campinas, Campinas,
Brazil; 3National High Magnetic Field Laboratory,
Tallahassee, FL; 4petrobras, Rio de Janeiro, Brazil
TOG am 10:10 Exploiting IM-MS Separation to Overcome
 Justin
Benesch; University of Oxford, Oxford, UK



Room 103
TOH am 08:30 An Integrated Top-Down and Bottom-Up

Lennard Dekker1; Si Wu2; Martijn Vanduijn1; Nikola
Tolić2; Christoph Stingl1; Rui Zhao2; Theo Luider1;
Ljiljana Paša-Tolić2; 1Erasmus Medical Center,
Rotterdam, Netherlands; 2Pacic Northwest National
Laboratories, Richland, WA
TOH am 08:50 In-Depth Mass Spectrometry Characterization of

 Wolfgang Jabs1; Anja Resemann1;
Waltraud Evers1; Catherine Evans2; Laura Main3;
Carsten Baessmann1; Detlev Suckau1; Daniel
Ayoub4; Elsa Wagner-Rousset4; Alain Beck4;
1Bruker Daltonik GmbH, Bremen, Germany; 2Bruker
Daltonics GmbH, Fällanden, Switzerland; 3Bruker
Daltonics Ltd, Coventry, UK; 4Centre d’Immunologie
Pierre Fabre, St Julien-en-Genevois, France
TOH am 09:10 Rapid Qualitative and Quantitative


 Sara Rosati1; Ewald T.J.
van den Bremer2; Paul Parren2; Janine Schuurman2;
Albert J. R. Heck1; 1Utrecht University, Utrecht,
Netherlands; 2Genmab, Utrecht, Netherlands
TOH am 09:30 An Online Top-Down Mass Spectrometry Based
Strategy Aimed at Complete de novo Sequencing
 Weihan Wang1; A.
Michelle English1; Lissa Anderson1; John Syka2;
Sushma Shivaswamy3; Kevin Sunley3; John Simard3;
Jeffrey Shabanowitz1; Dina Bai1; Donald Hunt1, 4;
1Department of Chemistry, University of Virginia,
Charlottesville, VA; 2Thermo Fisher Sci, San Jose,
CA; 3XBiotech USA Inc., Austin, TX; 4Department of
Pathology, University of Virginia, Charlottesville, VA
TOH am 09:50 Micro-Scale Native Top-Down LCMS of Cysteine-
 Shawna M.
Hengel; Russell Sanderson; William McFee; Jay
Jones; John Valliere-Douglass; Stephen C. Alley;
Seattle Genetics, Bothell, WA
TOH am 10:10 New Technology for Producing Large
Repertoires of Bacterially Expressed High-
 Yinyin Li1; Peter C. Fridy1;
Mary K. Thompson1; Sarah Keegan2; David Fenyo2;
Michael P. Rout1; Brian T. Chait1; 1The Rockefeller
University, New York, NY; 2New York University, New
York, NY
10:30 AM - 2:30 PM
TUESDAY POSTER SESSION
Exhibit Hall BC
Lunch concessions are open 11:00 am - 2:00 pm
TUESDAY AFTERNOON ORAL SESSIONS
2:30 – 4:30 PM, TUESDAY AFTERNOON
INSTRUMENTATION AND METHODS: FT, ION TRAPS AND
HYBRID INSTRUMENTS


TOA pm 2:30 Improving Data Dependent MSn Performance
 Michael
W. Senko1; Philip Remes1; Qingyu Song1; Jesse
Canterbury1; Justin Blethrow1; Vlad Zabrouskov1;
Oliver Lange2; Alexander Makarov2; 1Thermo Fisher
Scientic, San Jose, CA; 2Thermo Fisher Scientic
GmbH, Bremen, Germany
TOA pm 2:50 
 Ziqing Lin1; Tsungchi
Chen1; Linfan Li1; Yu Xia2; Zheng Ouyang1; 1BME,
Purdue University, West Lafayette, IN; 2Chemistry,
Purdue University, West Lafayette, IN
TOA pm 3:10 2D FT-ICR Optimized Pulse Sequence:
Application to Human Plasma Triglyacylglycerols
 Fabrice Bray1;
Maria Van Agthoven1; Lionel Chiron2, 3; Marie-Aude
Coutouly3; Marc-André Delsuc2; Caroline Tokarski1;
Christian Rolando1; 1Université Lille 1, Sciences et
Technologies, Villeneuve d’Ascq, France; 2Université
de Strasbourg, Strasboug, France; 3NMRTEC,
Illkirch-Graffenstaden, France
TOA pm 3:30 Particle-in-Cell Simulation of Image Charge in
 Joshua
Driver1; Andriy Kharchenko1, 2; Ron Heeren2; Eugene
Nikolaev
3
; Jon Amster
1
;
1
University of Georgia, Athens,
GA;
2
FOM Institute for Atomic and Molecular Physics,
Amsterdam, Netherlands;
3
Institute for Energy
Problems of Chemical Physics, Moscow, Russia
TOA pm 3:50 The Structure and the Performance of Mesh-

Chuan-Fan Ding; Liang Wang; Fuxing Xu; Fudan
University, Shanghai, CHINA
TOA pm 4:10 

Jared B. Shaw; Jennifer S. Brodbelt; The University
of Texas, Austin, TX
2:30 – 4:30 PM, TUESDAY AFTERNOON



TOB pm 2:30
On-Tissue Micro-Extraction: The Key to

 Jusal Quanico
1, 2
; Julien
Franck
1
; Maxence Wisztorski
1
; Claire Dauly
3
;
Robert Day
2
; Michel Salzet
1
; Isabelle Fournier
1
;
1
FABMS, Villeneuve D’Ascq, France;
2
Institute de
Pharmacologie de Sherbrooke, Sherbrooke, Canada;
3
Thermo Fisher Scientic France, Paris, France
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 37
TUESDAY AFTERNOON ORAL SESSIONS
TOB pm 2:50 Molecular Diagnosis of Atypical Spitzoid

 Erin H. Seeley1; Rossitza Lazova2;
Alireza Sepehr3; Richard M. Caprioli1; 1Vanderbilt
University, Nashville, TN; 2Yale University, New
Haven, CT; 3Harvard Beth Israel Deaconess Medical
Center, Boston, MA
TOB pm 3:10 


Richard R Drake1; Thomas Powers1; E. Ellen Jones1;
Anand Mehta2; Raymond Lance3; Dean Troyer4;
1Medical University of South Carolina, Charleston,
SC; 2Drexel Institute for Biotechnology and Virology,
Doylestown, PA; 3Urology of Virginia, Norfolk, VA;
4Eastern Virginia Medical School, Norfolk, VA
TOB pm 3:30 Development of Mass Spectrometry Imaging and

Corticosteroid Regeneration in Brain Assessed
 C. Logan
Mackay1; Diego Cobice2; Andrew McBride2; Pat
Langridge Smith1; Scott Webster2; Brian Walker2;
Ruth Andrew2; 1School of Chemistry, University of
Edinburgh, Edinburgh, UK; 2QMRI, University of
Edinburgh, Edinburgh, UK
TOB pm 3:50 Molecular Signatures of Mouse Embryo
Implantation Sites using Nanospray Desorption
Electrospray Ionization Imaging Mass
 Ingela Lanekoff1; Kristin Burnum1;
Jeeyeon Cha2; Mathew Thomas1; James Carson1;
Sudhansu K Dey2; Julia Laskin1; 1PNNL, Richland,
WA; 2Cincinnati Childrens’s Hospital Medical Center,
Cincinnati, OH
TOB pm 4:10 Macroscopic Imaging Mass Spectrometry: 3D
Surface Mass Spectrometry of a Man and a
 Christopher M Rath1, 2; Mingxun Wang3;
Guo Yurong1; Antonio Gonzalez Pena4; Donna Berg-
Lyons4; Gail Ackermann4; Kathleen Dorrestein1;
Robert Knight4; Nuno Bandeira3; Theodore
Alexandrov1, 5; Pieter Dorrestein1, 6; 1School of
Pharmacy, U. Califronia, San Diego, CA;
2
Current:
Novartis Institute for Biomedical Res., Emeryville, CA;
3
Center for Computational Mass Spectrometry, UCSD,
San Diego, CA;
4
Chemistry and Biochemistry, U.
Colorado Boulder, Boulder, CO;
5
Center for Industrial
Mathematics, U. Breman, Breman, Germany;
6
Chemistry and Biochemistry, UCSD, San Diego, CA
2:30 – 4:30 PM, TUESDAY AFTERNOON
CHARACTERIZATION OF


Ballroom B
TOC pm 2:30 Use of Stable Isotope-Labeled Reference
Standards and Antioxidants for Reliable
Evaluation of Methionine Oxidation by LC-MS/
 Pilsoo Kang1; Tanya
Mezhebovsky1; Wei Chen2; James A. McCardle2;
Sheng Zhang2; Eric Routhier1; Philip Sass1;
1Morphotek, Exton, PA; 2
Cornell University,
Ithaca, NY
TOC pm 2:50 Comparability Analysis of Anti-CD20 mAb from

Fucosylation Molecules by Two Orthogonal LC-
 Chen Li1; Greg Thill2; Anthony
Rossomando2; Shiaw-Lin Wu1; Barry Karger1;
1Northeastern University, Boston, MA; 2Alnylam
Pharmaceuticals, Cambridge, MA
TOC pm 3:10 

Susanne Hensel; Stefanie Janzen; Gerhard Koerting;
Stephanie Felske-Mueller; Andreas Wattenberg;
Martin Blueggel; Protagen Protein Services GmbH,
Dortmund , Germany
TOC pm 3:30 

Characterization of Biotherapeutics using
High-Resolution LCMS and Electron Transfer
 Asish Chakraborty; Stephane Houel;
Henry Shion; Scott Berger; Weibin Chen; Waters
Corporation, Milford, MA
TOC pm 3:50 

Myung Jin Oh1; Serenus Hua1; Chanyoung Han1; Ha
Neul Jeong1; Gregory Staples2; Jong Shin Yoo1, 3;
Rudolf Grimm1, 2; Hyun Joo An1; 1Chungnam National
University, Daejeon, Korea; 2Agilent Technologies,
Santa Clara, CA; 3Korea Basic Science Institure,
Ochang, Korea
TOC pm 4:10 LC-Fluorescence-MS/MS Assessment of

John Schiel1; Karen Phinney1; Cyrus Agarabi2; Erik
Read2; Kurt Brorson2; 1NIST, Gaithersburg, MD;
2CDER, FDA, Silver Spring, MD
2:30 – 4:30 PM, TUESDAY AFTERNOON
PHOSPHOPROTEOMICS

Ballroom A
TOD pm 2:30 A Lower Limit on the Size of the Human Cancer
 Kirti Sharma;
Rochelle C J D’souza; Juergen Cox; Igor Paron;
Stefka Tyanova; Matthias Mann; Max Planck Institute
for Biochemistry, Martinsried (Near Munich), Germany
TOD pm 2:50 LuciPHOr: A Powerful Algorithm for
Phosphorylation Site Localization with False
Localization Rate Estimation using Target-Decoy
 Damian Fermin1; Scott Walmsley1;
Anne-Claude Gingras2, 3; Hyungwon Choi4; Alexey
Nesvizhskii1; 1University of Michigan, Ann Arbor,
MI; 2University of Toronto, Toronto, ON; 3Samuel
Lunenfeld Research Institute, Toronto, ON; 4National
University of Singapore, Singapore
TOD pm 3:10 A Novel Phosphopeptide Standard to
Evaluate Data Interpretation in a Realistic
 Sonja Radau1;
Marc Vaudel1; Florian Beck1; Ingo Feldmann1;
Lennart Martens2; Albert Sickmann1; René Zahedi1;
1Leibniz – Institut für Analytische Wissenschaften,
Dortmund, Germany; 2Department of Medical Protein
Research, VIB, Ghent, BE
TOD pm 3:30 Effect of Post-Excision-Delay-to-Freezing Time
on Protein Phosphorylation of Tumors: A Study
by the NCI Clinical Proteomics Tumor Analysis
 Philipp Mertins1; DR Mani1;
Vladislav Petyuk2; Tao Liu2; Feng Yang2; Aaron
Gajadhar3; Hannah Johnson3; Hui Zhang4; Douglas
Levine5; Reid Townsend6; Sherri Davies6; Michael
Gillette1; Kelly Ruggles7; David Fenyo7; Karl Clauser1;
Jana Qiao1; Marina Gritsenko2; Shunqiang Li6;
Bai Zhang4; Yuan Tian4; Ronald Moore2; Narcisco
Olvera5; Fanny Dao5; Daniel Chan4; Daniel Liebler9;
Karin Rodland2; Gordon Mills8; Richard Smith2;
Amanda Paulovich10; Matthew Ellis6; Forest White3;
Steven Carr1; NCI CPTAC Consortium11; 1The Broad
GENERAL INFORMATION
PAGE 38 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY AFTERNOON ORAL SESSIONS
Institute, Cambridge, MA; 2Pacic Northwest National
Laboratory, Richland, WA; 3Massachusetts Institute
of Technology, Cambridge, MA; 4Johns Hopkins,
Balitmore, MD; 5Memorial Sloan Kettering Cancer
Center, New York, NY; 6Washington University, Saint
Louis, MO; 7New York University, New York, NY;
8MD Anderson, Houston, TX; 9Vanderbilt University,
Nashville, TN; 10Fred Hutchinson Cancer Research
Center, Seattle, WA; 11National Cancer Institute,
Bethesda, MD
TOD pm 3:50 SWATH MS Targeted Data Extraction: A
Powerful Method to Resolve False Phospho-
 Ludovic
C. Gillet1; Alessio Maiolica1; Pedro Navarro1; Umut
Toprak1; Christina Ludwig1; Ruedi Aebersold1, 2; 1Dept
Biology, IMSB, ETH Zurich, Zurich, Switzerland;
2Faculty of Science, University of Zurich, Zurich,
Switzerland
TOD pm 4:10 Investigating Kinase Targets in Neurodegeneration
 Donald S Kirkpatrick;
Daisy Bustos; Zejuan Sheng; Shuo Zhang; Sarah
Huntwork-Rodriguez; Christine Pozniak; Tracy
Kleinheinz; Claire Le Pichon; Anthony Estrada;
Kimberley Scearce-Levie; John Moffat; Joseph
Lewcock; Haitao Zhu; Genentech, Inc., South San
Francisco, CA
2:30 – 4:30 PM, TUESDAY AFTERNOON



Auditorium
TOE pm 2:30 Screening Large Sample Sets for Contaminants
 Luke
Ackerman1; Karim Bentayeb2; Timothy Begley1; 1FDA
Center for Food Safety, College Park, MD; 2Univ.
Zaragoza, Analytical Chem, Zaragoza, Spain
TOE pm 2:50 Mass Accuracy and Isotopic Abundance
Measurements in Complex Sample Matrices:
Capabilities of HR-MS Instrumentation for Non-
 Ann M. Knolhoff; Timothy R.
Croley; John H. Callahan; FDA/CFSAN, College Park,
MD
TOE pm 3:10 Sample Class Prediction for the Determination
 Jean
Francois Sylvain2; Cindy Ricard2; Stephan Baumann1;
Dave Peterson1; Marcus Kim1; 1Agilent Technologies,
Inc., Santa Clara, CA; 2Atoka Cranberries Inc,
Manseau (Québec), Canada
TOE pm 3:30 On-Site Screening for Plasticizers, Melamine, and
Residual Pesticides in Tainted Foods via Mobile
 Christopher
Shiea1; Chih-Chiang Chou2; Min-Zong Huang2;
1Kaohsiung Medical University, Kaohsiung, Taiwan;
2National Sun Yat-Sen University, Kaohsiung, Taiwan
TOE pm 3:50 Preventing Wine Spoilage: Rapid Screening


Elizabeth Crawford1; Paola Domizio2; Brian
Musselman3; Lucy Joseph4; Linda Bisson4; Bart
Weimer5; Richard Jeannotte5; 1Institute of Chemical
Technology Prague, Prague, Czech Republic;
2Università degli Studi di Firenze, Florence, Italy;
3IonSense, Inc., Saugus, MA; 4UC-Davis Dept. of
Viticulture & Enology, Davis, CA; 5UC-Davis Dept. of
Health and Reproduction, Davis, CA
TOE pm 4:10 
 Thomas S. Collins1, 3; Jerry Zweigenbaum2;
Susan E. Ebeler1; 1U.C. Davis, Davis, CA; 2Agilent
Technologies, Wilmington, DE; 3Treasury Wine
Estates, Napa, CA
2:30 – 4:30 PM, TUESDAY AFTERNOON
ION MOBILITY: STRUCTURES

Room 101
TOF pm 2:30 Structure and Interactions of Membrane-Bound
Peptides and Proteins Studied in Detergent
 Albert
Konijnenberg1; Jeroen van Dyck1, 3; Jens Obbels1;
Frederik Lermyte1; Frank Sobott1, 2; 1Biomolecular
Mass Spec., University of Antwerp, Antwerpen,
Belgium; 2Center for Proteomics, University of
Antwerp, Antwerpen, Belgium; 3Radboud University,
Nijmegen, The Netherlands
TOF pm 2:50 MS-based Investigation of Tertiary and Quaternary

 Daniele Fabris; Papa-Nii Asare Okai;
Jennifer Lippens; Maria Basanta Sanchez; Matteo
Scalabrin; The RNA Institute, University at Albany,
Albany, NY
TOF pm 3:10 Structural Mass Spectrometry to Interrogate
Microbial Metabolomes for Natural Product
 Cody Goodwin1; Dagmara Derewacz1;
Ruwan Kurulugama2; Ed Darland2; Brian Bachmann1;
John McLean1; 1Vanderbilt Univ Dept of Chem,
Nashville, TN; 2Agilent Technologies, Santa Clara, CA
TOF pm 3:30 Application of Ion Mobility Mass Spectrometry
 Qi Wang1;
Kshitij Khatari1; Ying Zhou1; Crystal Cody2; Ruwan
Kurulugama2; Ed Darland2; Erin Baker3; Joseph Zaia1;
Catherine E. Costello1; 1Boston University School of
Medicine, Boston, MA; 2Agilent Technologies, Santa
Clara, CA; 3Pacic Northwest National Laboratory,
Richland, WA
TOF pm 3:50 Do Electrosprayed Protein Ions Retain Memory
of their Solution Phase Structure? Insights from
 Siavash Vahidi;
Bradley B. Stocks; Lars Konermann; Univ. of Western
Ontario, London, Canada
TOF pm 4:10 Collision Cross Sections: The Effects of Size,
 Michael T. Bowers; Christian
Bleiholder; Thomas Wyttenbach; University of
California, Santa Barbara , CA
2:30 – 4:30 PM, TUESDAY AFTERNOON
METABOLITES: UNUSUAL AND UNCOMMON

Room 102
TOG pm 2:30 
Laura Sanchez1; Jane Yang1; Chris Rath1; Paul
Boudreau2; Xueting Liu1; Nicole Bruns2; Anne Wodtke2;
Rafael de Felicio2; Amanda Fenner2; Evgenia
Glukhov2; William Gerwick2; Pieter Dorrestein1;
1UCSD, La Jolla, CA; 2Scripps Institution of
Oceanography, La Jolla, Ca
TOG pm 2:50 The World of Acylpolyamines, Beta Carbolines,
and Biogenic Amines: Understanding the

 Daniel Menezes Saidemberg1;
Nicoli Barão Baptista Saidemberg2; Mario Sergio
Palma3; 1Shimadzu do Brasil, São Paulo/SP, BRAZIL;
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 39
TUESDAY AFTERNOON ORAL SESSIONS
2Endocrine Pancreas Laboratory/IB/UNICAMP,
Campinas/SP, Brazil; 3LBEZ/CEIS/IB/UNESP, Rio
Claro/SP, Brazil
TOG pm 3:10 Integrated Metabolomics Approach Enables
Discovery of Novel Natural Products from
Streptomyces coelicolor A3(2) Erin Carlson;
Indiana University, Bloomington, IN
TOG pm 3:30 
Onion using High Resolution Mass Spectrometry
 Jerry Zweigenbaum1;
Michael Thurman2; Imma Ferrer2; Paul Zavitsanos1;
1Agilent Technologies, Wilmington, DE; 2University of
Colorado, Boulder, Co
TOG pm 3:50 Effective Detection and Structural
Characterization of Uncommon Drug Metabolites
using High Resolution Mass Spectrometry and
 Qian Ruan; Mingshe
Zhu; Bristol-Myers Squibb, Princeton , NJ
TOG pm 4:10 Automated Structure Elucidation of Unknown
Metabolites In Metabolomics and Pharmaceutical
Studies using the Masspec Algorithm and Tandem
 Marshall M. Siegel; Gary Walker;
MS Mass Spec Consultants, Fair Lawn, NJ
2:30 – 4:30 PM, TUESDAY AFTERNOON


Room 103
TOH pm 2:30 Specialized Metabolite Discovery in

Living Metabolomes using Live-Colony Mass
 Jeramie
Watrous1; Paul Boudreau2; Mingxun Wang1; Menno
vander Voort3; George Dimopoulos4; Nuno Bandeira1;
William Gerwick2; Pieter Dorrestein1, 2; 1UCSD, La
Jolla, CA;
2
Scripps Institute of Oceanography, La Jolla,
CA;
3
Wageningen University, Wageningen, Netherlands;
4
Johns Hopkins University, Baltimore, MD
TOH pm 2:50 Applications of an in situ Microextraction Based
Surface Sampling System to Microorganism
 Mariam S Elnaggar1; Cheng-Chih Hsu2;
Xueting Liu3; Pieter Dorrestein2; Bartek Rajwa4; Justin
Wiseman1; 1Prosolia, Inc., Indianapolis, IN; 2University
of California, San Diego, CA; 3Inst. of Microbiology,
Chinese Academy of Sciences, Peking, China;
4Purdue University, Lafayette, IN
TOH pm 3:10 
 Nicole Strittmatter;
Emrys A. Jones; Monica Rebec; Zoltan Takats;
Imperial College London, London, UK
TOH pm 3:30 
 Lisa H. Cazares1;
Julie Constantino2; Rekha Panchal2; Sina Bavari2;
1Geneva Foundation/USAMRIID, Frederick, MD;
2USAMRIID, Ft. Detrick, MD
TOH pm 3:50 Combination of Intact Cell Immunocapture and
Multiplexed SRM Mass Spectrometry for the
Yersinia
Pestis Jérôme Chenau1, 2; Stéphanie Simon1; Soa
Filali2; François Fenaille1; Hervé Volland1; Christophe
Junot1; Elisabeth Carniel2; François Becher1; 1CEA,
DSV/iBiTec-S/SPI, Gif Sur Yvette Cedex, France;
2Institut Pasteur, Unité de recherche Yersinia, Paris,
France
TOH pm 4:10 Development and Application of Assays for
Targeted MS Analysis of the Complete Proteome
of Mycobacterium tuberculosis by SRM and
 Olga Schubert1; Christina Ludwig1;
Jeppe Mouritsen1; Hannes Roest1; George
Rosenberger1; Patrick Arthur2; Manfred Claassen1;
Dave Campbell3; Zhi Sun3; Terry Farrah3; Martin
Gengenbacher4; Stefan H. E. Kaufmann4; Robert
Moritz3; Ruedi Aebersold1; 1ETH Zurich, Zurich,
Switzerland; 2University of Ghana, Accra, Ghana;
3Institute for Systems Biology, Seattle, WA; 4Max
Planck Insitute for Infection Biology, Berlin, Germany
4:45 - 5:30 PM, TUESDAY
AWARD LECTURE

Exhibit Hall A, Lower Level
Biemann Medal
Yinsheng Wang
University of California, Riverside
5:45 - 7:00 PM, TUESDAY AFTERNOON
WORKSHOPS
Light snacks are provided on level two.

Environmental Applications of FTMS: Earth, Air & Water
(organized by the FTMS Interest Group), Room 1
Jumpstarting Your Career: a Career Development Workshop
(organized by the Young Mass Spectrometrists Interest Group),
Room 2
The Galaxy Framework as a Solution for MS-based Informatics,
Room 3

LC-MS in the Clinical Lab: How Close is 24/7? (organized by the
Clinical Chemistry Interest Group), Room 200 DE
Normalization Approaches to Imaging Mass Spectral Data
(organized by the Imaging MS Interest Group), Room 200 FG
How to Work with your P.I.s More Effectively (and Without Them
Knowing It) (organized by the Analytical Lab Managers Interest
Group), Room 200 H
Current Topics in Metal Ion Chemistry (organized by the Metal
Ion Coordination Chemistry Interest Group), Room 200 I
Ion Mobility MS: New Instrumentation & Enabling Technologies
(organized by the Ion Mobility MS Interest Group), Room 205 AB
Quantitative Intact Proteomics (organized by the Quantitative
Intact Proteomics Interest Group), Room 205 CD
Large Molecule by LC-MS Bioanalytical Method Validation
(BMV): Status, Challenges, Solutions, Recommendations
(organized by the Regulated Bioanalysis Interest Group), Room
208 AB
Practical ETD, Room 208 CD
AFTER 8:00 PM
CORPORATE HOSPITALITY SUITES
HILTON MINNEAPOLIS HOTEL
GENERAL INFORMATION
PAGE 40 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY MORNING ORAL SESSIONS





WOA am 08:30 Tyrosine-Selective Phosphopeptide Enrichment

Shigeharu Yoshida; Mayu Ogura; Masaki
Wakabayashi; Naoyuki Sugiyama; Yasushi
Ishihama; Kyoto University, Kyoto, Japan
WOA am 08:50 


Jia Guo; Dian Su; Matthew Gaffrey; Yi Qu; Anil
Shukla; Ronald Moore; Brian Thrall; Richard Smith;
Weijun Qian; Pacic Northwest National Lab,
Richland, WA
WOA am 09:10 
An Elegant Method for the Enhanced Detection
 Navin
Chicooree1, 2; Yvonne Connolly1; Duncan Smith1;
John Grifths 1; 1Paterson Institute for Cancer
Research, Manchester, UK; 2School of Chemistry,
University of Manchester, Manchester, UK
WOA am 09:30 Improved Enrichment of S-Nitrosylated Peptides
using Iodoacetyl Tandem Mass Tag Reagents,
Immbolized Anti-TMT Antibody Resin and TMT
 Ryan Bomgarden1; Zhe Qu3; Eric
Hommema1; Rosa Viner2; Zezong Gu3; John C.
Rogers1; 1ThermoFisher Scientic, Rockford, IL;
2Thermo Fisher Scientic, San Jose, CA; 3University
of Missouri, Columbia, MO
WOA am 09:50 Evaluation of a Novel Tandem Mass Tag for
 Somi Auni1;
Sergei I. Snovida2; Ryan D. Bomgarden2; John C.
Rogers2; Timothy J. Grifn1; 1University of Minnesota,
Minneapolis, MN; 2Thermo Fisher Scientic,
Rockford, IL
WOA am 10:10 Serial Enrichment of Post-Translationally

Analysis of the Proteome, Phosphoproteome,
 Jana Qiao; Philipp
Mertins; Jinal Patel; Karl Clauser; DR Mani; Michael
Burgess; Michael Gillette; Jacob Jaffe; Steven Carr;
Broad Institute, Cambridge, MA

INFORMATICS: PROTEIN QUANTIFICATION


WOB am 08:30 Slice: Scalable Data Sharing for Remote Mass
 Manor Askenazi1; David Fenyo2; 1The
Ionomix Initiative, Arlington, MA; 2NYU Langone
Medical Center, New York City, NY
WOB am 08:50 IdpQuantify : Combining Precursor Intensity
with Spectral Counts for Protein and Peptide
 Yao-Yi Chen1; Matthew Chambers1;
Amy-Joan Ham2; Ming Li1; David Tabb1; 1Vanderbilt
University Medical School, Nashville, TN; 2Belmont
University College of Pharmacy, Nashville, TN
WOB am 09:10 Avoiding Arbitrary Parameters in Quantitative
Proteomics: Is “Differential” a 1.1-Fold or 1.2-
Fold Change? Oliver Serang; Ertugrul Cansizoglu;
Hanno Steen; Judith Steen; Harvard Medical School/
Boston Children’s Hospital, Boston, MA
WOB am 09:30 Electrospray Current Fluctuations and other
Instrumental Response Instabilities –In
silico Correction Method Improves Precision

Yaroslav Lyutvinskiy1; Hongqian Yang1; Dorothea
Rutishauser1; Roman Zubarev1, 2; 1Karolinska
Institutet, MBB, Stockholm, Sweden; 2Science for
Life Laboratory, Stockholm, Sweden
WOB am 09:50 


Martina Fischer1; Susann Zilkenat2; Samuel Wagner2,
3; Bernhard Y Renard1; 1Robert-Koch-Institute,
Berlin, Germany; 2IMIT, Eberhard Karls University
Tübingen, Tübingen, Germany; 3German Center for
Infection Research (DZIF), Tübingen, Germany
WOB am 10:10 Statistical Selection of Informative Features

 Ching-Yun Chang1; Nathalie
Selevsek2; Ludovic Gillet2; Hannes Roest2; Ruedi
Aebersold2, 3; Olga Vitek1, 4; 1Department of Statistics,
Purdue University, West Lafayette, IN; 2IMSB, ETH,
Zürich, Switzerland; 3Faculty of Science, University
of Zürich, Zürich, Switzerland; 4Department of
Computer Science, Purdue University, West
Lafayette, IN

CARBOHYDRATES: NEW MS APPROACHES

Ballroom B
WOC am 08:30 Obtaining Linkage Information from Linear
Oligosaccharides via MSn1
Chiharu Konda1; Brad Bendiak2; Yu Xia1; 1Purdue
University, West Lafayette, IN; 2University of
Colorado Denver, Aurora, CO
WOC am 08:50 Trivalent Metal-Assisted Electron Capture
Dissociation and Electron Transfer Dissociation
 Di Gao; Kristina
Hakansson; University of Michigan, Ann Arbor, MI
WOC am 09:10 

 Cheng Lin; Xiang Yu; Yan Jiang; Yu
Huang; Joseph Zaia; Catherine E. Costello; Boston
University School of Medicine, Boston, MA
WOC am 09:30 
 Rongrong
Huang; Eduard Condac; Yulun Chiu; Christian Heiss;
Mayumi Ishihara; Muchena J. Kailemia; Jon Amster;
Parastoo Azadi; Lianchun Wang; Joshua S. Sharp;
University of Georgia, Athens, GA
WOC am 09:50 Use of Field Asymmetrical Ion Mobility

Spectrometry for Structural Characterization

Muchena Kailemia1; Yuejie Zhao1; Isaac Agyekum1;
Andre Venot1; Melvin Park2; Desmond Kaplan2;
Geert-Jan Boons1; Robert Linhardt3; Jon Amster1;
1University of Georgia, Athens, GA; 2Bruker
Daltonics, Billerica, MA; 3Rensselaer Polytechnic
Institute, Troy, NY
WOC am 10:10 Production of a 13C-Labeled Internal Standard
for Quantitative Glycomics Evelyn Rampler1;
Shujuan Tao2; Stephan Hann1; Friedrich Altmann1;
Ron Orlando2; Gunda Koellensperger1; 1University
Boku Vienna, Vienna, Austria; 2University of Georgia,
Athens, GA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 41
WEDNESDAY MORNING ORAL SESSIONS




Ballroom A
WOD am 08:30 A New Twist on an Old Experiment: Leveraging
Automation and LC-MS/MS to Understand and

Lucinda Cohen1; Haiping Wang1; Matt Zrada2; Ken
Anderson2; Ravi Katwaru1; Xinchun Tong1; Bernard
Choi1; Paul Harradine1; Vince Tong1; Natasa
Pajkovic2; Kathy Cox1; 1Merck & Co., Inc., Rahway,
NJ; 2Merck & Co., Inc, West Point, PA
WOD am 08:50 Using 13C and 15N Isotopomer Metabolic Flux

Cancers Metabolic Dependencies by SRM-LC-
 Susanne Breitkopf1, 2; Min Yuan1; Costas
Lyssiotis1, 2; John M Asara1, 2; 1Beth Israel Deaconess
Medical Center, Boston, MA; 2Harvard Medical
School, Boston, MA
WOD am 09:10 PaperSpray Technology for Quantitative
Analysis: Applications in Research and
 Jennifer Cunliffe
1
; Luis
Ramos
1
; Ann Brown
2
; Shawn Harriman
2
; Michael
Hayes
1
; Jakal Amin
2
; Jimmy Flarakos
1
;
1
Novartis DMPK,
East Hanover, NJ;
2
Novartis MAP, Cambridge, MA
WOD am 09:30 Strategies for the Quantitation of Nucleotides in
Human Plasma using Novel Ion-Pair Hydrophilic
Interaction Chromatography Coupled with
 Guodong Zhang;
Annie Walker; Zhaosheng Lin; Xiaogang Han;
Matthew Blatnik; Rick Steenwyk; Elizabeth Groeber;
Pzer Inc., Groton, CT
WOD am 09:50 Optimization of a High-Throughput Metabolic
Soft Spot Assay with Pooled Sample Analysis

Anthony Paiva; Cheryl Klakouski; Tatyana Zvyaga;
Benjamin Johnson; Jonathan Josephs; W. Grifth
Humphreys; Harold Weller; Wilson Shou; Bristol-
Myers Squibb Company, Wallingford, CT
WOD am 10:10 New Quadratic Calibration Approaches for
LC-MS Bioanalysis: Impact of Calibrator
Concentrations and Their Distribution on
 Aimin Tan;
Kayode Awaiye; Fethi Trabelsi; BioPharma Services
Inc., Toronto, Canada


RESOLUTION AND MASS ACCURACY

Auditorium
WOE am 08:30 The Way to Isotopic Resolution of Mega Dalton

Eugene Nikolaev1, 2; 1Institute for Energy Problems
of Chemical Physics, Moscow, Russia; 2Emanuel
Institute of Biochemical Physics, Moscow, Russia
WOE am 08:50 Accelerating High Resolution Mass
Spectrometry by Advanced Signal Processing
 Yury O.
Tsybin1; Tagir Aushev2; Luca Fornelli1; Kristina
Srzentić1; Konstantin O. Zhurov1; Ünige A. Laskay1;
Philippe Dugourd3; Jérôme Lemoine3; Anton
N. Kozhinov1; 1Ecole Polytechnique Federale,
Lausanne, Switzerland; 2Institute for Theoretical and
Experimental Physics, Moscow, Russia; 3Université
Lyon 1, Villeurbanne, France
WOE am 09:10 
 David Kilgour; Rebecca Wills; Yulin Qi; Peter
O’Connor; Warwick University, Coventry, UK
WOE am 09:30 Measurement of Intact Proteins under Non-
Denaturating Conditions with nLC-MS Technique
 Olaf Scheibner1;
Michael Trnka2; Shenheng Guan2; Alma Burlingame2;
Phillip Robinson3; Roger Kornberg3; Eugen Damoc1;
Eduard Denisov1; Maciej Bromirski1; 1Thermo Fisher
Scientic GmbH, Bremen, Germany; 2University of
Californi,San Francisco, CA; 3Stanford University
School of Medicine, Stanford, CA
WOE am 09:50 
Encoded Chemical Tags, Resolution in Excess
of One Million, and a New Hybrid Orbitrap
 Alexander S. Hebert1; Anna
E.
Merrill
1
; Christopher M. Rose
1
; Derek J. Bailey
1
;
Jonathan A. Stefely
1
; David J. Pagliarini
1
; Jesse
Canterbury
2, 3
; Vlad Zabrouskov
2, 3
; Michael Senko
2, 3
;
Eduard Denisov
2, 3
; Alexander Makarov
2, 3
; Michael S.
Westphall
1
; Joshua J. Coon
1
;
1
University of Wisconsin,
Madison, WI;
2
Thermo Fisher Scientic, San Jose,
CA;
3
Thermo Fisher Scientic, Bremen, Germany
WOE am 10:10 High Density, High Resolution MS Scans
Dramatically Boost the Number of Precursors

Annette Michalski; Nagarjuna Nagaraj; Juergen Cox;
Matthias Mann; MPI of Biochemistry, Martinsried,
Germany



Room 101
WOF am 08:30 
Retardant by Positive And Negative Electrospray

Colleen Rostad1; Edward Furlong2; 1USGS, WRD,
National Research Program, Denver, CO; 2USGS,
NWQL, Methods Research & Development
Program, Denver, CO
WOF am 08:50 Mass Spectrometry Characterization and
Determination of Emerging Disinfection
 Xing-Fang Li;
Wei Wang; Yichao Qian; Jessica Boyd; Rongfu
Huang; University of Alberta, Edmonton, Canada
WOF am 09:10 Integrating Comprehensive Two-Dimensional

Mass Spectrometry and Mass Defect Analysis for

 Karl J Jobst1; Eric J Reiner1; Vince Y
Taguchi1; Trudy Watson-Leung1; Dave Poirier1; Dave
Alonso2; Joe Binkley2; Lorne Fell2; 1Ontario Ministry
of the Environment, Toronto, Canada; 2LECO
Corporation, St. Joseph, MI
WOF am 09:30 Exact Mass Screening of 1024 Pharmaceuticals
in Wastewater Samples using QExactive Mass
 Heinz Singer; Annika Woessner;
Christa McArdell; Kathrin Fenner; Eawag - Swiss
Federal Institute of Aquatic Science, Duebendorf,
Switzerland
WOF am 09:50 
Leachate Extracts for Fluorochemicals Analysis
 Mckay
Allred1; Johnsie Lang2; Morton Barlaz2; Jennifer
Field1; 1Oregon State University, Corvallis, OR;
2North Carolina State University, Raleigh, NC
GENERAL INFORMATION
PAGE 42 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WOF am 10:10 Are the Results of Non-Target Screening for
 Christian
Zwiener; Marco Zedda; Christina Schmalz;
University of Tuebingen, Tuebingen, Germany


DUNBAR’S 70TH

Room 102
WOG am 08:30 
 Robert C. Dunbar1; Jos Oomens2; Giel
Berden
2
; Justin Kai-Chi Lau
3
; Udo H. Verkerk
3
; Alan C.
Hopkinson
3
; K. W. Michael Siu
3
;
1
Case Western Reserve
Univ, Cleveland, OH;
2
Radboud University, Nijmegen,
Netherlands;
3
York University, Toronto, Canada
WOG am 08:50 Infrared Spectroscopy of Anionic Polyaromatic
 Juehan Gao2; Giel Berden1, 2;
Jos Oomens1, 2; 1FOM Rijnhuizen, Nieuwegein,
Netherlands; 2Radboud University Nijmegen,
Nijmegen, Netherlands
WOG am 09:10 Polycyclic Aromatic Hydrocarbon Fragment
Ions Studied with an FTICR Mass Spectrometer
 Annemieke Petrignani1, 2;
A.F.G. van der Meer1; Britta Redlich1; A.G.G.M.
Tielens
2
; Martin Vala
4
; John R. Eyler
4
; Jos Oomens
1,
3
;
1
FOM Rijnhuizen, Nieuwegein, The Netherlands;
2
Leiden Observatory, Leiden University, Leiden, The
Netherlands;
3
IMM, Radboud University, Nijmegen, The
Netherlands;
4
University of Florida, Gainesville, FL
WOG am 09:30 Cold Ion Spectroscopy for Structural
 Oleg V.
Boyarkine; Natalia S. Nagornova; Thomas R. Rizzo;
Vladimir Kopysov; EPFL, Lausanne, Switzerland
WOG am 09:50 IRMPD Spectroscopy: When Does It Reveal
What’s Present? Jacob Schmidt; Steven Kass;
University of Minnesota, Minneapolis, MN
WOG am 10:10 
Cluster, [Ag3H2 (Ph2 2CH2]+ Richard A. J. O’Hair1;
Athanasios Zavras1; George Khairallah1; Marion
Girod2, 3; Rodolphe Antoine2, 4; Philippe Dugourd2, 4;
Luke MacAleese2, 4; Marjan Krstić5; Vlasta Bonačić-
Koutecký5, 6; 1University of Melbourne, Victoria,
Australia; 2Université Lyon 1, Lyon, France; 3Institut
des Sciences Analytiques, Lyon, France; 4Institut
Lumière Matière, Lyon, France; 5University of Split,
Split, Croatia; 6Humboldt-Universität Berlin, Institut
für Chemie, Berlin, Germany



Room 103
WOH am 08:30 

as Measured by Hydrogen/Deuterium Exchange
 Roxana E. Iacob1; Guodong
Chen2; Hui Wei2; Jingjie Mo2; Daniel Cohen2; Dianlin
Xie2; Zheng Lin2; Paul Morin2; Michael Doyle2;
Adrienne A. Tymiak2; John R. Engen1; 1Northeastern
University, Boston, MA; 2Bristol-Myers Squibb
Company, Princeton, NJ
WOH am 08:50 Effector Binding Causes Major Changes in the
Structure and Dynamics of the ClpP Protease
 Modupeola
Sowole1; John Alexopoulos2; Joaquin Ortega2; Lars
Konermann1; 1University of Western Ontario, London,
Canada; 2Mcmaster University, Hamilton, ON, Canada
WOH am 09:10 Epitope-Distal Effects Accompany the Binding

 Jessica Bereszczak1; Rebecca Rose1;
Esther van Duijn1; Norman Watts2; Paul Wingeld2;
Alasdair Steven
2
; Albert Heck
1
;
1
Biomolecular Mass
Spectrometry and Proteomics, Utrecht, The Netherlands;
2
National Institutes of Health, Bethesda, MD
WOH am 09:30 Characterization of Residual Structure in the
 Shaolong Zhu;
Tamanna Rob; Derek Wilson; York University,
Toronto, Canada
WOH am 09:50 Rational Design of Novel Insulin Sensitizers
 David Marciano; Scott Novick;
Bruce Pascal; Michael Chalmers; Theodore
Kamenecka; Patrick Grifn; The Scripps Research
Institute, Jupiter, FL
WOH am 10:10 Higher-Order Structure Characterization of a
Fusion Protein Biopharmaceutical by Hydrogen/

George M. Bou-Assaf; Steven A. Berkowitz;
Protein Pharmaceutical Development, Biogen Idec,
Cambridge, MA
10:30 AM - 2:30 PM
WEDNESDAY POSTER SESSION
Exhibit Hall BC
Lunch concessions are open 11:00 am - 2:00 pm
WEDNESDAY MORNING ORAL SESSIONS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 43
WEDNESDAY AFTERNOON ORAL SESSIONS
2:30 – 4:30 PM, WEDNESDAY AFTERNOON
FORENSIC APPLICATIONS


WOA pm 2:30 
Chromatography-High Resolution Mass
Spectrometry Method for the Simultaneous

Sebastien Anizan; Kayla Ellefsen; Marta Concheiro-
Guisan; Marilyn A. Huestis; Chemistry and Drug
Metabolism, NIDA / NIH, Baltimore, MD
WOA pm 2:50 Differentiation of African and Brazilian Mahogany

Methanolic Extractives by Electrospray Ionization
 Maíra Fasciotti1; Rodrigo Leal1;
Valnei Cunha1; Romeu Daroda1; Rosana Alberici1, 2;
Marcos Eberlin2; 1inmetro, Duque De Caxias, Brazil;
2University of Campinas, Campinas, Brazil
WOA pm 3:10 
and Its Metabolites in One Injection using a Dual
 Adrian Taylor1; Larry Campbell1;
Carmai Seto1; Oscar Cabrices2; Takeo Sakuma1; 1AB
SCIEX, Concord, Canada;
2
Gerstel Inc, Linthicum, MD
WOA pm 3:30 
Technique for Human Bone with Minimal Sample
 Christopher Rollman; Mehdi Moini;
Smithsonian Institution, Suitland, MD
WOA pm 3:50 

Shaft Protein and Utilization to Obtain Measures
 Tami Leppert1; Krishna Parsawar1;
Jonathan Hilmer2; Lisa Baird1; Brandon Hanberg3;
Jacquie Howard3; Chad Nelson1; Brian Bothner2;
Mark Leppert1; Glendon Parker3; 1University of
Utah, Salt Lake City, UT; 2Montana State University,
Bozeman, MT; 3Utah Valley University, Orem, UT
WOA pm 4:10 LC-MS/MS Analysis of Opioids in Urine:
Evaluation of LC-MS/MS Conditions for

Marc Rumpler; Lindsay Bazydlo; Bruce Goldberger;
Timothy Garrett; University of Florida, Gainesville, FL
2:30 – 4:30 PM, WEDNESDAY AFTERNOON
PRINCIPLES OF PROTEIN IDENTIFICATION AND
CHARACTERIZATION


WOB pm 2:30 
Frequency and RNAseq Transcript Abundance

 Avinash Shanmugam; Anastasia K.
Yocum; Alexey Nesvizhskii; University of Michigan,
Ann Arbor, MI
WOB pm 2:50 CPTAC Proteogenomics : Proteogenomics
Analysis of Cancer MS/MS Spectra by Peptide

 Sunghee Woo;
Seong
Won Cha; Vineet Bafna; UCSD, San Diego, CA
WOB pm 3:10 Discovery and Mass Spectrometric Analysis of

Gloria Sheynkman; Michael Shortreed; Lloyd Smith;
Univ. of Wisconsin Madison, Madison, WI
WOB pm 3:30 An Unsupervised Machine Learning Algorithm for

Oliver Horlacher; Frederic Nikitin; Frederique
Lisacek; Markus Muller; SIB, Geneva, Switzerland
WOB pm 3:50 Using Prior Knowledge to Improve Scoring
in High-Throughput Top-Down Proteomics
 Richard LeDuc; Le-Shin Wu; Indiana
University, Bloomington, IN
WOB pm 4:10 Proteogenomics of Immunoglobulins:
 Surendra
Dasari; Jason Theis; Robert Bergen, III; Diana Gil;
David Barnidge; Marina Ramirez-Alvarado; Diane
Jelinek; David Murray; Ahmet Dogan; Mayo Clinic,
Rochester, MN
2:30 – 4:30 PM, WEDNESDAY AFTERNOON


Ballroom B
WOC pm 2:30 Energetics and Dynamics of the Reactions of

Richard Cox; Peter B. Armentrout; University of Utah,
Salt Lake City, UT
WOC pm 2:50 
Ions Have an Unusual Common Secondary
 Fred W. McLafferty1; Owen S. Skinner2;
Kathrin Breuker3; 1Cornell University, Ithaca, NY;
2Northwestern University, Evanston, IL; 3University of
Innsbruck, Innsbruck, Austria
WOC pm 3:10 Model Compound Fragmentation Pathways as

Benjamin J. Bythell1; Yuri Corilo1, 2; Vladislav V.
Lobodin1, 2; Ryan Rodgers P. 1, 2; Alan G. Marshall1,
3; 1National High Magnetic Field Laboratory,
Tallahassee, FL; 2Florida State University Future
Fuels Institute, Tallahassee, FL; 3Florida State
University, Tallahassee, FL
WOC pm 3:30 A Catalytic Cycle for the Formation of a C-C
 George N.
Khairallah; Halah Al Sharif; Krista Vikse; Richard A.
J. O’Hair; Bio21 Inst,Uni of Melbourne, Melbourne,
Australia
WOC pm 3:50 
Spectrometer
 David Derkits;
Jared Lamp; Jasmine Harge; Russell Snead; Alexander
Wiseman; Scott Gronert; Virginia Commonwealth
University, Richmond, VA
WOC pm 4:10 Investigating Electron-Induced
Chemiluminescence in Ru3+ 3 Acetonitrile
 Maria Demireva; Evan R. Williams;
University of California, Berkeley, CA
2:30 – 4:30 PM, WEDNESDAY AFTERNOON



Ballroom A
WOD pm 2:30 N-terminal Labeling Reveals Circulating
Proteomic Signatures of Cell Death Post-
 Arun Wiita; James Wells; University
of California, San Francisco, CA
WOD pm 2:50 Protein C Inhibitor Proteotypic Peptide
Quantitation by LC-Free SISCAPA-MALDI Mass
Spectrometry Predicts Recurrence of Prostate
 N. Leigh Anderson1;
Morteza Razavi2; Terry Pearson2; Lisa Johnson3;
Julian Lum3; Gary Kruppa4; 1SISCAPA Assay
Technologies, Washington, DC; 2University of
Victoria, Victoria, BC, Canada; 3Deeley Research Ctr,
BC Cancer Agency, Victoria, BC, Canada; 4Bruker
Daltonics Inc., Billerica, MA
GENERAL INFORMATION
PAGE 44 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WOD pm 3:10 
Robust and Ultrasensitive Quantitative Analysis
of Biomarkers and Bio-Therapeutics by LC-MS/
 Jose Castro-Perez1; Haihong Zhou1; Vinit
Shah1; Kevin Bateman1; David Mclaren1; Anita
Lee1; Stephen Previs1; Kitshiri Herath1; James
Murphy2; Paul Rainville2; Alan Millar2; Angela
Doneanu2; Michele Cleary1; Thomas Roddy1; 1Merck,
Kenilworth, NJ; 2Waters Corp, Milford, MA
WOD pm 3:30 Quantifying Proteoforms using High-Throughput
Top-Down Proteomics for Cell-Based Biomarker
 John P. Savaryn1; Adam D. Catherman1;
Archer D. Smith IV1; Ryan T. Fellers1; Richard
D. LeDuc2; Paul M. Thomas1; Neil L. Kelleher1;
1Northwestern University, Evanston, IL; 2Indiana
University, Bloomington, IN
WOD pm 3:50 Proteomic Analysis Reveals Differences between
Xenograft Models of Triple-Negative Breast

Nadine Mascini1; Gert Eijkel1; Petra ter Brugge2;
Jelle Wesseling2; Jos Jonkers2; Ron Heeren1; 1FOM
Institute AMOLF, Amsterdam, The Netherlands;
2The Netherlands Cancer Institute, Amsterdam, The
Netherlands
WOD pm 4:10 Development of Urinary Biomarkers to
Monitor Oligomer Treatment in Duchenne
 Aiping Zhang; Kitipong
Uaesoontrachoon; Kathryn White; Sree Rayavarapu;
Kristy J Brown; Patricio Ray; Kanneboyina
Nagaraju; John N. van den Anker; Eric P Hoffman;
Yetrib Hathout; children’s National Medical center,
Washington, DC
2:30 – 4:30 PM, WEDNESDAY AFTERNOON



Auditorium
WOE pm 2:30 A Novel ConDuct Interface for Transmitting
~100% Ions from an ESI Source into a Mass
 Andrew N. Krutchinsky; Julio C.
Padovan; Herbert Cohen; Brian T. Chait; Rockefeller
University, New York, NY
WOE pm 2:50 

 Sarah Trimpin; Wayne
State University, Detroit, MI
WOE pm 3:10 Nanoliter Segmented-Flow Sampling
Mass Spectrometry: Introducing On-line
Compartmentalization while Avoiding Sample
 Michael Volny 1; Bejan Hakimi1; Joelle
Rolfs1; Petr Frycak2; Thomas Schneider1; Gloria
Yen1; Dingsheng Liu1; Daniel Chiu1; Frantisek
Turecek1; 1University of Washington, Seattle, WA;
2Palacky University, Olomouc, Czech Republic
WOE pm 3:30 

Elena Tobolkina
1
; Liang Qiao
1
; Liu Baohong
2
; Hubert
Girault
1
;
1
École Polytechnique Fédérale de Lausanne,
Lausanne, Switzerland;
2
Institute of Biomedical
Sciences, Fudan University, Shanghai, China
WOE pm 3:50 Large Surface Area Analysis by Spray
Desorption Collection Coupled to Paper Spray
 Andre Venter; Gregg Hasman;
Kevin Douglass; Western Michigan University,
Kalamazoo, MI
WOE pm 4:10 Off-line Capillary Electrophoresis Mass
Spectrometry Using Patterned Deposition
Nanostructure Assisted Laser Desorption
 Jon Beusse; Kermit K. Murray; Louisiana
State University, Baton Rouge, LA
2:30 – 4:30 PM, WEDNESDAY AFTERNOON



Room 101
WOF pm 2:30 
Contaminant Monitoring by Membrane
Introduction Tandem Mass Spectrometry

 Ryan J. Bell4; Nicholas G. Davey1,
4; Morten Martinsen2, 4; Alexander J. Thompson4;
Isobel J. Simpson3; Donald R. Blake3; Erik T.
Krogh1, 4; Christopher G. Gill 1, 4; 1University of
Victoria, Victoria, BC, Canada; 2NTNU, Trondheim,
Norway; 3University of California, Irvine, CA; 4AERL,
Vancouver Island University, Nanaimo, BC, Canada
WOF pm 2:50 LC -Q-TOF-MS and LC –HR-TOF-MS Methods for
the Determination of Metabolites of Polycyclic

Jutta Lintelmann1; Evelyn Huebner1; Juergen
Wendt2; Ralf Zimmermann1; 1Helmholtz Zentrum
Muenchen, Neuherberg, Germany; 2LECO European
LSCA Centre, Moenchengladbach, Germany
WOF pm 3:10 Simultaneous Determination of Polybrominated


 Yan-Ping Lin1;
Birgit Puschner1; Isaac N. Pessah1; Keyu Zhou2;
Gwen Lim2; Helen Sun2; Kefei Wang2; 1University of
California, Davis, CA; 2Bruker, Chemical and Applied
Market (CAM) Division, Fremont, CA
WOF pm 3:30 Investigation of Human Body Adaptation to the
High Temperature and High CO2 Level by MS
 Alexey
Kononikhin1, 2; Anna Ryabokon2; Igor Popov2, 5;
Nataliia Starodubtseva1, 3; Viktoria Kurova2; Evgeny
Kukaev2, 5; Maria Indeykina1, 2; Alexander Spassky1;
Stanislav Pekov1; Sergey Varfolomeev2; Irina Larina4;
Eugene Nikolaev1, 2; 1Institute for Energy Problems
of Chemical Physics, Moscow, Russia; 2Emanuel
Institute of Biochemical Physics, Moscow, Russia;
3Research Center for Obstetrics, Gynecology,
Moscow, Russia; 4Institute for Biomedical Problems,
Moscow, Russia; 5Moscow Institute of Physics and
Technology, Moscow, Russia
WOF pm 3:50 A New Method for the Analysis of Cyanotoxins
using Laser Diode Thermal Desorption-
Atmospheric Pressure Chemical Ionization-
Tandem Mass Spectrometry (LDTD-APCI-MS/
 Audrey Roy-Lachapelle; Pascal Lemoine;
Sébastien Sauvé; Université de Montréal, Montréal,
Canada
WOF pm 4:10 Quantitative Determination and Simultaneous

Acids in the Urine of Workers Exposed to
 Sebastien Gagne; IRSST, Montreal,
Canada
WEDNESDAY AFTERNOON ORAL SESSIONS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 45
2:30 – 4:30 PM, WEDNESDAY AFTERNOON


Room 102
WOG pm 2:30 

 Benjamin Parker1; Morten Thaysen-
Andersen2; Nestor Solis1; Nichollas Scott1, 3; Martin
Larsen4; Mark Graham5; Nicolle Packer2; Stuart
Cordwell1; 1The University of Sydney, Sydney,
Australia; 2Macquarie University, Sydney, Australia;
3University of British Columbia, Vancouver, Canada;
4The University of Southern Denmark, Odense,
Denmark; 5Children’s Medical Research Institute,
Sydney, Australia
WOG pm 2:50 

Methanogen Archaeon Methanosarcina mazei
Deborah R. Leon1; Xiang Yu1; Cheng Lin1; Nancy
Leymari1; Rachel R. Ogorzalek Loo2; Joseph A. Loo3;
Robert P Gunsalus4; Catherine E. Costello1; 1Boston
University School of Medicine, Boston, MA; 2Dept
of Biological Chemistry UCLA, Los Angeles, CA;
3Dept of Chem and Biochem UCLA, Los Angeles,
CA; 4Microbiol, Immnunol and Molec Genetics Dept
UCLA, Los Angeles, CA
WOG pm 3:10 Low-Flow Sheathless Capillary Electrophoresis -
Mass Spectrometry for Sensitive High-Resolution

 Rob Haselberg1; Gerhardus J. de
Jong2; Govert W. Somsen1; 1AIMMS Division of
BioMolecular Analysis, Amsterdam, the Netherlands;
2Biomolecular Analysis, Utrecht, the Netherlands
WOG pm 3:30 In Depth Characterization of N-Linked
Oligosaccharides using Fluoride-Mediated
 Jonathan
Bones1, 2; Wenqin Ni1; Victoria Berger1; Barry Karger1;
1Northeastern University, Boston, MA; 2National
Institute for Bioprocessing Research, Dublin, Ireland
WOG pm 3:50 Selected Reaction Monitoring to Differentiate and
Relatively Quantitate Isomers of Sulfated Core
1 O
 Sarah Flowers1; Liaqat Ali1; Catherine
Lane2; Niclas Karlsson1; 1Gothenburg University,
Gothenburg, Sweden; 2AB Sciex, Warrington, UK
WOG pm 4:10 Computational Approach for Identifying Sulfation
Pattern of Heparan Sulfate using High Resolution
 Han Hu; Yu
Huang; Yu Xia; Joseph Zaia; Boston University,
Boston, MA
2:30 – 4:30 PM, WEDNESDAY AFTERNOON


Room 103
WOH pm 2:30 Electrochemical Reduction of Disulphide Bonds
for Use in Protein Hydrogen/Deuterium Exchange
 Simon Mysling;
Thomas J. D. Jorgensen; BMB, University of
Southern Denmark, Odense, Denmark
WOH pm 2:50 
Amide H/D Exchange using High Mass Accuracy
 Jianqing
Wu1; Guillaume van der Rest2; 1Ecole Polytechnique,
Palaiseau, France; 2Université Paris-Sud, Orsay,
France
WOH pm 3:10 Nepenthesin-I – Recombinant Carnivorous Plant
Protease as a Tool for Hydrogen / Deuterium
 Alan Kadek1,
2; Hynek Mrazek1, 2; Vyacheslav Tretyachenko2;
Martial Rey3; David Schriemer3; Petr Halada1; Petr
Man1, 2; 1Institute of Microbiology ASCR, Prague,
Czech Republic; 2Charles University, Prague, Czech
Republic; 3University of Calgary, Calgary, Canada
WOH pm 3:30 
Deuterium Exchange Pulse Labeling Reveals
 Derek Wilson;
Tamanna Rob; Preet Gill; Dasantila Golemi-Kotra;
York University, Toronto, Canada
WOH pm 3:50 Using Isotopic Fine Structure to Resolve
 Qian
Liu1; Michael Easterling2; Jeffrey Agar1; 1Brandeis
University, Waltham, MA; 2Bruker Daltonics Inc.,
Billerica, MA
WOH pm 4:10 Information Independent Acquisition of MS/MS

Vladimir Sarpe; David Schriemer; University of
Calgary, Calgary, Canada
4:45 - 5:30 PM, WEDNESDAY AFTERNOON

Susan T. Weintraub, presiding
Ballroom A
Don’t miss awards, Board reports and more.
5:45 - 7:00 PM, WEDNESDAY AFTERNOON
WORKSHOPS
Light snacks are provided on level two.

Fundamentals in LC-MS Troubleshooting (organized by LC/MS
& Related Topics Interest Group), Room 1
H/D Exchange and Covalent Labeling (organized by H/D
Exchange & Covalent Labeling Interest Group), Room 2
LC-MS of Glycans and Glycopeptides: Advantages and
Challenges, Room 3
WEDNESDAY AFTERNOON ORAL SESSIONS
GENERAL INFORMATION
PAGE 46 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY AFTERNOON ORAL SESSIONS

AMBIENT IONIZATION: INSTRUMENTATION AND APPLICATIONS


ThOA am 08:30 Progress toward Universal Ionization by
Combining Different Ambient Ionization
 Robert B. Cody; John Dane; JEOL USA,
Inc., Peabody, MA
ThOA am 08:50 Development of a Ruggedized AI-MS with
Remote Sampling for Explosives Trace
 Mitch Wells; Mike Stump; Bruce
Solomon; Mark Gregory; Dennis Barket; FLIR Mass
Spectrometry, West Lafayette, IN
ThOA am 09:10 
in situ
Cheng-Chih Hsu1; Tiffany Poon2; Eugene C. Lin1;
Nick White2; Marito Hayashi2; Indroneal Banerjee3;
Ju Chen3; Samuel L. Pfaff2; Eduardo R. Macagno4;
Pieter C. Dorrestein1, 5; 1Department of Chemistry
and Biochemistry, UCSD, La Jolla, CA; 2Salk
Institute, La Jolla, CA; 3Department of Medicine,
UCSD, La Jolla, CA; 4Division of Biological
Sciences, UCSD, La Jolla, CA; 5Skaggs School of
Pharmacy, UCSD, La Jolla, CA
ThOA am 09:30 Embryonic Metabolic Status Evaluated BY
Combining DESI-HRMS Positive and Negative
Ion Mode Mass Spectral Data by Data Fusion
 Valentina Pirro1; Christina R. Ferreira2;
Paolo Oliveri3; Andres F. Gonzales-Serrano4; Livia
S. Eberlin2; Julia Heinzmann4; Andrea Lucas-
Hahn4; Heiner Niemann4; Robert G. Cooks2;
1Università degli Studi di Torino, Torino, ITALY;
2Department of Chemistry, Purdue University, West
Lafayette, Indiana; 3Department of Pharmacy,
University of Genova, Genova, Italy; 4Department
of Biotechnology, Friedrich-Loefer-In, Neustadt,
Gernany
ThOA am 09:50 Combining Atomic Force Microscopy and
Thermal Desorption-Based Surface Sampling/
Ionization Mass Spectrometry for Submicrometer
 Olga S.
Ovchinnikova1; Kevin Kjoller2; Gary J. Van Berkel1;
1Oak Ridge National Laboratory, Oak Ridge , TN;
2Anasys Instruments, Santa Barbara, CA
ThOA am 10:10 Rapid Evaporative Ionization Mass Spectrometry
 Dániel Szalay1;
Lajos Gödörházy1; Tamás Karancsi1; Andor
Rozsnyai1; Ottmar Golf2; Karl-Christian Schäfer2;
Steven Pringle3; Mike Morris3; Zoltán Takáts2;
1Medimass Ltd., Budapest, Hungary; 2Imperial
College London, London , UK; 3Waters Corporation,
Manchester, UK

METABOLOMICS


ThOB am 08:30 Multivariate and Network Tools for Analysis

Dmitry Grapov1, 2; Oliver Fiehn1, 2; 1West Coast
Metabolomics Center, Davis, CA; 2University of
California, Davis, CA
ThOB am 08:50 A Novel Approach for Processing LC-Ion
 Giorgis Isaac2;
Martin Palmer3; Mark Bennett1; James Langridge3;
John P. Shockcor2; Andy Borthwick1; 1Nonlinear
Dynamics, Newcastle, upon Tyne , UK; 2Waters
Corporations, Milford, MA; 3Waters Corporation,
Manchester, UK
ThOB am 09:10 
 Steffen Neumann1; Michael
Gerlich1; Carsten Kuhl1; Andrea Thum2; Christoph
Böttcher1; 1Leibniz Institute of Plant Biochemistry,
Halle, Germany; 2Martin Luther Universität, Halle,
Germany
ThOB am 09:30 RAMClust: An Unsupervised Feature Clustering
Method for Non-Targeted Metabolomics
 Corey D. Broeckling; Fayyaz A. Afsar;
Asa Ben-Hur; Jessica E. Prenni; Colorado State
University, Fort Collins, CO
ThOB am 09:50 MRMPROBS: Data Assessment and Metabolite

 Tsugawa Hiroshi1;
Arita Masanori1; Kanazawa Mitsuhiro3; Ogiwara
Atsushi3; Bamba Takeshi2; Fukusaki Eiichiro2;
1RIKEN, Yokohama, Japan; 2Osaka University, Suita,
Japan; 3Reifycs, Inc., Minato-ku, Japan

Fuel Analysis: Surveying Research Methods and their Application
in Industrial Settings (organized by Energy, Petroleum & Biofuels
Interest Group), Room 200 DE
Emerging Contaminants in Environmental Research: Hydraulic
Fracturing Fluids and Shale Gas Produced Waters - Advances,
Challenges and Opportunities using mass spectrometry
(organized by Environmental Applications Interest Group), Room
200 FG
The Advancement of Polymer Mass Spectrometry (organized by
Polymeric Materials Interest Group), Room 200 H
Challenges and New Directions in Plant Proteomics, Room 200 I
CHORUS – A Community Solution for the Storage, Visualization,
and Sharing of Mass Spectrometry Data on the Cloud,
Room 200 J
Ion Structures and Energetics, and Ion-Molecule Reaction
Kinetics in the Gas Phase, in honor of Peter B. Armentrout’s
60th birthday (organized by Fundamentals Interest Group),
Room 205 AB
Proteins and Peptides as Pharmaceutical Agents (organized by
Pharmaceuticals Interest Group), Room 205 CD
Lipid Mass Spectrometry & Lipidomics, Room 208 AB
Mass Spectrometry Applications in Art, Cultural Heritage, and
Natural History, Room 208 CD
AFTER 8:00 PM
CORPORATE HOSPITALITY SUITES
HILTON MINNEAPOLIS HOTEL
Wednesday Workshops continued
THURSDAY MORNING ORAL SESSIONS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 47
THURSDAY MORNING ORAL SESSIONS
ThOB am 10:10 Untargeted Metabolomics: From Statistical

 Robert Mistrik; Juraj Lutisan;
HighChem, Bratislava, Slovakia


RESOLUTION LC/MS

Ballroom B
ThOC am 08:30 

new Nanospray Source for a Challenging
 Min Meng3; Hongxia Wang1;
Kate Comstock1; Spencer Carter2; Patrick Bennett1;
1Thermo Fisher Scientic, San Jose, CA; 2WIL
Research, Ashland, OH; 3Tandem Labs, Salt Lake
City, UT
ThOC am 08:50 Monitoring Phosphodiesterase-4 Inhibitors using
 Mario Thevis1;
Oliver Krug2; Wilhelm Schänzer1; 1German Sport
University, Cologne, Germany; 2Europ. Monitoring
Center f. Emerging Doping Agents, Cologne/Bonn,
Germany
ThOC am 09:10 A Single Multi-Attribute Method for Quality
Control and Release Testing of Therapeutic
 Rich Rogers1; Brittney Livingston1;
Jenn Kerr1; Nancy Nightlinger1; Becky Scott1;
Sihong Deng1; Brittany Affholter1; David Bassett1;
Jim Bailey1; Steve Cockrill1; Quanzhou Luo1; Oleg
Borisov1; Bob Bailey1; Scott Peterman2; Amol
Prakash2; Hongxia Wang2; Kevin Wheeler2; Patrick
Bennett2; Alain Balland1; 1Amgen, Seattle, WA;
2Thermosher, San Jose, CA
ThOC am 09:30 Determination of Colistin Pharmacokinetics in
Human Plasma and Bronchoalveolar Lavage by

Demetris Anagnostopoulos1; Evangelos Gikas1,
2; Konstantinos Papanikolaou4; Panagiotis
Haritidis2; Athanassios Skoutelis3; George Daikos4;
Anthony Tsarbopoulos1, 5; 1The Goulandris Natural
History Museum, Kissia, Greece; 2University of
Athens, Pharmacy Department, Athens, Greece;
3Evangelismos Hospital, Dpt. of Internal Medicine,
Athens, Greece; 4University of Athens Medical
School, Internal Med., Athens, Greece; 5University
of Athens Medical School, Pharmacology, Athens,
Greece
ThOC am 09:50 
Detection of Ovarian Cancer using Mass
 L. Renee Ruhaak1; Sandra Taylor1;
Cynthia Williams1; UyenThao Nguyen1; Lauren
Dimapasoc1; Sureyya Ozcan1; Carol Stroble1,
2; Suzanne Miyamoto2; Kyoungmi Kim1; Gary
Leiserowitz2; Carlito B. Lebrilla1; 1University of
California, Davis, CA; 2UC Davis Comprehensive
Cancer Center, Sacramento, CA
ThOC am 10:10 
UPLC-MS/MS for Clinical Diagnostic of Rare
 Margrét
Thorsteinsdóttir1, 2; Finnur Freyr Eiriksson1, 2; Vidar
O Edvardsson1, 3; Runolfur Palsson1, 3; 1University of
Iceland, Reykjavik , Iceland; 2ArcticMass, Reykjavík,
Iceland; 3Landspitali University Hospital, Reykjavik,
Iceland

DISEASE BIOMARKERS AND PATHWAYS

Ballroom A
ThOD am 08:30 Deciphering Breast Cancer Proteogenomics
 Kelly V. Ruggles1;
Zuojian Tang1; Manor Askenazi2; Olexandra Ovsiy1;
Christopher Maher3; Li Ding3; Stuart Brown1; Steven
Shen1; Meera Prasad1; Jeremy Hoog3; Shunqiang
Li3; Robert T. Kitchens3; Charles M. Perou4; Sherri
R. Davies3; Matthew J. Ellis3; R. Reid Townsend 3;
David Fenyo1; 1NYU Langone Medical Center, New
York, NY; 2The Ionomix Initiative, Arlington, MA;
3Washington University, St. Louis, MO; 4University of
North Carolina, Chapel Hill, NC
ThOD am 08:50 

Biomarker Discovery using Skyline MS1
 Anna M. Zawadzka; Birgit Schilling;
Michael P. Cusack; Christopher Benz; Bradford
W. Gibson; Buck Institute for Research on Aging,
Novato, CA
ThOD am 09:10 Comparative Proteome Analysis Reveals an
11-Protein Signature that Predicts Clinical

Ning Qing Liu1; Tommaso De Marchi1; Annemieke
M. Timmermans1; Christoph Stingl1; Anita M.A.C.
Trapman-Jansen1; Renée Foekens1; Maxime P.
Look1; Marcel Smid1; Carolien H.M. van Deurzen1;
René B.H. Braakman1; Paul N. Span2; Fred C.G.J.
Sweep2; Barbro K. Linderholm3; Anita Mangia4;
Angelo Paradiso4; Luc Y. Dirix5; Steven J. Van
Laere5; Julie Benedicte Brask6; Vera Timmermans-
Wielenga6; Theo M. Luider1; John W.M. Martens1;
John A. Foekens1; Arzu Umar1; 1Erasmus University
Medical Center, Rotterdam, Netherlands; 2University
Nijmegen Medical Centre, Nijmegen, Netherlands;
3Karolinska Institute, Stockholm, Sweden; 4National
Cancer Centre Giovanni Paolo II, Bari, Italy;
5GZA hospitals St-Augustinus, Antwerp, Belgium;
6Copenhagen University Hospital, Copenhagen,
Denmark
ThOD am 09:30 Targeting the Multi-Hit Mechanism of IgA
Nephropathy through Systematic Serum Analysis
of Circulating Components and Upstream
 Jennifer Cushing1; Audra Hargett1; Stacy
Hall1; Blake P. Moore1; Greg Bowersock1; Monica W.
Stinnett1; Kazuo Takahashi1, 2; Hitoshi Suzuki1; Tyler
J. Stewart1; LeeAnn J. Boerma1; Scott Peterman3;
Amol Prakesh3; Milan Raska1; Jiri Mestecky1; Bruce
A. Julian1; Jan Novak1; Matthew B. Renfrow1;
1University of Alabama at Birmingham, Birmingham,
AL; 2Fujita Health University School of Medicine,
Toyoake, Japan; 3ThermoFisher Scientic, San Jose,
CA
ThOD am 09:50 

Serenus Hua1; Lauren Dimapasoc2; Bum Jin Kim1;
Seung Hyup Jeong1; Jae Han Kim1; Carlito Lebrilla2;
Hyun Joo An1; 1GRAST, Chungnam National
University, Daejeon, South Korea; 2University of
California, Davis, CA
ThOD am 10:10 Elucidating Pathways Associated with Sudden


 Kevin G. Broadbelt1,
GENERAL INFORMATION
PAGE 48 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY MORNING ORAL SESSIONS
2; Claire F. Magiotto2; Catherine A. Hassett2; Jan
Muntel1, 2; Elisabeth A. Haas3; Henry F. Krous3;
Hannah C. Kinney2; Hanno Steen1, 2; 1Proteomics
Center, Boston Children’s Hospital, Boston, MA;
2Department of Pathology,Boston Children’s Hospital,
Boston, MA; 3Rady Children’s Hospital San Diego and
UCSD, San Diego School of Medicine, La Jolla, CA


ATMOSPHERIC CHEMISTRY

Auditorium
ThOE am 08:30 Micro-AirCore: Spatial Mapping of Atmospheric
 Kristin Favela1; Pieter Tans2; Thomas
Jaeckle1; William Williamson1; 1Southwest Research
Institute, San Antonio, TX; 2National Oceanic and
Atmospheric Administration, Boulder, CO
ThOE am 08:50 Development of a Dual Ion Source Linear Ion
Trap Mass Spectrometer for in situ Detection
 Ryan M. Danell1; Veronica
Pinnick2; Friso Van Amerom3; Ricardo Arevalo2;
Xiang Li2; William Brinckerhoff2; Paul Mahaffy2;
1Danell Consulting, Inc., Winterville, NC; 2NASA
Goddard Space Flight Center, Greenbelt, MD; 3SRI
International, St Petersburg, FL
ThOE am 09:10 
Manale Noun1, 2; Bilal Nsouli2; Donia Baklouti3;
Rosario Brunetto3; Frédéric Jamme4; Christophe
Sandt4; Paul Dumas4; Louis Hendecourt3; Serge
Della-Negra1; 1Institut de Physique Nucleaire d’Orsay,
Orsay Cedex, FRANCE; 2Lebanese Atomic Energy
Commission,CNRSL, Beirut, Lebanon; 3Institut
d’Astrophysique Spatiale, CNRS, UMR-8617, Orsay,
France; 4Synchrotron SOLEIL, Gif-sur-Yvette-France,
Orsay, France
ThOE am 09:30 Mass Spectrometric-based Investigations of
Polymerized Biomolecules Synthesized in
Millers Unreported Cyanamide Spark Discharge
 Eric Parker1; Manshui Zhou1; Aaron
Burton2; Daniel Glavin2; Jason Dworkin2; Facundo
Fernández1; Jeffrey Bada3; 1Georgia Institute of
Technology, Atlanta, U.S.A; 2NASA Goddard Space
Flight Center, Greenbelt, MD; 3Scripps Institution of
Oceanography, La Jolla, CA
ThOE am 09:50 Structural Determination of Titan’s Tholins
Components by Tandem FTMS, by Standard
 Roland
Thissen1; Arpad Somogyi2; Véronique Vuitton1;
Laurène Flandinet1; Anne Millet3; Carlos Perez del
Valle3; Istvan Komaromi4; 1IPAG, Grenoble, France;
2University of Arizona, Tucson, AZ; 3Département
de Chimie Moléculaire, UJF, Grenoble, France;
4University of Debrecen, Debrecen, Hungary
ThOE am 10:10 Polycyclic Aromatic Hydrocarbon Evolution in
a Nitrogen Environment Driven by Collisional

 Anyin Li1; Fred Jjunju2; R.
Graham Cooks1; 1Purdue University, West Lafayette,
IN; 2King Abdullah University of Science and
Technology, CEMSE KAUST, Thuwah, KSA



Room 101
ThOF am 08:30 Mass Spectrometry Imaging for Pharmaceutical
R&D Employing Cassette Drugs Dosing for Higher
Throughput High Resolution Pharmacokinetic
 Richard Goodwin1;
John Swales1; Michael Rooney2; C. Logan Mackay3;
Per Andren4; Peter Webborn1; 1AstraZeneca, UK,
Maccleseld, UK; 2AstraZeneca, USA, Waltham, MA;
3University of Edinburgh, Edinburgh, UK; 4Uppsala
University, Uppsala, Sweden
ThOF am 08:50 Label-Free Mass Spectrometry Imaging of Drug
 Angela Wehr; Lin
Xu; Chandra Prakash; Biogen Idec, Cambridge, MA
ThOF am 09:10 Drug and Metabolism Studies using Infrared
Matrix-Assisted Laser Desorption Electrospray
Ionization Mass Spectrometry Imaging (IR-
 Jeremy A.
Barry1; Reid Groseclose2; Guillaume Robichaud1;
David Wagner2; Stephen Castellino2; David C.
Muddiman1; 1North Carolina State University, Raleigh,
NC; 2GlaxoSmithKline, Research Triangle Park, NC
ThOF am 09:30 Muscarinic Receptor Antagonist Target


Akos Vegvari1; Kerstin Strupat3; Magnus Dahlbäck2;
Thomas Fehniger1; György Marko-Varga1; 1Lund
University, Lund, Sweden; 2Astra Zeneca R&D,
Mölndal, Sweden; 3Thermo Fisher Scientic (Bremen)
GmbH, Bremen, Germany
ThOF am 09:50 MALDI-MS Imaging and Quantitation of Primary


Mohammadreza Shariatgorji1; Anna Nilsson1; Richard
Goodwin1; Xiaoqun Zhang2; Nicoletta Schintu2; Per
Svenningsson2; Per E. Andren1; 1Uppsala University,
Uppsala, Sweden; 2Karolinska Institutet, Stockholm,
Sweden
ThOF am 10:10 Evaluation of Quantitative MSI Approaches
Applied to Small and Large Molecules Analysis in
 Gregory Hamm; Guillaume Hochart; Fabien
Pamelard; raphael legouffe; David Bonnel; Jonathan
Stauber; ImaBiotech, MS Imaging Department, Lille,
France




Room 102
ThOG am 08:30 
Time-of-Flight-Mass Spectrometer as Detector
for One-Dimensional and Comprehensive

Characterization of Highly Complex
 Ralf Zimmermann1, 2;
Thomas Gröger1; Jürgen Wendt3; 1JMSC, CMA
Helmholtz Zentrum Muenchen,, Neuherberg, ,
Germany; 2JMSC, Analytical Chemistry, University of
Rostock, Rostock, Germany; 3LECO European LSCA
Centre, Moenchengladbach, Germany
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 49
THURSDAY MORNING ORAL SESSIONS
ThOG am 08:50 
Flight Petroleomics: Linearity, Repeatability,
and Accuracy of Hetereoatomic Species
 Clécio F.
Klitzke1; Kevin Siek2; Julie A.B. Hernández3; Rubens
Maciel-Filho3; Marcos N. Eberlin1; Joe Binkley2;
Jeffrey S. Patrick2; Wibke Peters4; 1UNICAMP.
Institute of Chemistry, Campinas, Brazil; 2LECO
Corporation, St. Joseph, MI; 3UNICAMP. Chemical
Engineering Faculty, Campinas, Brazil; 4LECO
Instrumente GmbH, Mönchengladbach, Germany
ThOG am 09:10 A New Apparatus for Study of Pressure-

 Zhongyue
Zhou; Yu Wang; Xiaofeng Tang; Wuhua Wu; Fei Qi;
University of Science and Technology of China, Hefei,
China
ThOG am 09:30 Analysis of Hydrocarbon Based Oil from
Hydrothermal Treatment of Algal Biomass by

Wassim Obeid; Patrick Hatcher; Old Dominion
University, Norfolk, VA
ThOG am 09:50 Climate Change Effects on Biomass Emissions
 Simin Maleknia 1; Andreas Klingberg2;
Juergen Odermatt2; 1University of New South Wales,
Sydney , Australia; 2Institute for Wood Chemistry,
Hamburg, Germany
ThOG am 10:10 Characterization of Organosolv Switchgrass
by High Performance Liquid Chromatography/
High Resolution Multiple Stage Tandem
Mass Spectrometry Using Hydroxide-Doped
 Tiffany Jarrell1; Christopher
Marcum1; Benjamin Owen1; Joseph Bozell2; Hilkka
Kenttämaa1; 1Purdue University, Lafayette, IN;
2University of Tennessee, Knoxville, TN



Room 103
ThOH am 08:30 
in vivo Delshanee
Kotandeniya; Brock Matter; Jungmin Song; Xuemin
Qian; Fekadu Kassie; Natalia Tretyakova; University
of Minnesota, Minneapolis, MN
ThOH am 08:50 Toward Solving the Histone Code: A Novel
Method to Identify Histone PTM Crosstalk using
 Yael David1; Anna
Arnaudo2; Tom Muir1; 1Princeton University, Princeton,
NJ; 2University of Pennsylvania, Philadelphia, PA
ThOH am 09:10 RapidFire MS/MS Enables Both Rapid Evaluation
of Multiple Histone Methyltransferases and Label-
Free High Throughput Screening of Targeted
 Patrick Bingham; Cody
Krivacic; Dawn Nowlin; Karen Maegley; Pzer, San
Diego, CA
ThOH am 09:30 The Functional Interactome Landscape of
the Human Histone Deacetylase Family: A

 Preeti Joshi1; Todd
Greco1; Amanda Guise1; Yang Luo1; Fang Yu1; Alexey
Nesvizhskii2; Ileana M. Cristea1; 1Princeton University,
Princeton, NJ; 2University of Michigan Medical
School, Ann Arbor, MI
ThOH am 09:50 Comprehensive Maps of Ribonucleotide

 Rebecca
E. Rose; Ryan Quinn; D. Fabris; The RNA Institute,
University at Albany, Albany, NY
ThOH am 10:10 MS-based Measurement and Modeling of Histone


Yupeng Zheng1; Nir Yungster1; Relja Popovic2;
Teresa Ezponda-Itoiz2; Paul Thomas1; Jonathan
Licht2; William Kath1; Neil Kelleher1, 2; 1Northwestern
Univeristy, Evanston, IL; 2Feinberg School of
Medicine, Northwestern Univ, Chicago, IL
10:30 AM - 2:30 PM
THURSDAY POSTER SESSION
Exhibit Hall BC
Lunch concessions are open 11:00 am - 2:00 pm
GENERAL INFORMATION
PAGE 50 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
2:30 – 4:30 PM, THURSDAY AFTERNOON
AMBIENT AND ATMOSPHERIC PRESSURE IONIZATION:
FUNDAMENTALS

Exhibit Hall A
ThOA pm 2:30 Dissociative Electron Transfer Desorption: A
Non-Thermal Desorption Mechanism in Plasma-
 Joshua Wiley; Jacob
Shelley; Jobin Cyriac; Graham Cooks; Purdue
University, West Lafayette, IN
ThOA pm 2:50 A New Ambient Ionization Method for Ionization

Shubhashis Chakrabarty; Vincent S. Pagnotti;
Charles N. McEwen; University of the Sciences,
Philadelphia, PA
ThOA pm 3:10 
Atmospheric-Pressure Afterglow Source
for Ambient Desorption/Ionization Mass
 Kevin Pfeuffer; Steven Ray; Gary
Hieftje; Indiana University, Bloomington, IN
ThOA pm 3:30 
 Carina Minardi;
Haopeng Wang; Kaveh Jorabchi; Georgetown Univ.,
Washington, DC
ThOA pm 3:50 Elucidation of Reagent Species and Mechanisms

Sharanya Reddy; Thomas White; George Perkins;
Craig Whitehouse; PerkinElmer, Shelton, CT
ThOA pm 4:10 Development of Atmospheric Pressure Laser


Ryuji Hiraguchi; Hisanao Hazama; Kunio Awazu;
Osaka University, Suita, Japan
2:30 – 4:30 PM, THURSDAY AFTERNOON
PROTEOMICS: INFECTIONS DISEASES

Room L100
ThOB pm 2:30 


Gregory K. Potts; Emily A. Voigt; John Yin; Joshua J.
Coon; University of Wisconsin, Madison, WI
ThOB pm 2:50 Probing the Hijacking of the Dynamic Epigenome
 Benjamin Garcia1; Peter
DiMaggio2; Christine O’Connor4; Tom Shenk3;
1University of Pennsylvania, Philadelphia, PA;
2Imperial College, London, UK; 3Princeton University,
Princeton, NJ; 4Cleveland Clinic, Cleveland, OH
ThOB pm 3:10 
 Yang Luo2;
Erica Jacobs1; Todd Greco3; Sarah Keegan4; David
Fenyö4; Michael Rout1; Ileana Cristea3; Mark
Muesing2; Brian Chait1; 1Rockefeller University, New
York, NY; 2Aaron Diamond Aids Research Center,
New York, NY; 3Princeton University, Princeton, NJ;
4New York University, New York, NY
ThOB pm 3:30 Combining Fragmentation Data with an
Interactive de novo Sequencing Program to
Characterize Circulating Antibodies against
Malaria, Jessica Chapman1; Wilfred Tang2; Yong
Kil2; Chris Becker2; Marshall Bern2; David Fenyo1;
Matthias Muellenbeck3; Hedda Wardemann3; Beatrix
Ueberheide1; 1New York University Langone Medical
Center, New York, NY; 2Protein Metrics, San Carlos,
CA; 3Max Planck Institute for Infection Biology,
Berlin, Germany
ThOB pm 3:50 Exploring Neisseria meningitidis
 Joseph Gault1;
Christian Malosse4; Marie-Cécile Ploy5; Catherine E.
Costello2; Guillaume Duménil3; Julia Chamot-Rooke4;
1Institut Pasteur, Paris, France; 2Boston University
School of Medicine, Boston, MA; 3Hôpital Européen
G. Pompidou, INSERM, Paris, France; 4Institut
Pasteur, CNRS, Paris, France; 5CHU Limoges,
INSERM, Limoges, France
ThOB pm 4:10 A Systems Biology Approach for the Discovery
Plasmodium
falciparum using Irradiated Long-Lived
 Krishan Kumar1; Prakash Srinivasan2;
Michael J. Nold3; Dan Sturdevant4; J. Kathleen
Moch5; Karine Reiter1; Steve F. Porcella4; Scott
Geromanos3; Julian C. Rayner6; J. David Haynes5;
David L. Narum1; 1LMIV,NIAID,NIH, Rockville,
MD; 2LMVR,NIAID,NIH, Rockville, MD; 3Waters
Corporation, Milford, MA; 4RTB, NIAID, NIH,
Hamilton, MT; 5Walter Reed Army Institute of
Research, Silver Spring, MD; 6Wellcome Trust
Sanger Institute, Hinxton, Cambridge, UK
2:30 – 4:30 PM, THURSDAY AFTERNOON


Ballroom B
ThOC pm 2:30 Novel Application of Reversed-Phase UHPLC–
QTOFMS for Comprehensive Analysis of Plasma
 Tomas Cajka; William Wikoff; Carlos Leon;
Brian DeFelice; Dmitry Grapov; Oliver Fiehn;
University of California, Davis, CA
ThOC pm 2:50 
Bacteroides Fragilis 
 Sungwhan
Oh; Dingding An; Fikri Avci; Dennis Kasper; Harvard
Medical School, Boston, MA
ThOC pm 3:10 
Plasma Spots using Online-Supercritical Fluid
Extraction-Supercritical Fluid Chromatography/
 Takeshi Bamba; Takato
Uchikata; Atsuki Matsubara; Eiichiro Fukusaki; Dept.
Biotech., Grad. Sch. Eng., Osaka Univ., Suita, Japan
ThOC pm 3:30 
Phosphatidylcholine Cations to Structurally
 John
Stutzman1; Stephen Blanksby2; Scott McLuckey1;
1Purdue University, West Lafayette, IN; 2University of
Wollongong, Wollongong, Australia
ThOC pm 3:50 Long-Term Performance and Stability of Shotgun

Laura Heiskanen; Kirill Tarasov; Hung Xuan Ta;
Tuulia Sylvänne; Helena Simolin; Dimple Kauhanen;
Kim Ekroos; Zora Biosciences Oy, Espoo, Finland
ThOC pm 4:10 Nanomanipulation-Coupled to Mass
Spectrometry for Direct Organelle Analysis to
Explore Lipid Localization Chemistry within
 Kristina Clemons1; Sheida Torabi2;
Huanbiao Mo2; Guido Verbeck1; 1Univ. of North
Texas, Denton, TX; 2Texas Women’s University,
Denton, TX
THURSDAY AFTERNOON ORAL SESSIONS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 51
2:30 – 4:30 PM, THURSDAY AFTERNOON


Ballroom A
ThOD pm 2:30 Challenges and Considerations for Multi-
component LCMS Biomarker Assays:
 Petia
Shipkova; Joelle Onorato; Michael Furlong; Anne
Minnich; Bristol Myers Squibb, Princeton, NJ
ThOD pm 2:50 LC-MS Strategies for Separation and Detection
of Endogenous Organic Acids and Polar
 David
Pirman; Matthew Blatnik; Pzer, Groton, CT
ThOD pm 3:10 The “Off Targets” of Angiotensin Converting
 Teresa B.
Hong1; Gabriel B Gugiu1; Tea Janjulia2; Kenneth E.
Bernstein2; Markus Kalkum1; 1City of Hope, Duarte,
CA; 2Cedars-Sinai Medical Center, Los Angeles, CA
ThOD pm 3:30 LC/SRM Reveals Amyloid-Beta Isoforms’
Metabolic Differences and Diurnal Fluctuations in
 Kwasi Mawuenyega; Vitaliy
Ovod; Tom Kasten; Yafei Huang; Wendy Sigurdson;
Randall Bateman; Washington University School of
Medicine, Saint Louis, MO
ThOD pm 3:50 Using Mass Spectrometry to Identify a Novel

Stephanie M. Cologna; Mitra L. Rauschecker; Peter
S. Backlund; Robert D. Shamburek; James E. Balow;
Alfred L. Yergey; Constantine A. Stratakis; Smita B.
Abraham; National Institutes of Health, Bethesda,
MD
ThOD pm 4:10 
Selected Reaction Monitoring-Mass Spectrometry
Based Assay for Evaluation of Candidate
 Daniel
S. Spellman1; Weixun Wang1; Katie Southwick2;
Rachel Korn1; Ronald A. Miller1; Mary J. Savage1;
Daniel J. Holder1; Nathan A. Yates3; Ronald C.
Hendrickson4; Bonnie J. Howell1; 1Merck and Co.,
Inc., West Point, PA; 2Thermo Fisher Scientic, San
Jose, CA; 3University of Pittsburgh, Pittsburgh, PA;
4Memorial Sloan-Kettering Cancer Center, New York, NY
2:30 – 4:30 PM, THURSDAY AFTERNOON
PLANT”OMICS”

Auditorium
ThOE pm 2:30 An Overview of Label-Free Quantitative

Paul A. Haynes1; Karlie Neilson1; Mehdi Mirzaei1;
Iniga George1; Shila Shabhazian1; C. Gayani
Gammulla1; Steve Van Sluyter1; Brian Atwell1; G.
Hosseini Salekdeh2; Anne Fennell3; Grant Cramer4;
1Macquarie University, North Ryde, Sydney,
Australia; 2Agricultural Biotechnology Institute of
Iran, Tehran, Iran; 3South Dakota State University,
Brookings, SD; 4University of Nevada, Reno, NV
ThOE pm 2:50 Integrating the Malting Barley Metabolome,


Adam Heuberger1; Corey Broeckling1; Kaylyn
Kirkpatrick1; Gary Hanning2; Jessica Prenni1;
1Colorado State University, Fort Collins, CO;
2Anheuser-Busch, Inc., St. Louis, MO
ThOE pm 3:10 
Independent Label-Free Quantitative Analysis: A
 Kim Buts1;
Sebastien Carpentier2, 3; Servaas Michielssens4;
Eisuke Hayakawa5; Maarten Hertog1; Bart Nicolaï1;
1BIOSYST-MeBioS, KULeuven, Heverlee, Belgium;
2SYBIOMA, KULeuven, Leuven, Belgium; 3BIOSYST-
Crop biotechnics, KU Leuven, Heverlee, Belgium;
4Quantum and Physical Chemistry Section,
KULeuven, Heverlee, Belgium; 5Research Group
of Functional Genomics & Proteomics, Leuven,
Belgium
ThOE pm 3:30 
Metabolomics and Combined Multi-Omics

Allison J. Balloon1; Amelia C. Peterson2; Jens Griep-
Raming2; Christopher M. Rose1; Benjamin Minkoff1;
Muthusubramanian Venkateshwara1; Jeremy
Volkening1; Derek J. Bailey1; Paul A. Grimsrud1;
Junko Maeda1; Michael S. Westphall1; Michael R.
Sussman1; Jean-Michel Ané1; Joshua J. Coon1;
1The University of Wisconsin, Madison, WI; 2Thermo
Fisher Scientic, Bremen, Germany
ThOE pm 3:50 

Pathway-based on Kinase Assay Linked
 Liang Xue1; Pengcheng
Wang2; Jian-kang Zhu2; W. Andy Tao1; 1Biochemistry,
Purdue University, West Lafayette, IN; 2Horticulture
& Landscape Architecture, Purdue Univ, West
Lafayette, IN
ThOE pm 4:10 Using Formaldehyde Crosslinking and Label-

RLK Interactome in Arabidopsis thaliana Tara
Nash; Kevin Blackburn; Steven Clouse; Michael B.
Goshe; North Carolina State University, Raleigh, NC
2:30 – 4:30 PM, THURSDAY AFTERNOON


CONSUMER PRODUCTS


Room 101
ThOF pm 2:30 

 Alan Hendricker; James Mclean; Thomas
Feinberg; Catalent Pharma Solutions, Morrisville, NC
ThOF pm 2:50 Analysis of Thermoplastic Copolymers by Mild
Thermal Degradation Coupled to Ion Mobility
 Nadrah Alawani; Chrys
Wesdemiotis; The University of Akron, Akron, OH
ThOF pm 3:10 Transformation Products of Packaging Additives

Christopher Houston; Bausch & Lomb, Rochester,
NY
ThOF pm 3:30 
 Kate Comstock;
Ekong Bassey; John Schmelzel; Thermo Fisher
Scientic, San Jose, CA
ThOF pm 3:50 Determination of Ultra Low Level Leachable
Components from Permanent Implantable
Medical Devices, Using Stir Bar Sorptive
 Gyorgy
Vas; Barbara Armstrong; Lori Alquier; Johnson and
Johnson Company, Raritan, NJ
THURSDAY AFTERNOON ORAL SESSIONS
GENERAL INFORMATION
PAGE 52 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY AFTERNOON ORAL SESSIONS
ThOF pm 4:10 

 Juan Wei1; Anthony Bristow2; Eileen
McBride2; Peter O’Connor1; 1University fo warwick,
Coventry, UK; 2AstraZeneca UK Limited, London, UK
2:30 – 4:30 PM, THURSDAY AFTERNOON



Room 102
ThOG pm 2:30 Novel Analytical Methods for the On-Line
Analysis of the Primary Products of Fast

Matthew Hurt; John Degenstein; Piotr Gamecki;
David Borton; Nelson Vinueza; Rakesh Agrawal;
Nicholas Delgass; Fabio Ribeiro; Hilkka Kenttamaa;
Purdue University, West Lafayette, IN
ThOG pm 2:50 
Investigation of Intractable Deposits and Spent
 Michael T. Cheng; Chevron Research,
Richmond, CA
ThOG pm 3:10 A High Resolution Mass Spectrometry Platform
for Studying Kinetics of Biomass Pyrolysis:

Erica Smith; Carolyn Hutchinson; D. Paul Cole;
Young-Jin Lee; Chemistry Department, Iowa State
University, Ames, IA
ThOG pm 3:30 Chemical Characterization and Molecular
Weight Distribution from Distillation Products

Enrique Mejía Ospino1; Rafael Cabanzo1; Diana
Catalina Palacio Lozano1; Jorge Armando Orrego2;
Neisy Calderon1; 1Universidad Industrial de
Santander, Bucaramanga, Colombia; 2Ecopetrol,
Bucaramanga, Colombia
ThOG pm 3:50 Structural Diversity of Petroporphyrins Isolated
from Natural Petroleum Seeps and Weathered Oil
 Amy Mckenna1; Christoph Aeppli2;
David Valentine3; Huan Chen1; Ryan Rodgers1;
Robert nelson2; David Podgorski1; Karin Lemkau2;
Christopher Reddy2; Steven Rowland1; Winston
Robbins1; Alan Marshall1; Nathan Kaiser1; 1Natl High
Magnetic Field Laboratory, Tallahassee, FL; 2Woods
Hole Oceanographic Institute, Woods Hole, MA;
3University of California, Santa Barbara, CA
ThOG pm 4:10 Studying Crude Oil Samples with Normal-Phase
HPLC Coupled to Atmospheric Pressure Laser
Ionization FT-ICR MS: Selective Analysis of
 Wolfgang Schrader1; Sami
Lababidi1; Saroj Panda1; Jan T. Andersson2; 1Max-
Planck Inst für Kohlenforschung., Mülheim / Ruhr,
Germany; 2University Münster, Münster, Germany
2:30 – 4:30 PM, THURSDAY AFTERNOON
HISTORY:
CELEBRATION OF 100TH
MASS SPECTROMETRY

Room 103
ThOH pm 2:30 Mass Spectrometry in Russia: From Static
 Lidia Gall; Institute of
Analytical Instrumentation, Saint Petersburg, Russia
ThOH pm 2:50 More than 100 years of Mass Spectrometry
 Simone Koenig;
University of Muenster, Muenster, Germany
ThOH pm 4:10 The More than Sixty-Year History of Mass
 Yoshinao Wada; Osaka
MCHRI / Osaka University, Osaka, Japan
ThOH pm 4:30 J.J. Thomson, Kenneth Bainbridge, and Special
 Robert K. Boyd; National Research
Council, Vancouver, Canada
ThOH pm 4:50 Promoters as Catalysts of the Advance of Mass
 Keith Nier
ThOH pm 5:10 The Crucial Roles of Mass Spectrometry in the
 Keith Nier1; A. Karl Yergey2;
Alfred L. Yergey 3; 1Independent, Madison, NJ;
2Educator, Hagerstown, MD; 3NIH, Bethesda, MD
4:45 - 5:30 PM, THURSDAY
PLENARY LECTURE

Exhibit Hall A, Lower Level
Discovery of the Elusive Higgs Boson
Peter Onyisi
University of Texas at Austin

TIME TO CELEBRATE


Exhibit Hall D
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 53
7:30 - 8:00 am ............................................. Set up all Monday posters
10:30 am - 1:00 pm .............................Odd-numbered posters present
12:00 - 2:30 pm ................................. Even-numbered posters present
7:30 - 8:00 pm .......................................... Remove all Monday posters
Small Molecules: Quantitative Analysis I ..................................001-030
Drug Metabolism: High Throughput Analysis, ..........................031-040
Metabolomics: Identication of Unknown Metabolites .............. 041-059
Metabolomics: Untargeted Metabolite Proling (Methods) ....... 060-080
Metabolomics: Sample Preparation..........................................081-084
LC-MS: Chromatography..........................................................085-130
LC-MS: Sample Preparation (Small Molecules) .......................131-150
MALDI Sample Preparation ...................................................... 151-167
Diagnostic Clinical Chemistry: Peptides/Proteins ..................... 168-182
Imaging MS: Disease Markers .................................................183-206
Lipids General ..........................................................................207-220
Lipids: Identication and Structural Analysis ............................221-232
Nucleic Acids: General .............................................................233-250
Nucleic Acids: RNA ................................................................... 251-262
Instrumentation: New Developments in Ionization and
Sampling ..........................................................................263-293
Instrumentation: New Developments in Mass Analyzers..........294-329
Ambient Ionization: Instrumentation .........................................330-356
Informatics: General .................................................................357-373
Informatics: Workow and Data Management ..........................374-386
Informatics: Crosslinking and Structure Analysis......................387-392
Crosslinking ..............................................................................393-412
H/D Exchange: Protein Structure/Function...............................413-440
Proteins: General......................................................................441-462
New Advances in Quantitative Proteomics ............................... 463-493
Protein Therapeutics: Quantitative Analysis .............................494-521
Biomarker Quantitation: Proteins and Peptides........................522-549
Biomarker Discovery: Cancer ................................................... 550-567
Immunology ..............................................................................568-575
Molecular Systems Biology and Disease .................................576-603
Forensics ..................................................................................604-628
Environmental Analysis: General I............................................629-652
Plant”omics”..............................................................................653-671
Agriculture ................................................................................672-682
Natural Products .......................................................................683-714
Astrobiology & Atmospheric Chemistry ....................................715-720
Polymers...................................................................................721-749
These posters will be displayed Monday through Thursday
Museum From Radio Tube Cathodes to Cells in Mitosis: The

 P. Jane Gale1; Bryan
L. Bentz2; 1Gale-Bentz Consulting, Southborough, MA;
2Waters Corporation, Milford, MA
Special 2013 Ron Hites Award Recipient: First Combination
of an Inductively Coupled Plasma Ion Source with

Alexander Gundlach-Graham1; Elise A. Dennis1; Steven
J. Ray1; Christie G. Enke2; Charles J Barinaga3; David
Koppenaal3; Gary Hieftje1; 1Indiana University, Bloomington,
IN; 2Department of Chemistry, University of New Mexico,
Albuquerque, NM; 3Pacic Northwest National Laboratory,
Richland, WA
Special 


Nancy Leymarie 1; Paula Grifn1; Chuanhua Xing1;
Karen Jonscher2; Daniel Kolarich3; Ron Orlando4; Mark
Mccomb1; Joseph Zaia1; 1CBMS, Boston University School
Medicine, Boston, MA; 2Dept of Anesthesiology University
of Colorado, Denver Aurora, CO; 3Max Planck Institute
of Colloids and Interfaces, Berlin, Germany; 4CCRC,
University of Georgia, Athens, GA
Small Molecules: Quantitative Analysis I, 001 - 030
MP 001 Lithium Adduct as Precursor Ion for Sensitive and

 Yuanwu Bao1; Pingming Tang2;
1Sundia MediTech Company Ltd., Shanghai, China;
2Suzhou Kangrun Pharmaceutical Testing Service, Inc,
Suzhou, China
MP 002 An Isomeric Impurity Caused Bioanalytical Data
Discrepancy between +ESI and –ESI LC-MS/MS
 Guifen
Xu; Tom Huang; Thuy Tran; Qiuping Ye; Lixia Jin; Timothy
Carlson; Amgen, South San Francisco, CA
MP 003 Development of a Method for Evaluation of Mass
 Terry Olney;
Huy Nguyen; Oleg Silivra; Thermo Fisher Scientic, San
Jose, CA
MP 004 
 Jeffrey R. Enders; Cade Park; Ayodele
Morris; Gregory McIntire; Ameritox, Ltd., Greensboro, NC
MP 005 Oxidation of Analytes during Positive Ion Electrospray
 Luis Sojo; Navjot Chahal;
Xenon Pharmaceutical, Burnaby, Canada
MP 006 Using Synthetic Sample Matrices to Optimize Ion


Craig Love; Alex Mordehai; Agilent Technologies, Inc, Santa
Clara, CA
MP 007 Mass Spectrometric Analysis of Retinoid Binding
 Riki Kawaguchi1;
Ming Zhong
2
; Hui Sun
2
;
1
UCLA Physiology, Los Angeles, CA;
2
Howard Hughes Medical Institute, UCLA, Los Angeles, CA
MP 008 Impact of Immunosuppressant Interactions in LC-MS/
 Josh Cooper; Beth Marek; Isil Dilek; Uma
Sreenivasan; Cerilliant, Round Rock, TX
MP 009 Secondary Crosstalk Case Report for Amprenavir and


Denis Thibeault; Rose Djiana; David Blank; Royal-Victoria
Hospital, Montreal, Canada
MP 010 Novel High-Throughput Bioanalysis for Basic Drug
 Ling Xu; Shaoxia Yu;
Jing-Tao Wu; Millenniu30 Pharmaceutical, Cambridge, MA
MP 011 
Chemotherapy Drugs on the New Prelude SPLC TM LC-
 Kerry Hassell; Dayana Argoti; Sarah Fair;
Joseph Herman; ThermoFisher Scientic, Franklin, MA
MP 012 
Estrogens in Human Cerebrospinal Fluid using Bulk
Derivatization and Restricted Access Media with LC-
 Hui Fan1; Barbora Papoušková2; Jane Wigginton3;
Karel Lemr2; Kevin Schug1; 1University of Texas Arlington,
Arlington, TX; 2Palacký University, Olomouc, Czech
Republic; 3University of Texas Southwestern Medical
School, Dallas, TX
MP 013 Expanding the Linear Dynamic Range for Quantitative
Liquid chromatography-High Resolution Mass

Hanghui Liu1; Bert Chi1; Lily Lam1; Lin Yan1; Purnendu
Dasgupta2; 1Senomyx, San Diego, CA; 2Dept of Chem &
Biochem, UT Arlington, Arlington, TX
MONDAY POSTERS
GENERAL INFORMATION
PAGE 54 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MP 014 
 Nicolas
Jean; Marie-Claude Théberge; Sylvain Lachance; Nadine
Boudreau; So Gagnon-Carignan; Ann Lévesque;
PharmaNet Canada, Québec, Canada
MP 015 Deception in the Deuteriums: Errors Associated
with Deuterated Internal Standards in LC-MS/MS
 Brian Rappold; Audrey Harvey; Matthew
Salske; Patrick Bell; Jennifer Andre; Michele Glinn;
Essential Testing, Collinsville, Il
MP 016 Improved Assay Selectivity for the Determination of
Hydroxymidazolam in Capillary Microsampling Extracts
using LC-MS3 Jeffry
Plomley; Mohamed Makhlou; Alexandre Pimenov; Charles
River Laboratories, Senneville, Canada
MP 017 

 Zhaoqi
Zhan1; Jie Xing1; Gabriel Onn Kit Loh2; Kok Khiang Peh2;
1Shimadzu (Asia Pacic) Pte Ltd, Singapore, Singapore;
2School of Pharmaceutical Sciences, Universiti Sain,
Malaysia, Minden, Penang, Malaysia
MP 018 Determination of Diuretics in urine Using Multi-Walled
Carbon Nanotubes Dispersive Solid Phase Extraction
Combined with Liquid Chromatography-Tandem Mass
 Tse-Tsung Ho; Chung-Yu Chen; Maw-Rong
Lee; National Chung-Hsing University, Taichung, TAIWAN
MP 019 TurboIonSpray vs. APCI for the Determination of
 Jason
Bilodeau; Marie-Claude Théberge; Nadine Boudreau; Ann
Lévesque; PharmaNet Canada, Quebec, Canada
MP 020 Importance of Assessing Whole Blood Stability during

Sylvain Lachance; Nadine Boudreau; So Gagnon-Carignan;
Ann Lévesque; PharmaNet Canada, Quebec, Canada
MP 021 Interferences from Borosilicate Laboratory Material:
Investigation and Application to LC-MS/MS Bioanalysis
 Pierre-Yves Caron; Nathalie Pelletier;
Nadine Boudreau; Ann Lévesque; PharmaNet Canada,
Quebec, Canada
MP 022 Ultra Low Limit of Detection of Mometasone Furoate
 Pierre-Yves Caron;
Nicolas Jean; Marie-Claude Théberge; Nadine Boudreau;
Ann Lévesque; PharmaNet Canada, Quebec, Canada
MP 023 Investigation of Long-Term Stability of Rabeprazole
Thioether Metabolite and Its Impact on Rabeprazole
 Sébastien Gagné; François Viel; Nadine
Boudreau; Ann Lévesque; PharmaNet Canada, Quebec,
Canada
MP 024 Hemolysis and Matrix Effect Issues during Method

Eric Morin; Nathalie Pelletier; Sylvain Lachance; Nadine
Boudreau; Ann Lévesque; PharmaNet Canada, Quebec,
Canada
MP 025 Comparison of LDTD-MSMS and LCMSMS for the
 Sylvain
Lachance1; Nadine Boudreau1; Ann Lévesque1; Serge
Auger2; Pierre Picard2; 1PharmaNet Canada, Quebec,
Canada; 2Phytronix Technologies, Québec, Canada
MP 026 Low Detection Limit and Stability Issues during Method
 Guy
Havard; Marie-Claude Théberge; Nadine Boudreau; Ann
Lévesque; PharmaNet Canada, Québec, Canada
MP 027 Analysis of Ocular Tissues: Investigation of Potential
 Vikki Tsefrikas; Dylan Bennett; Kyle
Goodsell; Allysen Meymaris; Agilux Laboratories,
Worcester, MA
MP 028 Effect of Special Population Matrices on Quantitation
of Drugs with Wide Range of Plasma Protein Binding
 Dongmei Zhou; David
Wilson; Mai Nguyen; Erin Harmon; Kyle Nishikawa; Li-Tain
Yeh; Ardea Biosciences, San Diego, CA
MP 029 Ion Suppression in Rat Brain Due to Phospholipids and
Its Impact on Sensitivity and Electrospray Response
 Navjot Chahal; Luis Sojo;
Xenon Pharmaceuticals, Burnaby, Canada
MP 030 Improving the Sensitivity, Precision and Accuracy of
 Peng Wang; Alwyn Forbes;
Naijun Wu; Celgene Corporation, Summit, NJ
Drug Metabolism: High Throughput Analysis, 031 - 040
MP 031 

Esra Nurten Cece1; Kristen Eickhoff2; Andreas Brink2;
Ismael Zamora3; Axel Paehler2; 1Pompeu Fabra University,
Barcelona, Spain; 2F. Hoffmann-La Roche Ltd, Basel,
Switzerland; 3Molecular Discovery, London, UK
MP 032 Combining in vitro Intrinsic Clearance and Metabolic
 Marina
Slavsky1; Keeley Murphy2; Ismael Zamora3; Thomas
O’Shea1; Maria Fitzgerald1; 1DMPK, Sano, Waltham, MA;
2Thermo Fisher Scientic, San Jose, CA; 3Lead Molecular
Design, Barcelona, Spain
MP 033 Integrating Qualitative and Quantitative Measures
across HRMS and Qtrap MS Platforms in Early Stage

Jianhua Liu1; Veronica A. Zelesky1; Anthony J. Romanelli2;
Loren Y. Olson2; John S. Janiszewski1; 1Pzer, Inc, Groton,
CT; 2AB Sciex, Framingham, MA
MP 034 Differential Mobility Spectrometry as a Measure
of Physicochemical Properties Related to in vitro

John Janiszewski 1; Yves LeBlanc2; Bradley Schneider2;
Tom Covey2; George Chang1; Charles Rotter1; Manthena
Varma1; Troutman Matthew1; 1Pzer Inc., Groton, CT; 2AB
Sciex, Concord, Ontario, Canada
MP 035 
Determine Pharmacokinetic Parameters of Dextrorphan
 Jean Lacoursiere; Annick Dion;
Serge Auger; Pierre Picard; Phytronix Technologies,
Quebec City, Canada
MP 036 A High-Throughput, Accurate-Mass Approach for

Kari Schlicht; Vaughn Miller; William LaMarr; Can Ozbal;
Agilent Technologies, Wakeeld, MA
MP 037 
Using microLC-MS/MS: Comparison of microLC vs.
 Tapan
Majumdar; Shari Wu; Adam Bentley; Jimmy Flarakos;
Novartis Pharmaceuticals Corporation, East Hanover, NJ
MP 038 

Mary Piotrowski1; Carrie Funk1; John Janiszewski1; Hui
Zhang1; Brendon Kapinos1; Anthony Romanelli2; 1Pzer,
Groton, CT; 2AB Sciex, Framingham, MA
MP 039 Optimizing High-Throughput LC/MS/MS “trap-and-
 Brendon Kapinos1;
John Janiszewski1; Mary Piotrowski1; Hui Zhang1; Carrie
Funk1; Wayne Lootsma2; Will Schramm2; 1Pzer, Groton,
CT; 2Sound Analytics, Niantic, CT
MP 040 Development of High Speed CYP Cocktail Inhibition
 Ichiro Hirano; Miho
Kawashima; Natsuyo Asano; Kiyomi Arakawa; Yoshihiro
Hayakawa; Shimadzu Corporation, Kyoto, Japan
MONDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 55
MONDAY POSTERS

MP 041 
Combining Smart Isotope Tags and Ratio Analysis MS
 G. A. Nagana Gowda1;
Haiwei Gu1; Fariba Tayyari2; Daniel Raftery1, 3; 1University
of Washington, Seattle, WA; 2Purdue University, West
Lafayette, IN; 3Fred Hutchinson Cancer Research Center,
Seattle, WA
MP 042 Metab-ID: An Automated Tool for Metabolite
 T. Mamie Lih1; Ke-Shiuan
Lynn1; Hui-Yin Chang1; Mei-Ling Cheng2; Ming-Shi Shiao2;
Wen-Harn Pan3, 4; Ting-Yi Sung1; Wen-Lian Hsu1; 1Institute
of Information Science, Academia Sinica, Taipei, Taiwan;
2Chang Gung University, Taoyuan, Taiwan; 3National Health
Research Institutes, Mialoli, Taiwan; 4Institute of Biomedical
Sciences, Academia Sinica, Taipei, Taiwan
MP 043 
Known Metabolites and Elucidation of Possible Known
 Hongping Dai;
Annie Evans; Corey DeHaven; Metabolon, Durham, NC
MP 044 
Ion Scanning with Accurate Mass Measurement and
Compound Database Searching for Non-Targeted
 Tairo Ogura 1, 2; Faith Hays3; Takeshi
Bamba1; Eiichiro Fukusaki1; 1Graduate School of
Engineering, Osaka University, Osaka, Japan; 2Shimadzu
corporation, Kyoto, Japan; 3Shimadzu Scientic
Instruments, Columbia, MD
MP 045 A Platform to Identify Endogenous Metabolites Using
a Novel High Performance Orbitrap and the m/zCloud
 Junhua Wang 1; David Peake1; Robert Mistrik2;
Yingying Huang1; 1Thermo Fisher Scientic Inc, San Jose,
CA; 2HighChem, Ltd., Bratislava, Slovakia
MP 046 Utilization of Metabolic Network Information for
 Bin Zhou;
Habtom Ressom; Georgetown University, Washington, DC
MP 047 Testing the Limits of a New, Extremely Accurate
HPLC Retention Prediction Methodology (www.
 Allison Haaning; Jonathan
Schellenberg; Paul Boswell; University of Minnesota, Saint
Paul, MN
MP 048 The Ideal Stationary Phase for an HPLC Retention
 Joseph Manulik; Paul Boswell; University of
Minnesota, St. Paul, MN
MP 049 An Inter-Laboratory Study on a New, Extremely

 Brian Barnes1; Michael
Wilson1; Panhia Yang1; Mark Vitha2; Amanda Tawfall6; Lloyd
Sumner6; Adam Heuberger3; Corey Broeckling3; Jessica
Prenni3; Henry Corcoran4; Gregory Janis4; Shilpi Chopra5;
Nicholas Snow5; Paul Boswell1; 1University of Minnesota,
St. Paul, MN; 2Drake University, Des Moines, IA; 3Colorado
State University, Fort Collins, CO; 4Medtox Scientic, Inc.,
St. Paul, MN; 5Seton Hall University, South Orange, NJ;
6Samuel Roberts Noble Foundation, Ardmore, OK
MP 050 ‘Sequencing’ the First Plant Metabolome, and the
Systematic Annotation of the Metabolic Composition of
the Model Legume Medicago truncatula Lloyd Sumner1;
Zhentian Lei1; Dennis Fine1; Daniel Wherritt1; David
Huhman1; Kota Kera2; Hidezuki Suzuki2; Kazuki Saito3; 1The
Samuel Roberts Noble Foundation, Ardmore, OK; 2Kazusa
DNA Research Institute, Chiba, Japan; 3RIKEN Plant
Science Center, Yokohama, Japan
MP 051 

for Quickly Pinpointing and Identifying Marker
 Aiko Barsch1; Matthias Witt 1; Christopher
Thompson2; Daniel Krug3; Thomas Hoffmann3; Rolf
Mueller3; 1Bruker Daltonik GmbH, Bremen, Germany;
2Bruker Daltonic Inc., Billerica, MA; 3Helmholtz Institute for
Pharmaceutical Research, Saarbruecken, Germany
MP 052 Defensive Chemistry: MS-based Characterization of
Sesquiterpene Lactone - and Hydroxybenzeneacetic
Acid- Derived Defensive Metabolites of Taraxacum
ofcinale Sven Heiling1; Meret Huber1; Andrea
Kiehne2; Christian Paetz1; Michael Reichelt1; Sandy Yates3;
Aiko Barsch2; Matthias Erb1; Jonathan Gershenzon1; Ian T.
Baldwin1; 1Max Planck Institute for Chemical Ecology, Jena,
Germany; 2Bruker Daltonik GmbH, Bremen, Germany;
3Bruker Daltonics, Fremont, CA
MP 053 LC-MS/MS-based Structural Analysis of Novel Enniatins
Produced by Canadian Strains of Fusarium avenaceum
 Azeret Zuniga 1, 2; Whynn Bosnich1;
Kanak Bala1; Linda Harris1; Steve Gleddie1; Zoltan Mester2;
1Agriculture and Agri-Food Canada, Ottawa, Canada;
2National Research Council, Ottawa, Canada
MP 054 
Clausenamide Enantiomers in vitro by Liquid
Chromatography/Quadrupole Ion Trap/Time-of-Flight
 Ma Chao1, 2; Feng Ru1; Wang Yan1;
Qiu xiongxiong2; 1Chinese Academy of Medical Sciences,
Beijing, China; 2Shimadzu Global COE, Shimadzu (China)
Co., Ltd., Beijing, China
MP 055 Camptotheca
acuminata Using Liquid Chromatography, Multiplexed
Collision-Induced-Dissociation and Time-of-Flight Mass
 Sujana Pradhan; A. Daniel Jones; Michigan
State University, East Lansing, MI
MP 056 

Chromatography-Electrospray Ionization Tandem Mass
 Syeda S. Quadri1; Robert E. Stratford2;
Richard B. Cole1, 3; 1Dept. of Chemistry, Univ. Of New
Orleans, New Orleans, LA; 2College of Pharmacy, Xavier
Univ., New Orleans, LA; 3Univ. P. et M. Curie (Paris 6), Paris
Cedex 05, France
MP 057 The in vitro Study of the Metabolism of 3,

 Chengan Du; Hampton University, Hampton,
VA
MP 058 Metabolomics Approach to Determine A. avus Cluster
27 Polyketide Synthase Metabolites: Evaluation of
 José
Diana Di Mavungu1; Svetlana V. Malysheva1; Natalia Aroyo-
Manzanares2; Jeffrey W. Cary3; Kenneth C. Ehrlich3; Julie
Vanden Bussche1; Lynn Vanhaecke1; Deepak Bhatnagar3;
Sarah De Saeger1; 1Ghent University, Ghent, Belgium;
2University of Granada, Granada, Spain; 3U.S. Department
of Agriculture, New Orleans, LA
MP 059 NanoLC-MS/MS Metabolomics of Urinary Biomolecules

 John Cutts; Landon Wilson;
Scott Sweeney; D. Ray Moore; Jeevan Prasain; Stephen
Barnes; Helen Kim; University of Alabama at Birmingham,
Birmingham, AL
Metabolomics: Untargeted Metabolite

MP 060 
 Vilinh Tran1; Karan
Uppal1; Milam Brantley2; Arshed Quyyumi1; Greg Gibson3;
Dean Jones1; 1Emory University, Atlanta, GA; 2Vanderbilt
University, Nashville, TN; 3Georgia Institute of Technology,
Atlanta, GA
GENERAL INFORMATION
PAGE 56 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 061 

 Kelly H. Telu; William E. Wallace III; Stephen
E. Stein; Yamil Simón-Manso; NIST, Gaithersburg, MD
MP 062 Sheathless Capillary Electrophoresis Mass
Spectrometry: Investigation Using High Resolution
 Junhua
Wang 1; John Hudson2; Maria Prieto Conaway1; David
Peake
1
; Yingying Huang
1
; Andreas Huhmer
1
;
1
Thermo Fisher
Scientic Inc, San Jose, CA;
2
Beckman Coulter, Inc., Brea, CA
MP 063 Combination of Double Isotopic Labeling and High
Resolution Mass Spectrometry: A Novel Method for
 Patricia M.
Cano1, 2; Emilien L. Jamin1, 2; Souria Tadrist1, 2; Pascal
Bourdaudhui1, 2; Michel Péan3, 4; Laurent Debrauwer1, 2;
Isabelle P. Oswald1, 2; Marcel Delaforge5; Olivier Puel1,
2; 1INRA, Toxalim, Research Center in Food Toxicology,
Toulouse, France; 2Université de Toulouse, INP, Toxalim,
Toulouse, France; 3CEA, DSV, IBEB & CNRS Bio. Vég.
et Microbio. Envir, Saint-Paul-les-Durance, France; 4Aix-
Marseille Université, Saint-Paul-les-Durance, France; 5CEA
Saclay, iBiTec-S, SB2SM and URA CNRS 8221, Gif sur
Yvette, France
MP 064 Evaluation of Different Dansylation Reaction Conditions
for Isotope Labeling of Metabolites in Metabolome
 Jared Curle; Liang Li;
University of Alberta - Department of Chemistry, Edmonton,
Canada
MP 065 
 Yuki Yamamoto2;
Tsuyoshi Esaki1; Hajime Mizuno1; Sachiko Date1; Naohiro
Tsuyama2; Tsutomu Masujima1; 1Quantitative Biology
Center (QBiC), Riken, Suita, Japan; 2Hiroshima University,
Hiroshima, Japan
MP 066 Isotope Labeling Liquid Chromatography-Mass
Spectrometry in Metabolite Biomarker Discovery for
 Tran Tran; Roger A.
Dixon; Liang Li; University of Alberta, Edmonton, Canada
MP 067 xMSanalyzer: Automated Pipeline for Improved Feature
Detection and Downstream Analysis of Large-Scale,
 Karan Uppal1, 2; Dean
Jones1; 1Emory University, Atlanta, GA; 2Georgia Institute of
Technology, Atlanta, GA
MP 068 An Improved Isotopic Labeling Protocol for LC-MS

 Jun Peng; Liang Li; University of
Alberta, Edmonton, Canada
MP 069 Understanding the Biology of Higher Organisms

Metabolites Found to be Associated with Microbial
 Pieter Dorrestein; Christopher Rath;
Vanessa Phelan; Guo Yurong; Jeramie Watrous; Mingxun
Wang; Robbie Quinn; Yan Wei Lim; Kathleen Dorrestein;
Nuno Bandeira; Theodore Alexandrov; University of
California, San Diego, Skaggs school, La Jolla, CA
MP 070 Novel Software Solutions for Liquid Chromatography-

of Legumes under Drought and Fungal Infection
 Michael Dickinson1; Martin Wells2; Mark
Harrison1; Rosario Romero1; Adrian Charlton1; Jackson
Pope2; 1The Food and Environment Research Agency, York,
UK; 2Nonlinear Dynamics, Newcastle upon Tyne, UK
MP 071 Unexpected Complexity of In-Source Fragmentation:
The Utility of Spectral Searching for Compound

 Corey Broeckling; Jessica Prenni; Colorado State
University, Fort Collins, CO
MP 072 

MSE
Carolina Salazar; Nobuhiro Suzuki; Ron Mittler; Vladimir
Shulaev; University of North Texas, Denton, TX
MP 073 Improved Methodology for Metabolomics Data

and Chemical Ionization High Resolution Time-Of-Flight
 David Alonso; Joe Binkley; John
Heim; Leco Corporation, St. Joseph, MI
MP 074 
 Kate Leary; Sabine
Guenther; Zoltán Takáts; Imperial College London, London, UK
MP 075 Comprehensive Liquid Chromatography Coupled to
High Resolution Mass Spectrometry Methods for the
 Samia
Boudah1, 2; Sandrine Aros-Calt1, 3; Marie-Françoise Olivier1;
François Fenaille1; Christophe Junot1; 1LEMM-CEA-Saclay,
Gif-Sur-Yvette, France; 2GlaxoSmithKline - Centre de
recherche F.Hyal, Villebon-sur-Yvette, France; 3bioMérieux
S.A, Chemin de l’Orme, Marcy l’Etoile, France
MP 076 
Based LC-MS Approach to the Analysis of the
 James Cox; University of Utah, Salt Lake
City, UT
MP 077 LC-HRMS Based Stable Isotopic Labeling-Assisted
Metabolomics: Using MetExtract Software for the

Fungus Fusarium graminearum Christoph Büschl;
Bernhard Kluger; Gerlinde Wiesenberger; Stefan Bödi;
Romana Stückler; Joseph Strauss; Gerhard Adam; Rainer
Schuhmacher; University of Natural Resources and Life
Sciences, Tulln, Austria
MP 078 

 John R. Heim; Joe
Binkley; David Alonso; LECO Corporation, St. Joseph, MI
MP 079 
Engineered Myxococcus xanthus Strains Using Ultra
 Daniel Krug1;
Aiko Barsch2; Rolf Müller1; Chris Beecher3; Felice de
Jong3; 1Helmholtz-Institute for Pharmaceutical Research,
Saarbrücken, Germany; 2Bruker Daltonik GmbH, Bremen,
Germany; 3NextGen Metabolomics Inc, Ann Arbor, Michigan
MP 080 
Platform for Quality Control and Accurate
 Claartje Van Der Kroft; MsMetrix,
Maarssen, Netherlands
Metabolomics: Sample Preparation, 081-084
MP 081 Development of Isotope Labeling LC-MS for Metabolic

 Yiman Wu; Liang Li; University of
Alberta, Edmonton, Canada
MP 082 Effective Extraction Method and Stable-Isotope
Dansylation Labeling Combined with RPLC-FTMS for

Chiao-Li Tseng; Michael Deyholos; Liang Li; University of
Alberta, Edmonton, Canada
MP 083 Development of a Dilute-and-Shoot LC/MS/MS Method
 Simon Sheng; Kate Evans;
Francois Espourteille; Thermo, San Jose, CA
MP 084 Metabolomics of Elaeis guineensis Leaves: From
Optimization of the Sample Preparation Steps to
 Luiz Henrique
Vargas2; José Antônio Ribeiro1; Daniel Sifuentes1;
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 57
MONDAY POSTERS
Anselmo E. de Oliveira3; Manoel T. Souza Júnior1;
Clenilson Rodrigues1; Patrícia Verardi Abdelnur1; 1Embrapa
Agroenergy, Brasilia, Brazil; 2Federal University of Lavras,
Lavras, Brazil; 3Federal University of Goiás, Goiânia, Brazil
LC-MS: Chromatography, 085-130
MP 085 Development of a HILIC-MS/MS Method for

 Wenyi Hua; Michael Lesslie; Brian T.
Hoffman; Daniel Mulvana; Advion Bioanalytical Labs, a
Quintiles Company, Ithaca, NY
MP 086 LC-MS Separation Tuning for Polar Hydrophilic
Metabolites on Complementary Zwitterionic HILIC
 Tobias Jonsson1; Wen Jiang1; Anders
Nordstrom
2
;
Petrus Hemstrom
1
; Patrik Appelblad
1
;
1
Merck SeQuant AB,
Umeå, Sweden;
2
Umea University, Umea, Sweden
MP 087 
Performance Columns for Hydrophilic Interaction
 Wen Jiang; Lena Westin;
Tobias Jonsson; Merck SeQuant AB, Umeå, Sweden
MP 088 Ibuprofen Chiral Resolution Improvement by Water/
 Pierre-
Yves Caron; Guy Havard; Nathalie Pelletier; Nadine
Boudreau; Ann Lévesque; PnarmaNet Canada, Québec,
Canada
MP 089 Evaluation of Polar-Embedded ODS Column in
 Chiaki Aoyama1;
Takayuki Yamada2; Megumi Ishibashi2; Kensuke Okusa1;
Masakazu Takahashi1; Masayoshi Ohira1; Eiichiro
Fukusaki2; Takeshi Bamba2; 1GL Sciences Inc., Iruma,
Japan; 2Graduate School of Engineering, Osaka University,
Suita, Japan
MP 090 
 Kanaka
Hettiarachchi; Theravance, South San Francisco, CA
MP 091 A Multidimensional System for Phosphopeptide
Analysis using TiO2 Enrichment and Ion-Exchange
 Kun Cho;
Jisun Yoo; Eunmin Kim; Jong Shin Yoo; KBSI, Ochang,
South Korea
MP 092 Quantitation of Adsorbed Plasma Proteins on Coated

 Tobias Schorge; Karim
Sempf; Michael Karas; Jörg Kreuter; Goethe-University
Frankfurt, Frankfurt, Germany
MP 093 Increasing Peak Capacities for Peptide Separations

 Kaitlin Fague; Justin Godinho;
Edward Franklin; Jordan Stobaugh; James Jorgenson;
University of North Carolina, Chapel Hill, NC
MP 094 High pH Reversed Phase and Isoelectric Focusing
as Pre-fractionation Approaches for Complex
 Derek R Stein1; Xiaojie Hu2; Stuart J
McCorrister2; Garrett R Westmacott2; Francis A Plummer1,
2; T Blake Ball1, 2; Michael S Carpenter1, 2; 1University of
Manitoba, Winnipeg, Canada; 2Public Health Agency of
Canada, Winnipeg, CA
MP 095 Understanding Separation Parameters For Intact
Protein LC/MS Analysis Using Wide-Pore Core-Shell
 Michael Mcginley; Jeff Layne; Jason Anspach;
Phenomenex, Torrance, CA
MP 096 High Resolution LC-MS Peptide Separations with
Formic Acid Mobile Phases Using Charge Surface
 Matthew Lauber; Stephan Koza;
Kenneth Fountain; Waters Corporation, Milford, MA
MP 097 In Depth Characterization of C18 and C18-like Solid
Phase Extraction materials, Indented for Sub-
 Lasse
Falkenby1; Lena Haubro2; Nicolai Bache2; Martin R Larsen1;
Jens S Andersen1; 1University of Southern Denmark,
Odense, Denmark; 2Thermo Scientic, Odense, Denmark
MP 098 In-house Construction of a UHPLC System in
Combination with Ti4+-IMAC aLlows Comprehensive
 Alba Cristobal; Marco
L. Hennrich; Houjiang Zhou; Albert J.R. Heck; Shabaz
Mohammed; Biomolecular Mass Spectrometry and
Proteomics Grou, Utrecht, The Netherlands
MP 099 Bio-Solid Phase Extraction and Information Dependent
Tandem Mass Spectrometry for Deconvolution of
 Erica Forsberg; John Brennan;
McMaster University, Hamilton, Canada
MP 100 Quantitative Analysis of Cytoplasmic UDP-
Peptidoglycan Intermediates in S. aureus Using LC-ESI-
 Sudheer Bobba; Harika Vemula; William Gutheil;
University of Missouri- Kansas City, Kansas City, MO
MP 101 Important Method Development Aspects of Restricted
Access Media-Based Trap-and-Elute Liquid
Chromatography-Mass Spectrometry Method for

Barbora Papoušková1; Hui Fan2; Karel Lemr1; Kevin
Schug2; 1RCPTM - Palacký University, Olomouc, Czech
Republic; 2University of Texas Arlington, Arlington, TX
MP 102 
Cows by Isotopic Dilution Liquid Chromatography
 Rosineide Costa Simas1, 2; Mirela
B Coelho2; Milton Maturana Filho3; Christina R. Ferreira3;
Marcos N Eberlin2; Guilherme P Nogueira1; Ed Hoffman
Madureira3; 1Laboratory of Animal Endocrinology, DAPSA
-UNESP-, Araçatuba, Brazil; 2ThoMSon Mass Spectrometry
Laboratory - UNICAMP, Campinas, Brazil; 3FZEA-USP,
Pirassununga, Brazil
MP 103 Quantitation of Capecitabine, 5-Fluorouracil, 5-DFCR,

 Sarah A. Burns;
Patricia Zagst; Wen Wee Ma; Gerald J. Fetterly; Roswell
Park Cancer Institute, Buffalo, NY
MP 104 Mass Spectral Analysis of Bioactive Protein Bowman-
 Parthasarathi Ghosh;
Daniel Staerk; Jennifer Wu; Charles Schasteen; DuPont
Protein Solutions, Solae, St. Louis, MO
MP 105 Exploring Eluent pH for LC-MS Analysis Using
a New Extended pH Range Stable C18 Phase:
 Alan
Mckeown1; Carl Zimmerman2; 1Advanced Chromatography
Technologies Ltd, Aberdeen, UK; 2MACMOD Analytical Inc.,
Chadds Ford, PA
MP 106 High Throughput UHPLC-MS Peptide Mapping Method
for Characterization of Low Abundant Monoclonal
 Lisa Vampola; Melissa Alvarez;
Amy Hilderbrand; Marian Eng; Koman Joe; Victor Ling;
Genentech Inc, South San Francisco, CA
MP 107 
Issue during Pyridoxal-5-Phosphate Bioanalysis by
 Marc Fournier; Marie-Josée Marcoux; Nadine
Boudreau; PharmaNet Canada, Quebec, Canada
MP 108 

 Khaled Mriziq1; Remco Van
Soest1; Tina Settineri1; Babu Purkayastha2; Subhakar Dey2;
1Eksigent, Division of AB SCIEX, Dublin, CA; 2AB SCIEX,
Framingham, MA
GENERAL INFORMATION
PAGE 58 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MP 109 Ultra High Throughput Analysis of

 Daniel Blake; Daniel Leigh; Jason Causon; AB
SCIEX, Warrington, UK
MP 110 Examination of the Sugar Analysis Using HPLC Method
Scouting System Coupled to Single Quadrupole Mass
 Steve Wishnies1; Miho Kawashima2;
Tadahiro Takahashi3; Hidetoshi Terada2; Yusuke Inohana2;
Kiyomi Arakawa2; Yoshihiro Hayakawa2; 1Shimadzu
Scientic Instruments, Inc., Columbia, MD; 2Shimadzu
Corporation, Kyoto, Japan; 3Shimadzu Analytical and
Mesureing Center, Inc., Kyoto, Japan
MP 111 
 Sven Vedder1;
Anja Grüning1; Klaus Bollig2; Brigitte Richrath2; Robert
Ludwig1; 1Shimadzu Europe GmbH, Duisburg, Germany;
2Shimadzu Germany GmbH, Duisburg, Germany
MP 112 Characterization of Products Formed by Forced

Shailesh Damale1; Shruti Raju1; Deepti Bhandarkar1; Rashi
Kochhar1; Shailendra Rane1; Ajit Datar1; Pratap Rasam1;
Jitendra Kelkar1; Divya Saxena2; 1Shimadzu Analytical
(India) Pvt. Ltd., Andheri (E), Mumbai, Maharashtra, India;
2G.N.I.R.D., G.N. Khalsa College, Matunga, Mumbai,
Maharashtra, India
MP 113 
Addiction Treatment Compounds Using LC/MS/MS with
a New Prelude SPLCTM Joseph Herman; Sarah
Fair; Dayana Argoti; Kerry Hassell; Thermosher Scientic,
Franklin, MA
MP 114 Determination of highly Polar, Active Nucleoside

Using a Multi-Mode HPLC Approach Coupled with
 Ang Liu; Nga Kit Eliza Fung; Anne-
Francoise Aubry; Jian Wang; Bristol-Myers Squibb,
Princeton, NJ
MP 115 ESI Behaviour of Chloramphenicol, Thiamphenicol
and Florfenicol in Methanol Solution for LC-MS
and Implications on Their Detectability in Complex
 Prince Kolanyane; Ishmael Masesane; Kwenga
Sichilongo; University of Botswana, Gaborone, Botswana
MP 116 Considerations in Combining Mass Spectral Data with
 Thomas
E. Wheat; Aparna Chavali; Patricia McConville; Waters,
Milford, MA
MP 117 Capabilities and limitatIons of Fast Online
Comprehensive Two-Dimensional Liquid
 Imad Haidar Ahmad; Brian Barnes;
Robert Allen; Marcelo Filgueira; Peter Carr; University of
Minnesota, Minneapolis, MN
MP 118 

Megan H. Magee; Brian B. Barnes; Joseph Manulik; Paul
G. Boswell; University of Minnesota, St. Paul, MN
MP 119 
 Fabio Marino1; Alba Cristobal1; Peter A. Nielsen2;
Nicolai Bache2; Albert J.R. Heck1; Shabaz Mohammed1;
1Biomolecular Mass Spectrometry and Proteomics Grou,
Utrecht, The Netherlands; 2Thermo Fisher Scientic,
Odense, Denmark
MP 120 Performance Evaluation of a Flexible, Easy-to-Use
Packed-Tip Column Device for Nanospray Enabled
 Helena Svobodova; Amanda Berg; Ben Ngo; Gary
Valaskovic; New Objective, Inc., Woburn, MA
MP 121 High Performance Liquid Chromatography – High
Performance Ion Mobility Spectrometry: An Ideal Tool
 Ching Wu; Anthony Midey;
Carol Moraff; Jianglin Wu; Robert Jackson; Excellims
Corporation, Acton, MA
MP 122 Were you Fooled by Photodiode Array Detector? Suping
Zheng; PPD, Inc., Middleton, WI
MP 123 Micro Flow Applications with Your Existing UHPLC
Hardware - A Practical Approach with Mass
 Jinyuan Wang; Jonathan Beck;
Charles Yang; Guifeng Jiang; Thermo Fisher Scientic, San
Jose, CA
MP 124 

 Jay S.
Johnson; James Murphy; Angela Doneanu; Bob Jencks;
Robert Collamati; Waters Corporation, Milford, MA
MP 125 On-line Chip-based Strategy for 2D Fractionation
– Comparing Peptides Found between 1D and 2D
 Xiang Zhu1; Christie Hunter2; Jenny
Albanese2; Remco van Soest1; 1Eksigent, part of AB SCIEX,
Dublin, CA; 2AB SCIEX, Foster City, CA
MP 126 
 Luminita
Moruz1; Peter Pichler2, 3; Karl Mechtler2, 4; Lukas Käll5;
1Stockholm University, Stockholm, Sweden; 2Research
Institute of Molecular Pathology, Vienna, Austria; 3Christian
Doppler Laboratory for Proteome Analysis, Vienna, Austria;
4Institute of Molecular Biotechnology, Vienna, Austria;
5Royal Institute of Technology - KTH, Stockholm, Sweden
MP 127 
Hydrophobicity Using a Reversed Phase 300Å Pore
 Justin Steve; Atis
Chakrabarti; Tosoh Bioscience LLC, King Of Prussia, PA
MP 128 Intact Protein LC-MS, How to Overcome the
Challenges? Evert-Jan Sneekes1, 2, 3; Laurent Rieux1, 2,
3; Mauro De Pra1, 2, 3; Christian Ravnsborg1, 2, 3; Dafydd
Milton1, 2, 3; Remco Swart1, 2, 3; 1Thermo Fisher Scientic,
Amsterdam, Netherlands; 2Thermo Fisher Scientic,
Odense, Denmark; 3Thermo Fisher Scientic, Runcorn, UK
MP 129 2-Dimensional Separations: Which Dimension Plays

 Darryl Johnson1; Barry Boyes1, 2; Ron Orlando1;
1Complex Carbohydrate Research Center, UGA, Athens,
GA; 2Advanced Materials Technology, Wilmington, DE
MP 130 Development of Four Ultra-High Sensitivity LC-MS/MS
Methods for Determination of Four New Compounds
 Yu-Luan
Chen1; Jingduan Chi2; Zong-Ping Zhang2; Estela Skende1;
Gary Maier1; 1Sunovion, Inc., Marlborough, MA; 2PPD,
Middleton, WI

MP 131 Enhanced Resolution and Matrix Interference

Craig Aurand; Dave Bell; Hugh Cramer; Sigma Aldrich,
Bellefonte, PA
MP 132 Optimized Automatic Sample Preparation of Biological
 Christine
Lehmann1; Robert Wohleb2; Roland Geyer2; Michal
Svoboda1; 1Application Specialist, Maennedorf, Switzerland;
2Innovation Manager, Maennedorf, Switzerland
MP 133 Determination of Sulfonamide Residues in Whole Milk
Using a Novel Lipid-Stripping Filtration Cartridge and
 Irina Dioumaeva; Agilent Technologies, Inc.,
Lake Forest, CA
MP 134 An Evaluation of the Effectiveness of a Phospholipid
Removal Sorbent on LC/MS/MS Sensitivity, Method
 Jeff
MONDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 59
Layne; Erica Pike; Stuart Kushon; Shahana Huq; Michael
McGinley; Phenomenex, Torrance, CA
MP 135 Parallel Processing of Metabolites in Complex
Biological Fluids by Cation/Anion Exchange Solid
 Frank Kero1;
Victor Vandell1; Elena Gairloch1; Lee Williams2; Adam
Senior2; Rhys Jones2; Helen Lodder2; Geoff Davies2; Alan
Eddington2; Claire Desbrow2; Gavin Jones2; Steve Jordan2;
1Biotage, Charlotte, NC; 2Biotage GB, Cardiff, UK
MP 136 Effective Strategies for Streamlining SPE Processing

 Geoff Davies1; Lee Williams1; Adam
Senior1; Helen Lodder1; Kerry Stephens1; Rhys Jones1;
Steve Jordan1; Gavin Jones1; Claire Desbrow1; Victor
Vandell2; Frank Kero2; 1Biotage GB Limited, Cardiff, UK;
2Biotage, Charlotte, NC
MP 137 At-line Approach to Direct Solid Phase Extraction -
 Esme Candish1; Emily F. Hilder1;
Robert A. Shellie1; Andrew Gooley2; Peter A. Dawes2; Hans-
Jürgen Wirth2; 1ACROSS,School of Chemistry, University
of Tasmania, Hobart, Australia; 2SGE Analytical Science,
Ringwood, Australia
MP 138 Comparison of Protein Precipitation Techniques for
 Dodge
Baluya; Arnold Louie; George Drusano; Institute for
Therapeutic Innovation, UF, Orlando, FL
MP 139 

 Lilach Aviram; Margaret McCooeye; Zoltan
Mester; NRC, Ottawa, Canada
MP 140 
Sampling Device for Use in Rodent Pharmacokinetic
 Philip Dennif1; Chester
Bowen2; Wesley Dopson1; Shazia Rehman1; Jim Kenney3;
Joe Siple3; 1GlaxoSmithKline R&D Ltd, Ware, UK;
2GlaxoSmithKline R&D USA, Upper Merion, PA; 3Drummond
Scientic, Broomall, PA
MP 141 Analysis of Phthalate Metabolites in Urine and
Serum Using Automated On Line Sample Preparation
 Matthew Berube; Thermo Fisher Scientic,
Franklin, MA
MP 142 
 Yifan Shi1; Yinghe Li1; Meng
Fang1; William Wagner2; Aston Liu2; Sandro Nalli2; 1Alliance
Pharma, Malvern, PA; 2GlaxoSmithKline, King of Prussia,
PA
MP 143 Fast and Highly Sensitive Determination of Oseltamivir
and Oseltamivir Carboxylate in Blood Samples by
 Lucie Loukotkova; Kellie Woodling;
Goncalo Gamboa da Costa; NCTR, US FDA, Jefferson, AR
MP 144 Detection of Nerve Agents Treatment Drugs: Atropine,
Obidoxime, HI-6 and 2-PAM – Sensitive and Fast

Thong Hiang Yeo; DSO National Laboratories, Singapore,
Singapore
MP 145 Extraction of Drugs in Plasma by Automated Liquid-
 Syed
Salman Lateef; Sundaram Palaniswamy; Suresh Babu CV;
Vinayak AK; Agilent Technologies, Bangalore, INDIA
MP 146 

Andre Ifand; Abhishek R. Kulkarni; Vincenzo Pucci; Merck
INC., Boston, MA
MP 147 Evaluation of Factors that Affect the Sensitivity
of Sulfonamides in Electrospray Ionization Mass
 Kwenga Sichilongo; University of Botswana,
Gaborone, Botswana
MP 148 
Samples by An Automated SPE Workstation and HPLC-
 Jinran Zhang; Xudong Zhu; Guotao Lu; Jerry
Wang; Bonna-Agela Technologies, Tianjin, China
MP 149 
Using Automated On-line Sample Preparation in
Combination with UHPLC-High Resolution Time-of-
 Murat Celik1; Hasan Ozgen1; Jürgen Wendt2;
Wibke Peters2; Jutta Lintelmann3; 1ZIVAK Technologies,
Kocaeli, Turkey; 2LECO European LSCA Centre,
Moenchengladbach, Germany; 3Helmholtz Zentrum
München, Neuherberg, Germany
MP 150 Automated Analysis of 25-hydroxyvitamin D2 and

 Murat Celik;
Hasan Ozgen; ZIVAK Technologies, Kocaeli, Turkey
MALDI Sample Preparation, 151 - 167
MP 151 Evaluation of Immuno-Enrichment for MALDI-TOF
MS Quantitative Analysis of Proteins in Biological
 Simona Colantonio1; Christopher A. Wolforth1;
Andrew G. Stephen1; Richard G. Saul1, 2; Gordon R.
Whiteley1; 1SAIC-Frederick Inc./FNL, Frederick, MD; 2Axo
Diagnostics, Gaithersburg, MD
MP 152 
 Linda Nagore; YanWen Zhou;
Harry Jarrett; UT San Antonio, San Antonio, TX
MP 153 
 Hyunjung Seo1, 2; Bong Kyo
Seo1, 2; Yongha In1, 2; Kyu Hwan Park1, 2; Yangsun Kim1, 2;
1Hudson Surface Technology, Fort Lee, NJ; 2Applied Surface
Technology, Suwon, Korea
MP 154 Enhanced Reproducibility in the MALDI-TOF Mass
 Youngha
In; Sun Young Ahn; Seonghee Song; Chang Won Park;
Yangsun Kim; HST, Fort Lee, NJ
MP 155 
 Yongha In1,
2; Sun Young Ahn1, 2; Bong Kyo Seo1, 2; Kyu Hwan Park1, 2;
Yangsum Kim1, 2; 1Hudson Surface Technology, Fort Lee,
NJ; 2Applied Surface Technology, Suwon, Korea
MP 156 Preparation and Application of Monolithic Columns with

 Shan Jiang;
Zichuan Zhang; Lingjun Li; UW-Madison, Madison, WI
MP 157 Effect of Sample Composition and Preparation Method

 Brian Malys; April Holcomb; Kevin
Owens; Drexel University, Philadelphia, PA
MP 158 Investigation and Optimization of Oligonucleotide
Sample Preparation for MALDI-TOF Analysis Using
 Stephen J. Hattan;
Kenneth Parker; Marvin Vestal; SimulTof Systems, Sudbury,
MA
MP 159 


Jan Gorka; David Fabacher; Marion Rohmer; Michael
Karas; Goethe University, Frankfurt, Germany
MP 160 Alkylated Trihydroxyacetophenone as a Novel MALDI
 Yuko Fukuyama1;
Chihiro Nakajima1; Keiko Furuichi2; Kenichi Taniguchi1;
Shin-ichirou Kawabata1; Shunsuke Izumi2; Koichi Tanaka1;
1Shimadzu Corporation, Kyoto, Japan; 2Hiroshima
University, Higashi-Hiroshima, Japan
MONDAY POSTERS
GENERAL INFORMATION
PAGE 60 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 161 Novel Effect of Fullerene as an Additive in IR-MALDI
 Sadanori Sekiya; Kei Kodera; Kaori Kinoshita;
Kosuke Hosoi; Shinichi Iwamoto; Koichi Tanaka; Shimadzu
Corporation, Kyoto, Japan
MP 162 

 Haihong Bai1; Wanjun Zhang2;
Weijie Qin2; Xiaohong Qian2; 1Beijing Institue of Technology,
Beijing, China; 2BPRC, Beijing, China
MP 163 Polymer & Matrix Thermal Treatments Using
Microfabricated Calorimetry Devices for Control And
Monitoring of Crystallization and Morphology for
 Curtis Mowry1; Amy Allen1; Matthew
Moorman1; Adam Pimentel2; Elizabeth Schares1; Brittany
Hanlon1; 1Sandia National Laboratories, Albuquerque, NM;
2LMATA Government Services, Albuquerque, NM
MP 164 
Laura J. Castellanos-García1; Hernando Rosales1; Cesar
A. Sierra-Avila2; Cristian Blanco-Tirado1; Marianny Y.
Combariza1; 1Escuela de Química, Univ Industrial de
Santander, Bucaramanga, Colombia; 2Departamento de
Química, Univ Nacional de Colombia, Bogotá, Colombia
MP 165 Quantitative Analysis of Microcystins by MALDI-TOF-
 Humberto Milagre; Beatriz Sandonato; UNESP, Rio
Claro, Brazil
MP 166 
Unusual in situ Takashi
Nishikaze; Shin-ichirou Kawabata; Koichi Tanaka;
Shimadzu Corporation, Kyoto, Japan
MP 167 Investigation of the Effect of Halide Salts on Analyte
 April
Holcomb1; Jennifer Dally2; Jonathan Haulenbeek1;
Francisco Guevara1; Catherine Bentzley2; Kevin G. Owens1;
1Drexel University, Philadelphia, PA; 2University of the
Sciences, Philadelphia, PA
Diagnostic Clinical Chemistry: Peptides/Proteins, 168 - 182
MP 168 

 Maureen Bunger1; Tracy
Andacht2; Keiryn Bennett3; Cory Bystrom4; Matthew
Chambers5; Larry Dangott6; Felix Elortza7; John Leszyk8;
Henrik Molina9; Robert Moritz10; Brett Phinney11; David
Tabb 5; J. Will Thompson12; Xia Wang13; Jason Williams14;
1BRITE, North Carolina Central University, Durham, NC;
2Centers for Disease Control and Prevention, Atlanta, GA;
3CeMM Research Center for Molecular Medicine, Vienna,
Austria; 4Cleveland HeartLab, Inc., Akron, OH; 5Vanderbilt
University, Nashville, TN; 6Texas A&M University, College
Station, TX; 7Centro de Investigacion Cooperativa en
Biociencias, Bilbao, Spain; 8University of Massachusetts,
Shrewsbury, MA; 9The Rockefeller University, New York,
NY; 10Institute for Systems Biology, Seattle, WA; 11University
of California, Davis, CA; 12Duke University, Durham, NC;
13University of Cincinnati, Cincinnati, OH; 14National Institute
of Environmental Health Science, Research Triangle Park,
NC
MP 169 Development of a Clinical cMet SRM Assay and
Assessment of Assay Precision in Archival Formalin
 Wei-Li Liao1;
Sheeno Thyparambil1; Kathleen Bengali1; Jamar Uzzell1;
Marlene Darer1; David Krizman1; Daniel Catenacci2; Jon
Burrows1; Todd Hembrough1; 1OncoPlex Diagnostics,
Rockville, MD; 2Department of Medicine, University of
Chicago, Chicago, IL
MP 170 Development of a Mass Spectrometry Based Approach
 James
Scrivens1; Krisztina Radi1; Baharak Vafadar-Isfahani1;
Julia Smith2; Jane Newbold3; Nicholas Jackson3; 1Univ
of Warwick, Coventry, UK; 2Bruker UK, Coventry, UK;
3Coventry and Warwickshire Hospital, Coventry, UK
MP 171 A novel Mass Spectrometry-Based Assay for the
Accurate Measurement of Thyroglobulin from Patient

Yanni Zhang; Nigel J. Clarke; Richard E. Reitz; Quest
Diagnostics, San Juan Capistrano, CA
MP 172 
Carcinoma Multiplexed SRM Assay and Assessment
 Sheeno
Thyparambil1; Wei-Li Liao1; Jamar Uzzell1; Kathleen
Bengali1; Marlene Darer1; David Krizman1; Daniel
Catenacci2; Jon Burrows1; Todd Hembrough1; 1Oncoplex
Diagnostics, Rockville, Maryland; 2University of Chicago,
Chicago, Illinois
MP 173 Quantitative Determination of Tamm-Horsfall

 Nick Voskoboev; Olga Bondar,
PhD; John Lieske, M.D; Mayo Clinic, Rochester, MN
MP 174 A New Approach to Lipoprotein Fingerprinting Using
the Mass Spectrometry of Proteins Associated with
 Ronald
D. Macfarlane; Texas A & M University, College Station, TX
MP 175 
Down Analysis of Immunoglobulin Light Chains in

David Barnidge1; Chad Botz1; Surendra Dasari2; Melissa
Snyder1; Jerry Katzmann1; David Murray1; 1Mayo Clinic/
DLMP, Rochester, MN; 2Mayo Clinic/Health Sciences
Research, Rochester, MN
MP 176 
 Didia Coelho
Graça1; Adelina Acosta Martin1, 2; Lorella Clerici2; Yury O.
Tsybin3; Ralf Hartmer4; Markus Meyer4; Kaveh Samii2;
Denis Hochstrasser1, 2; Pierre Lescuyer1, 2; Alexander
Scherl1; 1University of Geneva, Geneva, Switzerland;
2Geneva University Hospitals, Geneva, Switzerland;
3Ecole Polytechnique Fédérale de Lausanne, Lausanne,
Switzerland; 4Bruker Daltonics, Bremen, Germany
MP 177 
 Sharanya Reddy;
Andrew Tyler; George Perkins; PerkinElmer, Shelton, CT
MP 178 
Mass Spectrometry Using Immobilized Antibody and

 Tomoya Kinumi; Ryoko Mizuno; Akiko
Takatsu; Bio-Medical Std Section, NMIJ AIST, Tsukuba,
Ibaraki, Japan
MP 179 Simultaneous Transferrin and Apolipoprotein CIII

Chromatography Electrospray Ionization Mass
 Coleman Turgeon1; Francesco Porta2;
Mark Magera1; Kristen Liedtke1; Dimitar Gavrilov1; Devin
Oglesbee1; Silvia Tortorelli1; Piero Rinaldo1; Dietrich
Matern1; Kimiyo Raymond1; 1Mayo Clinic, Rochester, MN;
2Department of Pediatrics, University of Torino, Torino, Italy
MP 180 Developing an iMALDI MS Assay for the Clinical
 Alexander
Camenzind1; J Grace van der Gugten2; Daniel Holmes3;
Christoph Borchers1, 4; 1University of Victoria-Genome BC
Proteomics Centre, Victoria, Canada; 2St. Paul’s Hospital,
Vancouver, Canada; 3University of British Columbia, St
Paul’s Hospital, Vancouver, Canada; 4Dept of Biochemistry
and Microbiology, U Victoria, Victoria, Canada
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 61
MONDAY POSTERS
MP 181 Extending the Information Content of the MALDI
 Mark W.
Duncan1, 2; Senait Asmellash2; Jenna Allen2; Maxim Tsypin2;
Joanna Roder2; Heinrich Roder2; 1Univ. Colorado, School of
Medicine, Aurora, CO; 2Biodesix Inc., Boulder, CO
MP 182 
Martina Lorey1; Ville Jokinen2; Belinda Adler3; Hong Yan3;
Rabah Soliymani1; Simon Ekström3; Thomas Laurell3;
Marc Baumann1; 1University of Helsinki, Helsinki, Finland;
2Aalto University, Espooo, Finland; 3Lund University, Lund,
Sweden
Imaging MS: Disease Markers, 183 - 206
MP 183 

 Ami Grunbaum1; Pierre Chaurand2;
Richard Kremer1; 1McGill University Health Centre,
Montreal, Canada; 2University of Montreal, Montreal,
Canada
MP 184 Time-of-Flight Secondary Ion Mass Spectrometry


Alain Brunelle1; Adina N Lazar2, 3; Claudia Bich1; Maï
Panchal2, 3; Nicolas Desbenoit1; Vanessa W. Petit4; David
Touboul1; Catherine Marquer2, 3; Olivier Laprévote5; Charles
Duyckaerts2, 3; 1CNRS, Institut de Chimie des Substances
Naturelles, Gif-sur-Yvette, France; 2Hôpital de la Salpêtrière,
AP-HP, Paris, France; 3Centre de Recherche de l’ICM,
Paris, France; 4LRTS, IRCM, DSV, CEA, Fontenay-aux-
Roses, France; 5Université Paris-Descartes, Paris, France
MP 185 

Aurelien Thomas1; Nathan Heath Patterson1; Stéphane
Epelbaum2; Pascale Lacor3; Benoît Delatour2; Pierre
Chaurand1; 1University of Montreal, Montreal, Canada;
2Inserm/CNRS/UPMC, Hôpital de la Pitié-Salpêtrière, Paris,
France; 3Cognitive Neurology and Alzheimer’s Disease
Center, Chicago, IL
MP 186 Imaging Mass Spectrometry Helps Predict Healing
 Domenico Taverna1,
3; Jeffrey M. Spraggins2, 3; Joshua J. Nicklay3; Lillian B.
Nanney4; Alonda C. Pollins4; Giovanni Sindona1; Richard M.
Caprioli2, 3; 1Universita’ della Calabria, Dept. of Chemistry,
Arcavacata Di Rende, CS, Italy; 2Vanderbilt University,
Dept. of Biochemistry, Nashville, TN; 3Vanderbilt University,
Mass Spec. Research Center, Nashville, TN; 4Vanderbilt
University, Dept. of Plastic Surgery, Nashville, TN
MP 187 Imaging Mass Spectrometry of Normal and PKD Mouse
 Rachel Marvin; Yang
Xu; Maki Takahashi; Leif Hanson; Surya Nauli; Dragan
Isailovic; University of Toledo, Toledo, Ohio
MP 188 Matrix-assisted Laser Desorption Ionization Imaging

 Laetitia Theron1; Daniel Bechet1; Didier
Viala1; Jeremy Pinguet2; Christophe Chambon1; 1INRA,
Theix, France; 2CHU, Clermont-Ferrand, France
MP 189 Mass Spectrometric Imaging of Myelin Basic Protein

Manasi Mangaonkar; Kevin Wang; Richard Yost; David
Powell; University of Florida, Gainesville, FL
MP 190 Multimodality Imaging Mass Spectrometry for Co-
localization of Trace Metals and Proteins in Abscesses
in Murine Tissue from Staphylococcus aureus
Jessica L. Moore; Yaofang Zhang; Thomas E. Kehl-e;
Joshua J. Nicklay; Eric P. Skaar; Richard M. Caprioli;
Vanderbilt University, Nashville, TN
MP 191 
Mass Spectrometry: Protein Spatial Distribution within
Uropathogenic E. coli Kyle A. Floyd; Jessica L.
Moore; Carrie L. Shaffer; Maria Hadjifrangiskou; Richard M.
Caprioli; Vanderbilt University, Nashville, TN
MP 192 

 Sebastiano Gattoni-Celli; Ellen Jones;
Drew Schoenling; Stephen Savage; Richard Drake; Medical
University of South Carolina, Charleston, SC
MP 193 
 Jörg
Kriegsmann1, 2; Rita Casadonte1; Friederike Zweynert2;
Vanessa Schommer2; Jenny Petzold3; Axel W. Baltzer3;
Markus Granrath3; Jens Fuchser4; Sören Deininger4; Mike
Otto1, 2; 1Proteopath GbR, Trier, Germany; 2Institute for
Molecular Pathology, Trier, Germany; 3Center for Molecular
Orthopedics, Düsseldorf, Germany; 4Bruker Daltonik GmbH,
Bremen, Germany
MP 194 

 Rita Casadonte1; Jens
Fuchser2; Sören Deininger2; Kerstin Amann3; Mike Otto1,4;
Jörg Kriegsmann1,4; 1Proteopath GbR, Trier, Germany;
2Bruker Daltonik GmbH, Bremen, Germany; 3University
Erlangen-Nürnberg, Erlangen, Germany; 4Histology,
Cytology and Molecular Diagnostics, Trier, Germany
MP 195 
in Kidneys of Diabetic Mouse Model using Mass

Kerri Grove; Raf Van de Plas; Jeffery Spraggins; Paul
Voziyan; Raymond Harris; Billy Hudson; Richard Caprioli;
Vanderbilt University, Nashville, TN
MP 196 

Patrícia Schneider Yogi1; Gabriela Venturini1; Karina Helena
Morais Cardozo2; Pamella Araújo Malagrino1; Valdemir
Melechco Carvalho2; Paulo Sampaio Gutierrez1; José
Eduardo Krieger1; Alexandre da Costa Pereira1; 1Heart
Institute (InCor) - Medical School, USP, Sao Paulo, Brazil;
2Fleury Group, Sao Paulo, Brazil
MP 197 Matrix Assisted Laser Desorption Ionization Imaging
Mass Spectrometry Reveals a Different Molecular
Composition in Human Healthy and Osteoarthritic
 Berta Cillero Pastor1; Gert B. Eijkel1;
Francisco J. Blanco2; Ron M.A. Heeren1; 1FOM Institute
AMOLF, Amsterdam, The Netherlands; 2INIBIC-CH
Universitario A Coruña, A Coruña, Spain
MP 198 Towards Lipidomics of Low-Abundant Species for

 Cimino
Jonathan1, 2; Calligaris David 2; Far Johann2; Debois
Delphine 2; Blacher Silvia 1; Sounni Nor Eddine 1; Noel
Agnès1; De Pauw Edwin 2; 1Laboratory of Tumor and
Development Biology, GIGA, Belgium, Liege; 2Mass
Spectrometry Laboratory, GIGA-R, Belgium, Liege
MP 199 Integrating Multivariate Data Analysis and +/- Mode
MALDI Imaging MS for Interrogating Animal Models
 Robert Menger1; Andras Kiss2;
Raquel Hendershot1; Brad Wacker3; Gert Eijkel2; Ron
Heeren2; David Ford3; Richard Yost1; 1University of Florida,
Gainesville, FL; 2FOM Institute AMOLF, Amsterdam, The
Netherlands; 3Saint Louis University, St. Louis, MO
MP 200 MALDI Imaging and FTICR MS Mapping of Lipids
 Huiling Liu 1; Karin B.
Nilsson1, 2; Huan He3, 4; Alexander Shavkunov1; Young S.
Gwak2; Shayne N. Hassler2; Kathia M. Johnson2; Norelle
GENERAL INFORMATION
PAGE 62 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
C. Wildburger1; Nicolas L. Young3, 4; Alan G. Marshall3,
4; Claire E. Hulsebosch2; Carol L. Nilsson1; 1Department
of Pharmcology & Toxicology, UTMB, Galveston, TX;
2Neuroscience and Cell Biology, UTMB, Galveston, TX;
3Ion Cyclotron Resonance Program, NHMFL, Tallahassee,
FL; 4Department of Chemistry and Biochemistry, FSU,
Tallahassee, FL
MP 201 
Roberto Fernández1; Antonio Veloso1; Silvia Terés2; Monica
Higuera2; Daniel H Lopez2; Francisca Guardiola2; Xavier
Busquets2; Pablo V. Escribá2; Gwendolyn Barceló-Coblijn2;
Jose A. Fernández1; 1University of Basque Country (UPV/
EHU), Leioa, Spain; 2University of the Balearic Islands,
Palma, Spain
MP 202 
 Marcus Wurlitzer1;
Carina Borkowski2; Sinje Odinga Odinga2; Malte Buchholz
Buchholz2; Christina Koop2; Maryam Omidi1; Olga Kraus1;
Michael Becker5; Matthias Witt5; Dennis Trede4; Maria
Trusch6; Sarah Minner Minner2; Thorsten Schlomm3; Ronald
Simon2; Guido Sauter2; Hartmut Schlüter1; 1UKE - Mass
Spec Proteomics, Hamburg, Germany; 2UKE - Institute
of Pathology, Hamburg, Germany; 3UKE - Martini-Clinic,
Hamburg, Germany; 4Steinbeis Innovation Center SCiLS,
Bremen, Germany; 5Bruker Daltonik, Bremen, Germany;
6University of Hamburg - Inst. of Organic Chemistry,
Hamburg, Germany
MP 203 Spatially Dependant Lipidomic Changes Associated

 Nick Bond1; Yajing Chu2;
Scarlet Brockmoeller2; Julian Grifn1, 2; Albert Koulman1;
1HNR MRC, Cambridge, England; 2Dept. Biochemistry and
CSBC, Uni. of Cambridge, Cambridge, England
MP 204 A Novel Combined DESI MSI/MAS NMR Approach to
the Diagnosis and Characterization of Breast Cancer
 Sabine Guenther; Stefan Antonowicz; Rathi
Ramakrishnan; Kirill A Veselkov; Laura Muirhead; Robert D
Goldin; Zoltan Takats; Imperial College London, London, UK
MP 205 DESI-MS Imaging of Lipids and Metabolites in Cancers
 Livia S.
Eberlin; Emelyn H. Shroff; Jialing Zhang; David I. Bellovin;
Robert Tibshirani; Dean W. Felsher; Richard N. Zare;
Stanford University, Stanford, CA
MP 206 
Imaging to Proteomic Expression and Metabolite
Quantitation to Characterize Radiation-Induced Tissue
 Jace W. Jones1; Alison J. Scott1; Young Ah Goo1;
Artur Plett2; Christie M. Orschell2; David R. Goodlett1;
Robert K. Ernst1; Maureen A. Kane1; 1University of
Maryland, Baltimore, MD; 2Indiana University, School of
Medicine, Indianapolis, IN

MP 207 
 Shuai Nie;
Michigan State University, East Lansing, MI
MP 208 Statistical Analysis of MALDI-ToF Mass Spectra from
 Rory T. Steven; Alan M.
Race; Andrew D. Palmer; Joscelyn Sarsby; Rian L. Grifths;
Ata Kaban; G. Ed. Rainger; Josephine Bunch; University of
Birmingham, Birmingham, UK
MP 209 MALDI-MS Imaging of Cardiolipins in Rat Organ
 Hay-Yan J. Wang 1; Hsuan-Wen Wu1; Ping-Ju
Tsai2; Cheng Bin Liu1, 3; 1National Sun Yat-Sen University,
Kaohsiung, Taiwan; 2Yuan’s General Hospital, Kaohsiung,
Taiwan; 3Veterans General Hospital-Kaohsiung, Kaohsiung,
Taiwan
MP 210 A Simple MALDI MS-based Method to Detect
Plasmalogens in Complex Lipid Mixtures - The Use of
 Beate
Fuchs; Juergen Schiller; University of Leipzig, Leipzig,
Germany
MP 211 Ultra-Performance Liquid Chromatography-Tandem


 Nicholas B. Vera; Pzer, Cambridge, MA
MP 212 Imaging Lipidomics by Microextraction Shotgun MS
 Reinaldo
Almeida; Zane Berzina Berzina; Hans Kristian Hannibal-
Bach; Christer Ejsing; University of Southern Denmark,
Odense, Denmark
MP 213 
Overexpression of Ceramidase Improves Whole Body
 William L. Holland1, 2;
Yukiko Miyauchi1, 2; Ruth Gordillo1, 2; Philipp E. Scherer1, 2;
1UTSouthwestern Medical Center, Dallas, TX; 2Touchstone
Diabetes Center, Dallas, TX
MP 214 Lipids Analysis by 2 Dimensional LC Coupled to Triple
 Liling Fang1; Taku
Tsukamoto2; Jing Dong2; Keiko Yamabe2; Takashi Suzuki2;
Yoshihiro Hayakawa2; 1Shimadzu Scientic Instruments,
Inc., Columbia, MD; 2Shimadzu Corporation, Kyoto, Japan
MP 215 High Throughput Data Independent Approach for

Xu Wang1; Michael Kiebish2; Brigitte Simons1; John
McNamara1; Christie Hunter1; 1AB SCIEX, Framingham,
MA; 2Berg Diagnostics, Natick, MA
MP 216 
Sphingolipid Metabolism and Fatty Acid Elongation
 Todd A.
Lydic; Matthew Faber; Svetlana Bozack; Louis Glazer;
Susanne Mohr; Julia V. Busik; Gavin E. Reid; Michigan
State University, East Lansing, MI
MP 217 Robust Lipid Fragmentation Modeling to Identify

 Brendan Coutu; Kristin Alexander; Marc
Hansen; John Prince; Brigham Young University, Provo, UT
MP 218 Metabolism and Protein Adduction of a
Cyclooxygenase-2/15-prostaglandin Dehydrogenase
 Nathaniel W.
Snyder; Alejandro D. Arroyo; Xiaojing Liu; Suhong Zhang;
Ian A. Blair; University of Pennsylvania, Philadelphia, PA
MP 219 
 Deepti Bhandarkar;
Shruti Raju; Shailesh Damale; Shailendra Rane; Rashi
Kochhar; Ajit Datar; Pratap Rasam; Jitendra Kelkar;
Shimadzu Analytical (India) Pvt. Ltd., Andheri (E), Mumbai,
Maharashtra, India
MP 220 Optimization of Supercritical Fluid Chromatography
 Marie
Méjean; Alain Brunelle; David Touboul; ICSN, CNRS, Gif-
sur-Yvette, France

MP 221 Surface Oxidation under Ambient Air - A Fast and
Economical Method to Identify Double Bond Positions
 Hyejung Park1; Ying Zhou1;
Philseok Kim2; Yan Jiang1; Catherine Costello1; 1Boston
University School of Medicine, Boston, MA; 2Harvard
University, Cambridge, MA
MP 222 One-step Reversed Phase Liquid Chromatography
Coupled to ESI Mass Spectrometry for Separation,
Detection of Polar Lipids Associated with Prion
 Ying Zhou1; Holger Wille3; Hyejung Park1; Julian
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 63
MONDAY POSTERS
ollesch2; Catherine E Costello1; 1Boston University School
of Medicine, Boston, MA; 2Ruhr-Universitaet Bochum,
Bochum, Germany; 3University of Alberta, Edmonton,
Alberta, Canada
MP 223 Enabled by Speed of Analysis: Multidimensional LC-
 Susanne Brodesser1; Axel Besa2;
1CECAD Lipidomics Facility, Cologne, Germany; 2AB SCIEX
Europe, Darmstadt, Germany
MP 224 
 Kazutaka
Ikeda; Sanae Yamanaka; Masaru Tomita; Tomoyoshi Soga;
Keio Universiy, Tsuruoka, Japan
MP 225 Ultra-High Resolution Analysis of Triacylglycerol
in Seed Oils Using a High-Performance Orbitrap

Jeffrey Gilbert1; Debbie Schwedler1; Scott Greenwalt1;
Brita McNew1; Daniel Gachotte1; Mary Evenson1; Yasuto
Yokoi2; Tim Stratton3; David Peake3; 1Dow AgroSciences,
Indianapolis, IN; 2Mitsui Knowledge Industry, Tokyo, Japan;
3Thermo Fisher Scientic, San Jose, CA
MP 226 Analysis of Isolevuglandin/Isoketal Lysine Adducts
Using a Traveling Wave Ion Mobility Time-of-Flight
 Lin Huang; Jaewoo Choi; Samanthi
Wickramasekara; Claudia Maier; Oregon State University,
Corvallis, OR
MP 227 
 Elizabeth
W. Kahuno; Feng-Ying C. Lin; Alfred L. Yergey; Peter S.
Backlund; NICHD, NIH, Bethesda, MD
MP 228 A Shotgun Lipidomics Approach Coupled with Charge


Kui Yang; Beverly Gibson Dilthey; Richard W. Gross;
Washington University School of Medicine, St. Louis, MO
MP 229 Rapid Characterization of Phospholipid Isomeric
Mixtures from Sample Arrays and Tissue Sections By
Sequential Collision-Induced Dissociation and Ozone-
 Rachel L. Kozlowski; Todd W.
Mitchell; Stephen J. Blanksby; University of Wollongong,
Wollongong, Australia
MP 230 Analysis of Phosphocholines Using Metastable Atom

 Robert E.
Deimler1; Madlen Sander2; William D. Hoffmann1; Glen
P. Jackson1; 1West Virginia University, Morgantown, WV;
2Leipzig University, Leipzig, Germany
MP 231 
down Structural Characterization of Lipid A and
 John O’Brien; Brittany Needham;
Jeremy Henderson; M. Stephen Trent; Jennifer Brodbelt;
University of Texas, Austin, TX
MP 232 Characterization and localization of d18:2
Sphingadienine Based Sulfatides in Rat Cerebellum
 Benoit
Colsch 1; Samia Boudah1, 3; Christophe Junot1; Amina S.
Woods2; 1CEA, DSV/iBiTec-S/SPI/LEMM, Gif sur Yvette,
France; 2NIDA/NIH, Baltimore, MD; 3GlaxoSmithKline,
Centre de recherche F. Hyal, Villebon-sur-Yvette, France

MP 233 Biomolecule-Ligand Noncovalent Complexes:
Mass Spectrometry as a Key to Interpret Solution
 Daisuke Miyoshi2; Adrien Marchand3,
3; Valerie Gabelica1, 3; 1University of Liège, Liège, Belgium;
2FIBER & FIRST, Konan University, Kobe, Japan;
3University of Bordeaux, Pessac, France
MP 234 A Mass Spectrometry-based Method for the

Preston Williams; Xiaoli Dong; Yinsheng Wang; University
of California, Riverside, CA
MP 235 

 Jiang Zhou; Xiaojie Cui;
Qiang Zhang; Gu Yuan; College of Chemistry, Peking
University, Beijing, China
MP 236 Probing Aptamer-Ligand Interactions Using Soft
 Basri Gulbakan;
Fan Chen; Konstantin Barylyuk; Renato Zenobi; ETH
Zurich, Zurich, CH
MP 237 

 Sudong Kong1; Jianlan Yu2; Wenhai Jin2; Ji
Luo2; Yongming Xie2; 1Suzhou Ribo Life Science Co.,Ltd,
Suzhou, Jiangsu Province, China; 2Asia Pacic Application
Support Center, AB SCIEX, Shanghai, China
MP 238 HPLC-ESI+-MS/MS Analysis of DNA Adducts
of Phosphoramide Mustard, Metabolite of
Cyclophosphamide, in Human Peripheral Blood
 Teshome Gherezghiher;
Kinjal Sanghavi; L’Aurelle Johnson; Jatinder Lamba;
Jacobson Pamala; Natalia Tretyakova; University of
Minnesota, Minneapolis, MN
MP 239 Active Turnover of DNA Methylation and

Thuc Le; Guoping Fan; Kym Faull; UCLA, Los Angeles, CA
MP 240 
 Candace Guerrero;
Yinsheng Wang; UC Riverside, Riverside, CA
MP 241 Replication Studies of Ethylated Thymidine Adducts
in vitro and in vivo Nisana Andersen; Pengcheng Wang;
Qianqian Zhai; Yinsheng Wang; UC Riverside, Riverside,
CA
MP 242 Quantitative Analysis of Tet-induced Oxidation
Products of 5-Methylcytosine in Human Cells and
 Yinsheng Wang; Shuo Liu; University
of California, Riverside, CA
MP 243 
in Human Blood Using Liquid Chromatography- High
Resolution Tandem Mass Spectrometry (LC-HRMS/
 Dewakar Sangaraju1; Peter Villalta1; Melissa
Goggin2; Maria Agunsoye1; Colin Campbell1; Natalia
Tretyakova1; 1University of Minnesota, Minneapolis, MN;
2MEDTOX Scientic, Minneapolis, MN
MP 244 Isolation and Analysis of Oligonucleotide Metabolites
 Jason Anspach1; Michael
Mcginley1; Jeff Layne1; Mark Hail2; 1Phenomenex, Torrance,
CA; 2Novatia LLC, Monmoutht Junction, NJ
MP 245 Quantitatitive Analysis of Phosphorothioate
Oligonucleotide in Human Plasma Using LC-MS/MS
 Laixin Wang; Sherry Liu; Qiuying
Zhu; Scott Reuschel; Min Meng; Tandem Labs, Salt Lake
City, UT
MP 246 LC-MS/MS Structural Characterization of the Impurities
in Synthetic Phosphorothioate Oligonucleotides:
 Lianming Wu;
GlaxoSmithKline, King Of Prussia, PA
MP 247 Suppression of Photo-Dissociation of Black Hole
Quencher labels of PCR Probes during MALDI MS
 Igor Smirnov; Galina Pozmogova; Institute of
Physico-Chemical Medicine, Moscow, Russian Federation
GENERAL INFORMATION
PAGE 64 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 248 Advantages and Disadvantages Between Two
Approaches to Quantitate Oligonucleotides in

 Jiongwei Pan; Jeffrey Selenka; Steven
Becht; PPD, Middleton, WI
MP 249 OMA and OPA – A Software Tool for Mass Spectra
 Silvan
R. Stucki1; Adrien Nyakas1; Lorenz C. Blum2; Jean-Louis
Reymond1; Stefan Schürch1; 1University of Bern, Bern,
Switzerland; 2ETH Zürich, Zürich, Switzerland
MP 250 

 Vaneet
K Sharma1; Joshua Klaene1; Qing Liao2; James Glick1; Paul
Vouros1; 1Northeastern University, Barnett Institute, Boston,
MA; 2Shenitech LLC, Acton, MA
Nucleic Acids: RNA, 251 - 262
MP 251 High Throughput Analysis of LC-MS Datasets from
 Siwei Li; Patrick Limbach;
University of Cincinnati, Cincinnati, OH
MP 252 Identifying the Anticodons of Thermus thermophilus
 Robert
Ross; Patrick Limbach; University of Cincinnati, Cincinnati, OH
MP 253 
 Kirk Gaston; Patrick
Limbach; University of Cincinnati, Cincinnati, OH
MP 254 
in RNA by Chemical Derivatization and Tandem Mass
 Balasubrahmanyam Addepalli; Patrick
Limbach; University of Cincinnati, Cincinnati, OH
MP 255 A Study to Sequence and Characterise Isobaric
RNAs Using Tandem Mass Spectrometry and Ion
 Henry
Fisher1; Marco Smith2; Alison E Ashcroft1; 1Faculty of
Biological Sciences,University of Leeds, Leeds, UK;
2GlaxoSmithKline, Stevenage, UK
MP 256 
by Liquid Chromatography – High-Resolution Tandem
 Hiroshi
Nakayama1, 2; Yoshio Yamauchi2, 3; Masato Taoka3; Yuko
Nobe2; Toshiaki Isobe2, 3; 1RIKEN Advanced Science
Institute, Saitama, Japan; 2CREST, JST, Saitama, Japan;
3Tokyo Metropolitan University, Tokyo, Japan
MP 257 Liquid Chromatography-Mass Spectrometry-Based
Characterization of Pseudouridine in Non-Coding
 Masato Taoka1;
Yuko Nobe1; Aiko Takeuchi1; Hiroshi Nakayama2, 3; Yoshio
Yamauchi1; Toshiaki Isobe1, 3; 1Department of Chemistry,
Tokyo Metropolitan Univ., Tokyo, Japan;
2
RIKEN Advanced
Science Institure, Wako, Japan;
3
CREST, JST, Tokyo, Japan
MP 258 Determination of the Metabolic Stability of siRNA Using
 A. Cary McGinnis; Michael Bartlett; University of
Georgia, Athens, GA
MP 259 Development of a LC-MS/MS Method for Detection and
Quantitation of siRNA as Therapeutic Candidates in
 Suzie Yeh; Rena Zhang; Mark
Cancilla; BaoJen Shyong; Edward Carlini; Merck & Co.,
Inc., West Point, PA
MP 260 Detecting Nucleoside Post Enzymatic Cleavage

and Fast Polarity Switching Triple Quadrupole Mass
 Susan Leonard1; Jonathan Ho2; Peter
Ratsep2; Nicholas Cobb1; 1Shimadzu Scientic Inst,
Marlborough, MA; 2Shimadzu Scientic Instruments,
Somerset, NJ
MP 261 Advancing the Development of RNA Therapeutics with
 BaoJen
Shyong; Christopher Kochansky; Tracy Young; Suzie Yeh;
Rena Zhang; Charles Thompson; Mark Cancilla; Merck,
West Point, PA
MP 262 
 Majlinda Kullolli; Sharon Pitteri; Stanford
University, Palo Alto, CA
Instrumentation: New Developments in

MP 263 
Directly Coupled to ESI-MS for Fast Analysis of Low
 Volker Neu1; Roger Steiner2; Stephan
Müller2; Christof Fattinger2; Renato Zenobi1; 1ETH Zurich,
Zurich, CH; 2F. Hoffmann-La Roche AG, Discovery
Technolgies, Basel, CH
MP 264 A Comparative Forensic Study Comparing the
Newly Discovered Electrospray Inlet Ionization with
 Lyla Hassan; Dr. Charles
McEwen; University of the Sciences, Philadelphia, PA
MP 265 


Prabha Dwivedi1; Daniel Gazda2; William Wallace2; Thomas
Limero2; Ariel Macatangay3; Facundo Fernandez1; 1Georgia
Inst. of Technology, Atlanta,; 2NASA-JSC/SK4/Wyle Sc.,
Tech., and Eng. Group, Houston, TX; 3NASA-JSC/SF4,
Houston, TX
MP 266 Improved LC-DART-MS Interface for Reaction
Monitoring and Impurity Analysis in non-ESI-Friendly
 Adam Kaylor1; Prabha Dwivedi1; Guilong Cheng2;
Facundo Fernandez1; 1Georgia Institute of Technology,
Atlanta, GA; 2Pzer Analytical R&D, Pharmaceutical
Science, Groton, CT
MP 267 Effective Ion Transmission Scheme for Ambient
Plasma-based Discharge Sources Coupled with Drift
 Joel Keelor; Prabha
Dwivedi; Facundo Fernandez; Georgia Institute of
Technology, Atlanta, GA
MP 268 A Novel Radiofrequency Ionization Method for

 Touradj Solouki; Behrooz Zekavat; Abayomi
Olaitan; Baylor University, Waco, TX
MP 269 
Samples Using Radio-Frequency Ionization/Mass
 Behrooz Zekavat; Abayomi Olaitan; Touradj
Solouki; Baylor University, Waco, TX
MP 270 
as a Source of Electrons for a Portable Mass
 Achouak Chalkha1; Aurika Janulyte1; Yves
Zerega1; Boris Brkić2; Steve Taylor2; Jacques Andre1; 1Aix-
Marseille Université, Marseille, France; 2Dpt Elec Eng &
Electronics University of Liverpool, Liverpool, UK
MP 271 Cool Down, Relax, Enjoy the Ride. An Ion Energy Study
 Felician Muntean;
Maurizio Splendore; Desmond Kaplan; Stephen Zanon;
Steve Schachterle; Roy Moeller; Bruker Daltonics, Fremont,
CA
MP 272 Towards Nanoscale Spatially Resolved Surface
Enhanced Laser Desorption/Ablation Chemical
 Deepak Bhandari; Ivan
Kravchenko; Olga Ovchinnikova; Gary Van Berkel; Oak
Ridge National Laboratory, Oak Ridge, TN
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 65
MONDAY POSTERS
MP 273 
Capillary Nano-Electrospray Mass Spectrometry to
 Christine Fisher;
Anastasia Kharlamova; Scott McLuckey; Purdue University,
West Lafayette, IN
MP 274 A Novel Corona Discharge Source with Liquid
 Sonja Klee; Marco Thinius; Valerie
Derpmann; Walter Wißdorf; Sebastian Klopotowski; Klaus
J. Brockmann; Thorsten Benter; University of Wuppertal,
Wuppertal, Germany
MP 275 
 Sonja
Klee; Dennis Klink; Marco Thinius; Yessica Brachthäuser;
Thorsten Benter; University of Wuppertal, Wuppertal,
Germany
MP 276 
Ionization – Mass Spectrometric Investigations of
 Hendrik Kersten; Ian Barnes;
Sebastian Klopotowski; Thorsten Benter; University of
Wuppertal, Wuppertal, Germany
MP 277 Progress in the Development of Capillary Atmospheric
 Valerie
Derpmann; David Müller; Thorsten Benter; University of
Wuppertal, Wuppertal, Germany
MP 278 Charging Effects in Ion Transfer Capillaries: An In-
 David Müller; Valerie Derpmann; Thorsten
Benter; University of Wuppertal, Wuppertal, Germany
MP 279 
 Dominik Sand; Klaus J. Brockmann; Walter
Wißdorf; Thorsten Benter; University of Wuppertal,
Wuppertal, Germany
MP 280 Field Driven Chemical Effects in API: Numerical
Modeling of the Ion Temperature at Atmospheric
 Walter
Wißdorf1; Yessica Brachthäuser1; Christine Polaczek1;
Philipp Cochems2; Stefan Zimmermann2; Thorsten Benter
1; 1University of Wuppertal, Wuppertal, Germany; 2Leibniz
University Hannover, Hannover, Germany
MP 281 
in High-Flow Atmospheric Pressure Ion Sources, Using

Sebastian Klopotowski; Alexander Haack; Thorsten Benter;
University of Wuppertal, Wuppertal, Germany
MP 282 An API MS for Mechanistic Studies of Ion-Clusters
 Sascha Albrecht2; Fred
Stroh2; Jochen Barthel2; Armin Afchine2; Sonja Klee1;
Thorsten Benter 1; 1University of Wuppertal, Wuppertal,
Germany; 2Research Center Jülich, Jülich, Germany
MP 283 Development of an Ion Funnel Based on Printed Circuit
Technology for Ion Transfer and Ion Manipulation
 Albrecht Brockhaus; Sonja Klee; Walter
Wißdorf; Klaus J. Brockmann; Thorsten Benter; Albrecht
Glasmachers; University of Wuppertal, Wuppertal, Germany
MP 284 Progress in the Development of Capillary Atmospheric
 Sonja Klee; Valerie
Derpmann; Hendrik Kersten; Walter Wißdorf; David Müller;
Yessica Brachthäuser; Sebastian Klopotowski; Klaus
Brockmann; Thorsten Benter; University of Wuppertal,
Wuppertal, Germany
MP 285 Development of a Dielectric Barrier Discharge
 Trent Hammer; Dr
Rob O’Brien; UBC Okanagan, Kelowna, Canada
MP 286 Performance Determination of a Novel Liquid
Calibration Unit Utilizing Proton-Transfer-Reaction
 Lukas Fischer1; Jens
Herbig1; Alfons Jordan2; Lukas Märk2; Andreas Klinger1;
Klaus Winkler1; Rene Gutmann1; Armin Hansel1, 3; Tilmann
D. Märk2, 3; 1IONIMED Analytik, Innsbruck, Austria;
2IONICON Analytik, Innsbruck, Austria; 3University of
Innsbruck, Innsbruck, Austria
MP 287 
MS for Bottom-Up Proteomics and Peptide Mapping
 Jean-
Marc Busnel1; Dona Neloni Wijeratne1; Anna Lou1; Chitra
Ratnayake1; Sean Seymour2; Christie Hunter2; 1Beckman
Coulter, Brea, CA; 2AB Sciex, Foster City, CA
MP 288 
 Bruce Salter1; Derek Lovingood3;
Jeffery Owens2; 1Universal Technology Corporation, Tyndall
AFB, FL; 2Air Force Research Laboratory, Tyndall AFB, FL;
3Oak Ridge Institute for Science and Education, Oak Ridge,
TN
MP 289 The Design and Characterization of a Novel Ultra-
low Flow Nanoelectrospray Device for Metabolite
 Benjamin Ngo1; Shaoxia Yu2; Ling Xu2;
Swapan Chowdhury2; Jing-Tao Wu2; Mike S. Lee3; Gary
Valaskovic1; 1New Objective, Inc., Woburn, MA; 2Millennium
Pharmaceuticals, Cambridge, MA; 3Milestone Development
Services, Newton, PA
MP 290 Characterization of a Low-Power, Pressure-Tolerant
 Craig Cavanaugh1; Kenion Blakeman1; Tina
Stacy1; Derek Wolfe1; Stanley Pau2; J Michael Ramsey1;
1UNC - Chapel Hill, Durham, NC; 2University of Arizona,
Tuscon, AR
MP 291 
of Proteins Using Dynamic Isoelectric Focusing
Coupled to MALDI Mass Spectrometry (DIEF-MALDI-
 Srikanth Akinapalli; Shannon Wilson; Luke Tolley;
Gary R. Kinsel; Southern Illinois University Carbondale,
Carbondale, IL
MP 292 

 Steven Lingenfelter1;
Daniel Green1; James Wager-Miller2; Ken Mackie2; Sarah
Trimpin1; 1Wayne State University, Washington, MI; 2Indiana
University, Bloomington, IN
MP 293 Characterization of a Low Pressure Nano-electrospray
 Christopher
Taormina; Randall Pedder; Ardara Technologies, Ardara, PA
Instrumentation: New Developments in

MP 294 Multiple Mass Analysis Using an Ion Trap Array
 Yu Xiao; Chuan-Fan Ding; Fudan
University, Shanghai, China
MP 295 Theoretical Modeling of Space Charge Effects in
 Dan Guo1; Yuzhuo Wang1; Hua
Zhang2; Xiaohua Zhang2; Xiang Fang3; Wei Xu1; 1Beijing
Institute of Technology, Beijing, China; 2Beijing Purkinje
General Instrument Co.,Ltd, Beijing, China; 3National
Institute of Metrology, Beijing, China
MP 296 The Coupling Effects of Hexapole and Octopole Fields
 Yuzhuo Wang1; Zejian Huang2;
You Jiang2; XingChuang Xiong2; Xiang Fang2; Wei Xu1;
1Beijing Institute of Technology, Beijing, China; 2National
Institute of Metrology, Beijing, China
MP 297 Design and Performance of a Prototype Miniature Triple
 Steven Wright1; Andrew
Malcolm1; Christopher Wright1; Shane O’ Prey1; Neil Dash1;
Edward Crichton1; Richard Moseley1; Wojciech Zaczek1;
Richard Syms2; Peter Edwards1; 1Microsaic Systems plc,
Woking, UK; 2Imperial College, London, UK
GENERAL INFORMATION
PAGE 66 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 298 Development of a Frequency-Scanned Quadrupole
 Deven Shinholt; Staci Anthony;
Martin Jarrold; IU Chemistry Dept., Bloomington, IN
MP 299 Increasing the Drive Frequency of a Microscale
Cylindrical Ion Trap for Improved High Pressure
 Kenion Blakeman; J. Michael Ramsey;
University of North Carolina, Chapel Hill, NC
MP 300 Effects of Elevated Pressure on the Secular
 Andrew
Hampton; Kenion Blakeman; Bruno Coupier; Derek Wolfe;
J. Michael Ramsey; UNC - Chapel Hill, Chapel Hill, NC
MP 301 
 Bruno Coupier;
Sorin Mitran; J. Michael Ramsey; UNC Chapel Hill, Chapel
Hill, NC
MP 302 
for Higher Capacity Trapping in Microscale Mass
 Kevin Schultze; J. Michael Ramsey;
University of North Carolina at Chapel Hill, Chapel Hill, NC
MP 303 
 Dmitriy Chernookiy; Bruno
Coupier; J. Michael Ramsey; University of North Carolina,
Chapel Hill, Chapel Hill, NC
MP 304 Broadband MS/MS for Fast and Sensitive Targeted

Alexander Misharin; Konstantin Novoselov; Victor Laiko;
Vladimir M. Doroshenko; MassTech, Columbia, MD
MP 305 Performance of the Ceramic-Based Rectilinear Ion Trap
 Fuxing Xu;
Liang Wang; Chuan-Fan Ding; Fudan University, Shanghai,
China
MP 306 Dual-Polarity Ion Trap Mass Spectrometry:
Simultaneous Manipulation and Mass Analysis of
 Muyi He1; Lili Wei1; You
Jiang2; Xingchuang Xiong2; Zejian Huang2; Xiang Fang2;
Wei Xu1; 1Beijing Institute of Technology, Haidian District,
China; 2National Institute of Metrology, Beijing, China
MP 307 Utilizing a Collision Cell with Axial Field for Achieving
Ultra High Speed SRM in a Triple Stage Quadrupole
 Oleg Silivra; Harald Oser; Terry
Olney; Thermo Fisher Scientic, San Jose, CA
MP 308 Design of a Prototype Digital Ion Trap for High
 Di Wang1; Theresa
Evans-Nguyen2; Friso Amerom3; 1Johns Hopkins University,
Baltimore, MD; 2Draper Laboratory, Tampa, FL; 3Mini-Mass
Consulting, St. Pete Beach, FL
MP 309 Automatic Isotope Ratio Optimization on High-Field
 Jesse D. Canterbury1; Philip
Remes1; Michael W. Senko1; Eduard Denisov2; Alexander
Makarov2; 1Thermo Fisher Scientic, San Jose, CA;
2Thermo Fisher Scientic GmbH, Bremen, Germany
MP 310 Multi-electrode Electrostatic Trap with Quadro-
Logarithmic Potential Distribution: Computer
 Gleb Vladimirov1;
Eugene Nikolaev2, 3; 1Institute for Energy Problems of
Chemical Physics, Moscow, Russia; 2Emanuel Institute
of Biochemical Physics, Moscow, Russia; 3Orekhovich
Institute of Biomedical Chemistry, Moscow, Russia
MP 311 Extending the Upper Mass Limit of Orbitrap Mass
 Philip D. Compton1; Eugen Damoc2;
Eduard Denisov2; Alexander Makarov2; Neil L. Kelleher1;
1Northwestern University, Evanston, IL; 2Thermo Fisher
Scientic, Bremen, Germany
MP 312 Development of a Novel Harmonic Oscillator Ion Trap
Mass Spectrometer Based on a Multi-Potential Ion
 Curtiss Hanson; University of Northern
Iowa, Cedar Falls, IA
MP 313 Improving the Accuracy and Limits of Detection for
 Nathan C.
Contino; Elizabeth E. Pierson; David Z. Keifer; Martin F.
Jarrold; Indiana University, Bloomington, IN
MP 314 Charge Sensitive Superconducting Nano-Strip Ion

Nobuyuki Zen1; Shigetomo Shiki1; Koji Suzuki1; Masahiro
Ukibe1; Masaki Koike1; Roberto Cristiano2; Masataka
Ohkubo1; 1AIST, Tsukuba, Japan; 2CNR, Napoli, Italy
MP 315 Sensitivity Improvement of MCP-based Ion Detectors
 Etsuo Iizuka; Toshiyuki Uchiyama;
Masahiro Hayashi; Hamamatsu Photonics KK., Iwata-City,
Shizuoka-Pref., Japan
MP 316 Ion Mobility Measurements within Fourier Transform
 Yi Xin1;
Yu Chen1; Xiang Fang2; Wei Xu1; 1Beijing Institute of
Technology, Beijing, China; 2National Institute of Metrology,
Beijing, China
MP 317 
 Andriy
Kharchenko1, 2; Joshua Driver1; Ron Heeren2; Eugene
Nikolaev3; Jon Amster1; 1University of Georgia, Athens,
GA; 2FOM Institute for Atomic and Molecular Physics,
Amsterdam, Netherlands; 3Institute for Energy Problems of
Chemical Physics, Moscow, Russia
MP 318 Improving Radial and Axial Uniformity of the Excitation
Electric Field in a Closed Dynamically Harmonized FT-
 Tong Chen1; Nathan Kaiser2; Steve Beu3; Gregory
Blakney2; Christopher Hendrickson2; Alan Marshall1, 2;
1Florida State University, Tallahassee, FL; 2National High
Magnetic Field Laboratory, Tallahassee, FL; 3S.C. Beu
Consulting, Austin, TX
MP 319 
 John B Hoyes; Andrew
Whatley; David Langridge; Anthony Gilbert; Waters,
Manchester, UK
MP 320 Design and Making of a Micro Time-Of-Flight Mass
 Xavier
Machuron-Mandard; Charles-Marie Tassetti; Romain
Mahieu; Frederic Progent; Olivier Peyssonneaux; Laurent
Duraffourg; Jean-Sébastien Danel; Atomic Energy
Commission, Arpajon Cedex, France
MP 321 Incorporation of a Radiofrequency Ion Funnel in Proton

Shane Barber1; Robert S Blake1; Iain R White1; Paul S
Monks1; Fraser Reich2; Steve Mullock2; Andrew M Ellis1;
1University of Leicester, Leicester, UK; 2Kore Technology
Limited, Cambridgeshire, UK
MP 322 Multi-Turn Time-of-Flight Mass Analyzers with
 Vyacheslav
Shchepunov; Roger Giles; Shimadzu Research Laboratory
(Europe) Ltd., Manchester, UK
MP 323 
 Viatcheslav
Artaev1; Mikhail Yavor2; Timofey Pomozov2; Anatoly
Verenchikov3; 1LECO Corporation, St. Joseph, MI; 2Institute
for Analytical Instrumention RAS, St. Petersburg, Russia;
3MSC-CG, Bar, Montenegro
MP 324 
for the Research With Exotic Nuclei and for Analytical
 Wolfgang Plass1, 2; Timo Dickel1,
2; Jens Ebert1; Johannes Lang1; Samuel Ayet2; Emma
Haettner1; Hans Geissel1, 2; Christian Jesch1; Wayne
Lippert1; Martin Petrick1; Christoph Scheidenberger1,
2; Mikhail Yavor3; 1Justus-Liebig-Universität Gießen,
Gießen, Germany; 2GSI Helmholtzzentrum für
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 67
MONDAY POSTERS
Schwerionenforschung, Darmstadt, Germany; 3Institute for
Analytical Instrumentation, RAS, St. Petersburg, Russia
MP 325 Optimization of Analytical Performances of
Synchronized Dual-Polarity MALDI-TOF Mass
 Hsun Lee;
Chih-Hao Hsiao; Yi-Sheng Wang; GRC, Academia Sinica,
Taipei, Taiwan
MP 326  Yerbol
Sapargaliyev; Igor Spivak-Lavrov; Aldan Sapargaliyev;
REB, Almaty, Kazakhstan
MP 327 Development of a Portable Mass Spectrometer for
 Feng Jin1; William D. Hoffmann1;
Guido F. Verbeck2; Glen P. Jackson1; 1West Virginia
University, Morgantown, WV; 2Department of Chemistry,
University of North Texas, Denton, TX
MP 328 
System for High Molecular Mass Ions/Particles with
 Peter Kallinger1; Victor Weiss2;
Günter Allmaier2; Wladyslaw Szymanski1; 1University of
Vienna, Vienna, Austria; 2Vienna University of Technology,
Vienna, Austria
MP 329 Simulation of a Novel Two-Dimensional Mass
Separation Method Based on CCD Imaging of Spiral Ion
 Jens Langejuergen; Christian R. Raddatz; Stefan
Zimmermann; Leibniz University Hannover, Hannover, Germany
Ambient Ionization: Instrumentation, 330 - 356
MP 330 Development and Performance Characterization of
 Linfan Li1;
Yue Ren1; Tsung-Chi Chen1; Ziqing Lin1; R. Graham
Cooks2; Zheng Ouyang1; 1Biomedical Engineering, Purdue
University, West Lafayette, IN; 2Department of Chemistry,
Purdue University, West Lafayette, IN
MP 331 A Miniature Mass Spectrometer for in-situ and Real-
 Paul I. Hendricks1; Jacob T.
Shelley1, 2; Jon K. Dalgleish1; Jason S. Duncan3; Matt T.
McNicholas4; Linfan Li5; Tsung-Chi Chen5; Zheng Ouyang3,
5; R. Graham Cooks1, 3; 1Dept. Chemistry Purdue University,
West Lafayette, IN; 2University of Muenster, Muenster,
Germany; 3Center for Analytical Instrument Development,
West Lafayette, IN; 4Department of Electrical and Computer
Engineering, West Lafayette, IN; 5Weldon School of
Biomedical Engineering, West Lafayette, IN
MP 332 Electrospray/Plasma Ionization Mass Spectrometry
for Simultaneously Characterizing Polar and Nonpolar
 Sy-Chyi Cheng; Jentaie Shiea; National Sun
Yat-Sen Univ., Kaohsiung, Taiwan
MP 333 Detecting Polar and Nonpolar Compounds by Impacting
Sample Surfaces with Reactive Species from Both
ESI
 Siou-Sian Jhang; Sy-Chyi Cheng; Jentaie
Shiea; National Sun Yat-Sen Univ., Kaohsiung, Taiwan
MP 334 Laser Desorption Combined with Electrospray/Plasma
Ionization Mass Spectrometry for the Analysis of

Siou-Sian Jhang; Sy-Chyi Cheng;
Jentaie Shiea; National Sun Yat-Sen Univ., Kaohsiung, Taiwan
MP 335 Electrospray Ionization Mass Spectrometry Combined

 Chu-
Nian Cheng; Jentaie Shiea; National Sun Yat-Sen Univ.,
Kaohsiung, Taiwan
MP 336 
 Mikhail Belov4; Yue
Huang1; lucas Monkonnen1; Scott Heron1, 2; J. Scott Edgar3;
Sung Hwan Yoon1, 2; David R. Goodlett 1, 2; 1University
of Washington, Seattle, WA; 2University of Maryland,
Baltimore, MD; 3Deurion LLC, Seattle, WA; 4Spectroglyph
LLC, Richland, WA
MP 337 
Small and Large Nonvolatile Molecules for Use in MS
 Beixi Wang; Sarah Trimpin; Wayne
State University, Detroit, MI
MP 338 
 Alexander Fialkov; Aviv Amirav;
Uri Keshet; Mati Morag; Eli Flaxer; Tal Alon; Tel-Aviv
University, Tel-Aviv, Israel
MP 339 Development of Sheath-Flow Probe Electrospray
 Kenzo Hiraoka1; Md. Obaidur
Rahman1; Mridul Kanti Mandal1; Yasuo Shida1; Lee Chuin
Chen1; Satoshi Ninomiya1; Hiroshi Nonami2; 1University of
Yamanashi, Kofu, Japan; 2Ehime University, Matsuyama,
Japan
MP 340 Fully Automated Liquid Microjunction Surface
Sampling-HPLC-MS/MS Analysis of Drugs and
 Vilmos
Kertesz1; Gary J. Van Berkel1; Paul Moench2; Alexandre
Catoire2; Adam Bentley2; Jimmy Flarakos2; 1Oak Ridge
National Laboratory, Oak Ridge, TN; 2Novartis Institutes for
BioMedical Research, East Hanover, NJ
MP 341 Continuous Flow Liquid Microjunction Surface
Sampling Probe Connected On-line with HPLC/MS for
Spatially Resolved Analysis of Small Molecules and
 Gary J. Van Berkel; Vilmos Kertesz; Oak Ridge
National Laboratory, Oak Ridge, TN
MP 342 Implementation of Ambient Ionization Sources on a

Joseph Tice1; Michael Festa1; Taylor Feraco1; Brian D.
Musselman 1; Randy Pedder2; John Mazock2; 1IonSense,
Inc., Saugus, MA; 2Ardara Technologies, Ardara, PA
MP 343 Ultra-fast Analysis of Synthetic Organic Compounds
 Peter Stokes; David Parker;
Jackie Mosely; University of Durham, Durham, UK
MP 344 Low Temperature Plasma Ionization Mass Spectrometry
for Real-Time Analysis of Size-Selected Organic
 Sandra Spencer; Gary Glish; Univ. of
North Carolina at Chapel Hill, Chapel Hill, NC
MP 345 Towards Micro Plasma Devices for Use in Ambient
 Andrew
Boweld; University of Liverpool, Liverpool, UK
MP 346 A Compact, Robust and Light Weight Surface Ionization
 Vladimir Romanov; Jan Hendrikse; Smiths
Detection, Mississauga, Canada
MP 347 

Jens Langejuergen; Stefan Zimmermann; Leibniz University
Hannover, Hannover, Germany
MP 348 
 Robert Ewing; David Atkinson; Brian H.
Clowers; Pacic Northwest National Laboratory, Richland, WA
MP 349 Development of a Piezoelectric Inkjet Dopant
Introduction Device for Atmospheric Pressure
Photoionization and Its Performance in Analysis
 Ma’ an Amad; Salim
Sioud; Erqiang Li; Sigurdur Thoroddsen; King Abdullah
University of Science and Technology, Thuwal, Saudi Arabia
MP 350 Detection of Naturally Occurring Flame Ions Using

Thomas Bierkandt1; Erdal Akyildiz1; Tina Kasper1; Stefan
Kaesdorf2; Ioannis Orfanopoulos3; Dimitris Papanastasiou3;
1University of Duisburg-Essen, Duisburg, Germany;
2Kaesdorf, Munich, Germany; 3Fasmatech, Athens, Greece
GENERAL INFORMATION
PAGE 68 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 351  Sonja
Krieger; Oliver J. Schmitz; University of Duisburg-Essen,
Essen, Germany
MP 352 Atmospheric Pressure Laser Evaporation Ionization of
 Jens Riedel; Arne Stindt; Ulrich Panne;
BAM Federal Institute for Materials, Berlin, Germany
MP 353 Analysis of Biomolecules by Atmospheric Pressure

 Raymond West; Eric Findsen; Dragan Isailovic;
University of Toledo, Toledo, OH
MP 354 Enhanced Direct Analysis of Biomedical Samples by
Laser Ablation Electrospray Ionization with Ion Mobility

Bindesh Shrestha;
Akos Vertes; George Washington University, Washington, DC
MP 355 Laser Ablation Electrospray Ionization Mass

Rachelle Jacobson; Bindesh Shrestha; Akos Vertes;
George Washington University, Washington, DC
MP 356 Peptides and Proteins Signal Enhancement in
Electrospray-Assisted Laser Desorption/Ionization
Mass Spectrometry by Black Oxide (Fe3O4
 Alexey Kononikhin1, 3; Min-Zong Huang2; Igor
Popov3, 4; Alexey Boldyrev4; Evgeny Kukaev3, 4; Alexander
Spassky1; Ilya Leipunsky1; Jentaie Shiea2; Eugene
Nikolaev1, 3; 1Institute for Energy Problems of Chemical
Physics, Moscow, Russia; 2National Sun Yat-Sen University,
Kaohsiung, Taiwan; 3Emanuel Institute of Biochemical
Physics, Moscow, Russia; 4Moscow Institute of Physics and
Technology, Moscow, Russia

MP 357 
 David Trudgian1; Roman Fischer2; Xiaofeng
Guo1; Hamid Mirzaei1; 1UT Southwestern Medical Center,
Dallas, TX; 2University of Oxford, Oxford, UK
MP 358 New Plug-ins for Freely Available Mass++ Software
 Kentaro Morimoto1; Takashi
Nishikaze1; Satoshi Tanaka1; Masaki Murase1; Shin-ichi
Utsunomiya1; Shigeki Kajihara1; Tsuyoshi Tabata2; Ken
Aoshima2; Yoshiya Oda2; Koichi Tanaka1; 1Shimadzu
Corporation, Kyoto, Japan; 2Eisai Product Creation
Systems, Eisai Corp., Tsukuba, Japan
MP 359 Novel Preprocessing Method to Align Retention
Time of LC-MALDI and New Implemented Functions
 Yuichiro Fujita1;
Natsumi Funakoshi1; Yoshihiro Yamada1; Satoshi Tanaka1;
Shin-ichirou Kawabata1; Shinichi Iwamoto1; Shinichi
Utsunomiya1; Shigeki Kajihara1; Tsuyoshi Tabata2; Ken
Aoshima2; Yoshiya Oda2; Koichi Tanaka1; 1Shimadzu
Corporation, Kyoto, Japan; 2Eisai Product Creation
Systems Eisai Co., Ltd, Tsukuba, Japan
MP 360 Mass++: A Platform for Mass Spectrometry to
Construct Suitable Software to Achieve User’s Own
 Shin-ichi Utsunomiya1; Satoshi Tanaka1;
Masaki Murase1; Shigeki Kajihara1; Tsuyoshi Tabata2;
Ken Aoshima2; Yoshiya Oda2; Koichi Tanaka1; 1Shimadzu
Corporation, Kyoto, Japan; 2Eisai Product Creation
Systems, Eisai Corp., Tsukuba, Japan
MP 361 A Software Solution for Rapid Characterization of
 Xu Guo 1; Robert Deutschman2; Byung-Hee
Shin3; Eric Johansen2; 1AB SCIEX, Canada, Concord,
ON; 2AB SCIEX, USA, Foster City, CA; 3AB SCIEX, South
Korea, Seoul, South Korea
MP 362 Building Proteomic Application Platforms for Cloud
 John
Chilton1; Roman Zenka2; Pratik Jagtap1; Benjamin Lynch1;
Robert (Bob) Bergen2; Timothy Grifn3; 1University of
Minnesota Supercomputing Institute, Minneapolis, MN;
2Mayo Clinic, Rochester, MN; 3University of Minnesota,
Minneapolis, MN
MP 363  Roman Zenka;
Surendra Dasari; Carrie J. Heppelmann; Kenneth L.
Johnson; H. Robert Bergen, III; Mayo Clinic, Rochester, MN
MP 364 
Kermit K. Murray1; Robert K. Boyd2; Marcos N. Eberlin3; G.
John Langley4; Liang Li5; Yasuhide Naito6; 1Louisiana State
University, Baton Rouge, LA; 2National Research Council,
Ottawa, Canada; 3Thomson Lab Unicamp, Campinas,
Brazil; 4University of Southampton, Southampton,
UK; 5University of Alberta, Edmonton, Canada; 6GPI,
Hamamatsu, Japan
MP 365 A Flexible Platform for Automating Mass Spectrometry

Joe Shambaugh1; Alessio Ceroni1; Jessica Qi1; Jens
Hoefkens1; Steven Pomerantz2; 1Genedata Inc, Lexington,
MA; 2Janssen Research and Development, Radnor, PA
MP 366 

Erik Hendrickson; Tony Wang; Murray Hackett; University of
Washington, Seattle, WA
MP 367  Honglan Li1; Seungjin
Na2; Eunok Paek2; 1Soongsil University, Seoul, South
Korea; 2Hanyang University, Seoul, South Korea
MP 368 Web Services for the Online NIST Libraries of Peptide
 Niksa Blonder1; Manor Askenazi2;
Dmitrii Tchekhovskoi1; Yuri Mirokhin1; Paul Rudnick1;
Stephen Stein1; 1NIST, Gaithersburg, MD; 2The Ionomix
Initiative, Arlington, MA
MP 369 BRAIN 2.0: Time and Memory Quasi-Constant

Piotr Dittwald1; Dirk Valkenborg2, 3; 1University of Warsaw,
Warszawa, Poland; 2VITO, Mol, Belgium; 3I-Biostat, Hasselt
University, Diepenbeek, Belgium
MP 370 


Timothy Grifn1; John Chilton2; James Johnson2; Ebbing
de Jong1; Getiria Onsongo2; Pratik Jagtap2; 1University
of Minnesota, Minneapolis, MN; 2University of Minnesota
Supercomputing Institute, Minneapolis, MN
MP 371 Statistical Model for Alignment of Open Platform
Proteomics Data - Incorporating Ion Mobility Separation
 Ashlee Benjamin; Will Thompson;
Erik Soderblom; M Arthur Moseley; Joseph Lucas; Duke
University, Durham, NC
MP 372 
 Gelio Alves; Aleksey
Ogurtsov; Yi-Kuo Yu; National Center for Biotechnology
Information, NLM, Bethesda, MD
MP 373 Trans-Proteomic Pipeline Tools for the Analysis of MS/
MS Proteomics Data in Conjunction with Matching
 Eric W. Deutsch; Zhi Sun; Luis Mendoza;
David Shteynberg; Joseph Slagel; Michael Hoopmann;
Terry Farrah; Robert L. Moritz; Institute for Systems Biology,
Seattle, WA

MP 374 Proteogenomics for the ENCODE Project: Investigating
 John Wrobel1, 2; Harsha P.
Gunawardena1; Jainab Khatun2; Brian Risk2; Yanbao Yu1;
Morgan C. Giddings2; Xian Chan1; 1University of North
Carolina at Chapel Hill, Chapel Hill, NC; 2Boise State
University, Boise, ID
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 69
MONDAY POSTERS
MP 375 Peptide Tracker: A Software Tool for the Management
 Derek Smith1;
Andrew Chambers1; Andrew Percy1; Dominik Domanski1;
Christoph Borchers1, 2; 1University of Victoria Genome-
BC Proteomics Centre, Victoria, BC Canada; 2Dept of
Biochemistry and Microbiology, U Victoria, Victoria, Canada
MP 376 
 Jorrit Boekel1, 2; Janne
Lehtiö1, 2; Lukas Käll1, 3; 1Science for Life Laboratory, Solna,
Sweden; 2Karolinska Institutet, Stockholm, Sweden; 3KTH
Royal Insitute of Technology, Stockholm, Sweden
MP 377 Customized Real-Time Control of Benchtop Orbitrap
 Andreas Kuehn1; Florian Grosse-Coosmann1; Thomas
Rietpietsch1; Jan-Peter Hauschild1; Katja Tham1; Tim
Stratton2; Derek Bailey1; Robert Malek1; Markus Kellmann1;
Christoph Henrich1; Oliver Lange1; Andreas Wieghaus1;
Stevan Horning1; Alexander Makarov1; 1Thermo Fisher
Scientic (Bremen), Bremen, Germany; 2Thermo Fisher
Scientic (San Jose), San Jose, CA
MP 378 
 James Johnson; John Chilton;
Pratik Jagtap; Ben Lynch; Tim Grifn; University of
Minnesota, Minneapolis, MN
MP 379 
 Norton
Kitagawa 1; Abhijit Rane2; Steven M. Fischer1; Joe Roark1;
Maithilee Samant1; Theodore Sana1; 1Agilent Technologies,
Inc., Santa Clara, CA; 2Persistent Systems, Ltd., Pune, India
MP 380 Mass Spectrometry Interactive Virtual
E Jeremy
Carver; Ian Kaufman; Claudiu Farcas; Vineet Bafna; Nuno
Bandeira; UCSD, La Jolla, CA
MP 381 Metabolomics Data Analysis Framework – Database
and Web Portal for Curation and Analysis of Mass-
 Alexander
Raskind; Anupama Janga; University of Michigan, Ann
Arbor, MI
MP 382 Sharing Targeted Proteomics Assays Using Skyline
 Vagisha Sharma1; Josh Eckels2; Brendan
MacLean1; Shannon A. Joyner3; Jacob D. Jaffe4; Michael J.
MacCoss1; 1University of Washington, Seattle, WA; 2LabKey
Corp., Seattle, WA; 3Carnegie Mellon University, Pittsburgh,
PA; 4The Broad Institute, Cambridge, MA
MP 383 ProteomicsDB: A Protein Centric Database and
 Mathias Wilhelm1;
Judith Schlegl2; Amin Moghaddas Gholami1; Hannes
Hahne1; Joos-Hendrik Boese2; Marcus Lieberenz2; Mikhail
Savitski3; Yuval Morad2; Lars Butzmann2; Emanuel Ziegler2;
Anton Niadzelka2; Eyk Kny2; Helmut Cossmann2; Siegfried
Gessulat2; Marcus Bantscheff3; Anja Gerstmair2; Franz
Faerber2; Bernhard Kuster1; 1Technical University Munich,
Freising, Germany; 2SAP AG Germany, Walldorf, Germany;
3Cellzome, Heidelberg, Germany
MP 384 A Common Analysis Pipeline for Interpretation of
Data from the Clinical Proteomics Tumor Analysis
 Paul Rudnick1; Niksa Blonder1;
Nathan Edwards2; Yuri Mirokhin1; Dmitrii Tchekovskoi1;
Xinjin Yan1; Stephen Stein1; 1NIST, Gaithersburg, MD;
2Georgetown University, Washington, DC
MP 385 Solving the Bioinformatics Bottlenecks of Massive
Storage & Data Distribution, Huge Computational
 Gautam Saxena
1; Christine Jellinek3; Vidya Venkat3; Rafael Dugarte1; Scott
Kuzdzal2; Jennifer Van Eyk3; 1Integrated Analysis, Bethesda,
MD; 2Shimadzu Scientic, Columbia, MD; 3Johns Hopkins
Medical School, Baltimore, MD
MP 386 
 Hanqing Liao1; Emmanouil
Moschidis1; Isabel Riba-Garcia1; Richard Unwin1; Warwick
Dunn2; Jeffrey Morris3; Jim Graham1; Andrew Dowsey1;
1University of Manchester, Manchester, UK; 2University of
Birmingham, Birmingham, UK; 3UT MD Anderson Cancer
Center, Houston, TX

MP 387 Analyses of Yeast mRNPs by the Use of the Photo-
Reactive Nucleobase 4-thio-uracil and Mass
 Uzma Zaman1; Kum-Loong Boon1;
Katharina Kramer1; Timo Sachsenberg2; Oliver Kohlbacher2;
Reinhard Lührmann1; Henning Urlaub1; 1Max Planck
Institute for Biophysical chemistry, Goettingen, Germany;
2University of Tuebingen, Tuebingen, Germany
MP 388 Development of a Bioinformatics Toolbox to Support

Mathieu Courcelles; Mike Tyers; IRIC/Université de
Montréal, Montréal, Canada
MP 389 IMS, HCD, and ETD for Improved Chemical Cross-
 Eric Merkley1; Erin Baker1;
Kevin Crowell1; Daniel Orton1; Thomas Taverner2; Charles
Ansong1; Yehia Ibrahim1; Meagan Burnet1; John Cort1;
Gordon Anderson1; Richard Smith1; Arnab Mukherjee3; Kyle
Miner3; Ambika Bhagi3; Yi Lu3; Joshua Adkins1; 1Pacic
Northwest National Laboratory, Richland, WA; 2Mango
Solutions, Chippenham, UK; 3University of Illinois Urbana-
Champaign, Urbana, IL
MP 390 ICC-CLASS Software for Automated Data Analysis of
 Evgeniy Petrotchenko1;
Christoph Borchers1, 2; 1University of Victoria-Genome BC
Proteomics Centre, Victoria, Canada; 2Dept of Biochemistry
and Microbiology, U Victoria, Victoria, Canada
MP 391 MS-based Characterization of Endogenous


Roman Subbotin; Júlio Padovan; Brian Chait; The
Rockefeller University, New York, NY
MP 392 Tissue Transglutaminase is a Negative Regulator of
Monomeric Lactritin Bioactivity and Lacritin Crosslink
 Kari Green1;
Liwen Zhang1; Gordon Laurie2; 1The Ohio State Universtiy,
Columbus, OH; 2University of Virginia, Charlottesville, VA

MP 393 The Effect of Chemical Cross-Linking on Protein
 Daniel Rozbesky1, 2; Josef
Chmelik1; Zdenek Kukacka1, 2; Petr Man1, 2; Petr Novak1, 2;
1Institute of Microbiology, Prague, Czech Republic; 2Charles
University, Prague, Czech Republic
MP 394 Structure Characterization: Chemical Cross-Linking
Combined with Mass Spectrometry, Dealing with
 Li Peng1; Morten Rasmussen1;
Gunnar Houen2; Peter Højrup1; 1The University of Southen
Denmark, Odense, Denmark; 2Statens Serum Institut,
Copenhagen, Denmark
MP 395 
Fragmentation Features of Lys-Lys Cross-Linked

Hector Koolen; Alexandre Gomes; Fabio Gozzo; UNICAMP,
Campinas, Brazil
MP 396 Expanding the Nuclease Toolkit for Middle-Down

 Matteo Scalabrin; Papa Nii Asare-Okai; Sugyan
GENERAL INFORMATION
PAGE 70 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
Dixit; John Mangrum; Will McIntyre; Rebecca Rose; Maria
Basanta Sanchez; Daniele Fabris; University at Albany, The
RNA Institute, Albany, NY
MP 397 A Novel Protein Cross-linker for Mass Spec Analysis:

 Dan Tan1; Qiang Li1; Xiangke Li1;
Sheng-Bo Fan2; Kun Zhang2; Hao Chi2; Li Tao1; Bing Yang1;
Yue-He Ding1; Pan Zhang1; Xiaohui Liu3; Si-Min He2; Meng-
Qiu Dong1; Xiaoguang Lei1, 3; 1National Institute of Biological
Sciences, Beijing, China; 2ICT, Chinese Academy of
Sciences, Beijing, China; 3Tianjin University, Tianjin, China
MP 398 Extending the Cross-Linking/MS Strategy: Investigation
of Nidogen-1 Complexes by Incorporated Photo-
 Philip Lössl1;
Knut Kölbel1; Dirk Tänzler1; Christian Ihling1; Manuel
Keller2; Frank Zaucke2; Jens Meiler3; Andrea Sinz1; 1Martin
Luther University Halle, Halle, Germany; 2Medical Faculty,
University of Cologne, Cologne, Germany; 3Vanderbilt
University, Nashville, TN
MP 399 Integrative Approach (Chemical Cross-linking and

between Crystal and Solution Structure of FimX-PilZ
 Mariana Fioramonte1; Cristiane R. Guzzo2;
Shaker Chuck Farah2; Fabio C. Gozzo1; 1University of
Campinas, Campinas, Brazil; 2University of São Paulo, São
Paulo, Brazil
MP 400 Impact of Crosslinker Chemistry on Peptide
 Randy
J. Arnold; Suraj Saraswat; Chao Ji; Haixu Tang; Predrag
Radivojac; James P. Reilly; Indiana University, Bloomington,
IN
MP 401 Structural Models of Lymphocyte Receptor NKR-
P1C Revealed by Mass Spectrometry and Molecular
 Daniel Rozbesky1, 2; Petr Man1, 2; Zdenek
Kukacka1, 2; Zoe Sovova3, 4; Rudiger Ettrich3, 4; Julien
Marcoux5; Carol V. Robinson5; Petr Novak1, 2; 1Institute
of Microbiology, Prague, Czech Republic; 2Faculty of
Sciences, Charles University, Prague, Czech Republic;
3Institute of Nanobiology and Structural Biology, Nove
Hrady, Czech Republic; 4Faculty of Sciences, University of
South Bohemia, Nove Hrady, Czech Republic; 5Department
of Chemistry, University of Oxford, Oxford, UK
MP 402 

Ian Webb; Yang Gao; Scott McLuckey; Purdue University,
Lafayette, IN
MP 403 Negative Ion Chemical Cross-linking Coupled With Ion
Mobility Mass Spectrometry for Improved Structural
 Antonio Calabrese;
Deanna Carmen; Denise Tran; Danielle Williams; Yanqin
Liu; Tara Pukala; University of Adelaide, Adelaide, Australia
MP 404 Development of Stable Isotope-Labeled CID-cleavable
Cross-linkers for Structural Characterization of Protein
 Clinton Yu; Wynne Kandur; Athit Kao; Scott
Rychnovsky; Lan Huang; University of California, Irvine, CA
MP 405 Zero-Length Crosslinking of Protein Heterodimers
Using 15 Karl
Makepeace1; Evgeniy Petrotchenko1; James Bardwell2;
Shu Quan2; Christoph Borchers1, 3; 1University of Victoria-
Genome BC Proteomics Centre, Victoria, Canada; 2Dept
of Mol., Cell., and Dev. Biology, U Michigan, Ann Arbor, MI;
3Dept of Biochemistry and Microbiology, U Victoria, Victoria,
Canada
MP 406 Novel isotopically-Coded Photoreactive
Heterobifunctional Short-Range Crosslinkers for
 Karl Makepeace1; Nicholas
Brodie1; Evgeniy Petrotchenko1; Christoph Borchers1, 2;
1University of Victoria-Genome BC Proteomics Centre,
Victoria, Canada; 2Dept of Biochemistry and Microbiology, U
Victoria, Victoria, Canada
MP 407 

Hansuk Buncherd; Behrad Ghavim; Winfried Roseboom;
Leo J. de Koning; Chris G. de Koster; Luitzen de Jong;
University of Amsterdam, Amsterdam, Netherlands
MP 408 Crosslinking Study of the Malaria Pathogen Surface
Protein Complex Pf12-Pf Michelle Tonkin1; Karl
Makepeace2; Jason Serpa2; Evgeniy Petrotchenko2; Martin
Boulanger1; Carol Parker2; Christoph Borchers1, 2; 1Dept
of Biochemistry and Microbiology, U Victoria, Victoria,
Canada; 2University of Victoria-Genome BC Proteomics
Centre, Victoria, Canada
MP 409 Evaluating the Potential of an MS/MS-Cleavable Cross-

Jens Pettelkau1; Romy Fritzsche1; Christian H. Ihling1;
Mathias Müller3; Mathias Schäfer2; Andrea Sinz1; 1Martin-
Luther-Universität Halle-Wittenberg, Halle, Germany;
2Universität zu Köln, Köln, Germany; 3ThermoFisher
Scientic, Bremen, Germany
MP 410 Quantitative Proteomics of the Prokaryotic Immune
Defense System Including the Analysis of protein-

Kundan Sharma1; Britta Stoll2; Anita Marchfelder2; Hagen
Richter3; Lennart Randau3; Henning Urlaub1, 4; 1Max-
Planck-Institut für Biophysikalische Chemie, Gottingen,
Germany; 2Universität Ulm, Ulm, Germany; 3Max-Planck-
Institut für terrestrische Mikrobiologi, Marburg, Germany;
4Universitätsmedizin Göttingen, Göttingen, Germany
MP 411 Probing the Human 26S Proteasome Structure by In
vivo Athit Kao1;
Xiaorong Wang1; Yingying Yang1; Anthony Burke2; Scott
Rychnovsky2; Pierre Baldi3, 4; Lan Huang1; 1Dept. Phys.
& Biophys., University of California, Irvine, CA; 2Dept. of
Chemistry, University of California, Irvine, CA; 3Dept. of
Comp. Sci., University of California, Irvine, CA; 4Inst. for
Genom. and Bioinf., Univ. of California, Irvine, CA
MP 412 Investigating the Binding Site of the Psb28 Protein in
Cyanobacterial Photosystem II Using Cross-Linking,
 Daniel A. Weisz; Hao
Zhang; Haijun Liu; Michael L. Gross; Himadri B. Pakrasi;
Washington University in St. Louis, St. Louis, MO
H/D Exchange: Protein Structure/Function, 413 - 440
MP 413 Hydrogen/Deuterium Exchange Mass Spectrometry
Reveals the Binding Interfaces Between Proliferating
 Richard
Yu-Cheng Huang 1, 2; Zhuo Li2; Zvi Kelman1, 2; Jeffrey
Hudgens1, 2; 1NIST, Gaithersburg, MD; 2IBBR, Rockville, MD
MP 414 
 Gregory Pirrone1; Michael S. Kent2;
Xiaomeng Shi1; John R. Engen1; 1Northeastern University,
Boston, MA; 2Sandia National Laboratories, Albuquerque,
NM
MP 415 H/DX Mass Spectrometry Studies for the Stability of

 Hanliu Wang; Kanchan Garai; Carl Frieden; Michael
Gross; Washington University in St. Louis, St. Louis, MO
MP 416 Characterize the Local Conformational Effects of
Chemical Degradation in Recombinant rhDNase by

Jian Cao; Jin Li; Justin Jeong; Viswanatham Katta; Jennifer
Zhang; Protein Analytical Chemistry, Genentech Inc., South
San Francisco, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 71
MONDAY POSTERS
MP 417 Mechanism of Calmodulin-Induced Activation of
Calcineurin Revealed Using Hydrogen/Deuterium
 Mohammed Al-
Naqshabandi; David Weis; University of Kansas, Lawrence,
U.S.
MP 418 Structural Study of Redox Sensitive Protein, Nm23 by
 Jae Jin Lee; Jaeho Jeong; In-Kang song; Jin-Hwan
Cho; Kong-Joo Lee; College of Pharmacy, Ewha Womans
Univ., Seoul, South Korea
MP 419 HXMS Investigation of Activation Segment Dynamics
 Thomas E.
Wales1; Raji E. Joseph2; Amy H. Andreotti2; John R.
Engen1; 1Northeastern University, Boston, MA; 2Iowa State
University, Ames, IA
MP 420 Assessment of Protein Structural Differences by
 Kai
Zhang; Jon Fitchett; Bryan E. Jones; Lilly Biotechnology
Center, San Diego, CA
MP 421 Locating Zn-bound Histidines in Metalloproteins Using

Jia Dong; Nicholas Borotto; Richard Vachet; University of
Massachusetts Amherst, Amherst, MA
MP 422 LysRS Novel Function with PhosphorylatedThr52

Qian Zhang1; Pengfei Fang2; Min Guo2; Nicolas Young3;
Alan Marshall1, 3; 1Department of Chemistry and
Biochemistry, FSU, TAllahassee, FL; 2The Scripps Research
Institute, Scripps Florida, Jupiter, FL; 3Ion Cyclotron
Resonance Program, NHMFL, TAllahassee, FL
MP 423 Single Residue Level Hydrogen/Deuterium Exchange
Kinetics Studied by Top-Down Mass Spectrometry
 Yining Huang;
Don Rempel; Weidong Cui; Michael Gross; Washington
University, St. Louis, MO
MP 424 Higher-Order Structural Characterization of Post-

 Jingxi Pan1;
Christoph Borchers1, 2; 1University of Victoria-Genome BC
Proteomics Centre, Victoria, Canada; 2Dept of Biochemistry
and Microbiology, U Victoria, Victoria, Canada
MP 425 Structural Analysis of human RXR Homotetramer

Jennifer Cushing; Emily Cowart; LeeAnn Boerma; Gang
Xia; Donald D. Muccio; Matthew B. Renfrow; University of
Alabama at Birmingham, Birmingham, AL
MP 426 Analysis of Huntington’s Disease Related Protein
 James Arndt; Justin
Legleiter; Kathleen Burke; Stephen Valentine; West Virginia
University, Morgantown, WV
MP 427 H/DX and Mass Spectrometry Reveal the pH
Dependence Conformational Changes of Diphtheria
 Jing Li1; Mykola Rodnin2; Alexey
Ladokhin2; Michael Gross1; 1Washington University in St.
Louis, St. Louis, MO; 2University of Kansas Medical Center,
Kansas city, KS
MP 428 
of Bacterial F0F1-ATPase Using Hydrogen-Deuterium
 Antony D. Rodriguez;
Stanley D. Dunn; Lars Konermann; The University of
Western Ontario, London, Canada
MP 429 Antibody-Antigen Interactions Investigated by

Başak Kϋkrer; Cristina Puchades Garcia; Otto Diefenbach;
Eveline Sneekes-Vriese; Adrian Apetri; Crucell Vaccine
Institute, Leiden, Netherlands
MP 430 Hydrogen/Deuterium Exchange Coupled with Mass
Spectrometry to Measure the Affect of Transition Metals
 Nicholas Borotto; Jia Dong; Richard
W. Vachet; University of Massachusetts, Amherst, MA
MP 431 
 Gregory O. Staples 1; Craig D. Wenger1;
Reid A. Brennen1; Yunan Miao3; Terry D. Lee3; Debbie
Ritchey1; Arpad Horvath1; Hongfeng Yin1; Kevin Killeen1;
Julie Cichelli2; 1Agilent Laboratories, Santa Clara, CA;
2Agilent Technologies, Little Falls, DE; 3City of Hope,
Duarte, CA
MP 432 

Liping Yang; David Broderick; Yuan Jiang; Yan Campbell;
Adrian Gombart; Jan Stevens; Victor Hsu; Claudia Maier;
Oregon State University, Corvallis, OR
MP 433 NEDD8ylation Induced Conformational Changes in
Cullin Scaffold Protein Studied by Hydrogen Deuterium
 Sasidhar N Nirudodhi1;
Yuan Jiang3; Haibin Mao2; Ning Zheng2; Claudia S. Maier1;
1Dept. of Chemistry, Oregon State University, Corvallis, OR;
2Dept. of Pharmacology, University of Washington, Seattle,
WA; 3Dept. of Statistics, Oregon State University, Corvallis,
OR
MP 434 Investigating Catalysis-Linked Dynamics in Yeast
Alcohol Dehydrogenase by Measuring Kinetic
Isotope Effects Using Time-Resolved ESI-MS with H/D
 Peter Liuni; Derek Wilson; York University
Department of Chemistry, Toronto, Canada
MP 435 Studies of Changes in STAT3 Dynamics upon
Interaction with Novel Small Molecule Dimerization
 Diana Resetca; Derek
Wilson; York University, Toronto, Canada
MP 436 Hydrogen/Deuterium Exchange Reveals the

 Richard Yu-Cheng
Huang 1, 2; Jeffrey Hudgens1, 2; 1NIST, Gaithersburg, MD;
2IBBR, Rockville, MD
MP 437 Probing Protein Conformation of Cellobiose
Dehydrogenase by Hydrogen/Deuterium Exchange
 Petr Halada1; Alan Kadek1, 2; Petr
Novak1, 2; Roland Ludwig3; Petr Man1, 2; 1Institute of
Microbiology of ASCR, v.v.i., Prague, Czech Republic;
2Department of Biochemistry, Charles University, Prague,
Czech Republic; 3Food Biotechnology Laboratory, BOKU
University, Vienna, Austria
MP 438 Probing Conformational Changes in Amyloid Beta
Aggregation by Pulsed Hydrogen/Deuterium Exchange
 Ying Zhang1; Don Rempel1; Jun
Zhang2; Anuj Sharma1; Liviu Mirica1; Michael Gross1;
1Washington University in St. Louis, St. Louis, MO;
2Department of Drug Product Development, Amgen Inc.,
Seattle, WA
MP 439 Study of Protein Folding/Unfolding Structure
Mechanism of Staphylococcal Nuclease Wild Type
 Rohana
Liyanage; Derek Derek Pyland; Jennifer Gidden; Wesely
Stites; Jackson Jackson O. Lay Jr; University of Arkansas,
Fayetteville, AR
MP 440 Probing Conformational Dynamics of Estrogen

 Yeqing Tao1; Sepideh
Khorasanizadeh2; Qian Zhang1; Nicolas Young3; Fraydoon
Rastinejad2; Alan Marshall1, 3; 1Florida State University,
Tallahassee, FL; 2Sanford Burnham Medical Research
Institute, Orlando, FL; 3National High Magnetic Field
Laboratory, Tallahassee, FL
GENERAL INFORMATION
PAGE 72 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS

MP 441 Characterization of Novel Polyketide Synthase Activity
by the Measurement of Intact Protein and Proteolytic
 Michaela M.
Hinks; Shan M. Randall; Irina Koryakina; Gavin J. Williams;
David C. Muddiman; North Carolina State University,
Raleigh, NC
MP 442 Limited Proteolytic Cleavage - Mass Spectrometry
 Maria Christina
Malinao; Rebecca Carroll; Claudia Guevara; James Song;
David Tae; Vladimir Kery; Agensys, Inc., Santa Monica, CA
MP 443 


Paraschiv Gabriela Ioana1; Cecile Vincke2; Paulina
Czaplewska3; Marilena Manea1; Serge Muyldermans2;
Michael Przybylski1; 1University of Konstanz, Konstanz,
Germany; 2Vrije Universiteit Brussel, Brussel, Belgium;
3University of Gdańsk, Gdańsk, Poland
MP 444 

Completely Different? Georg Drabner; Isabel Hermann;
Verena Niggeloh; Roche Diagnostics GmbH, Penzberg,
Germany
MP 445 Mapping the Binding Sites of New Photoactivatable

Christopher Wootton; Ilaria Finazzi; Mark Barrow; Peter B.
O’Connor; Peter J. Sadler; University of Warwick, Coventry,
UK
MP 446 
Nicole Heinks; Erik Carlson; Joseph Johnson; University of
Minnesota, Duluth, Duluth, MN
MP 447  Barbara
S. Larsen; Timothy Snow; Andrew Eliot; The DuPont
Company, Wilmington, DE
MP 448 Degradation Processes of Archaeological Silk Proteins
 Kazuki Kawahara1;
Mayumi Yamada2; Fumio Okada3; Miho Muguruma1;
Atsuko Miyaji1; Yoshiki Matsuo1; Takashi Nakazawa1; 1Nara
Women’s University, Nara, Japan; 2Biosys Technologies,
Inc., Tokyo, Japan; 3Kyoto University of Art and Design,
Kyoto, Japan
MP 449 Stress Response in Daphnia pulex Aaron Steevensz1;
Roland Vergilino1; Melania Cristescu2; Panayiotis Vacratsis1;
1University of Windsor, Windsor, Canada; 2McGill University,
Montreal, Canada
MP 450  Ravi
Kumar Krovvidi1; Arunkumar Padmanaban1; Vadiraja Bhat2;
1Agilent Tech, Bangalore, India; 2Agilent, LittleFalls
MP 451 
Containing Proteins Following Online Digestion, Online
 Qiuling
Zheng1; Hao Zhang2; Hao Chen1; 1Ohio University, Athens,
OH; 2Washington University, St. Louis, MO
MP 452 Investigating Redox Regulation in the Apoptotic

Sophie Thurlow1; David Clarke1; Jenna Scotcher2; Colin
Campbell1; C. Logan Mackay1; Patrick Langridge-Smith1;
1Edinburgh University, Edinburgh, UK; 2NHMFL, Florida
State University, Tallahassee, FL
MP 453 
Protein Using Differential Alkylation with O16/O18
 Shunhai Wang; Igor Kaltashov;
University of Massachusetts, Amherst, MA
MP 454 

 Martin A. Giera1;
Simone Nicolardi1; Pieter Kooijman1; Agnieszka Kraj2;
Jean-Pierre Chervet2; André M. Deelder1; Yuri E.M. van
der Burgt1; 1Leiden University Medical Center, Leiden,
Netherlands; 2Antec, Zoeterwoude, Netherlands
MP 455 An Enrichment Approach Using a Highly Selective

 Ülkü
Güler; Ömür Çelikbıçak; Bekir Salih; Hacettepe University,
Department of Chemistry, Ankara, Turkey
MP 456 
 Li Zhang1; Kevin Xiao2;
Faye Fang1; 1R&D Systems Inc, Minneapolis, MN; 2Dept of
Medicine, Duke University Medical Center, Durham, NC
MP 457 Evaluation of Expressed Sequence Tags for the
Taenia solium Metacestode Excretion/
 Bjorn Victor1; Pierre Dorny1; Kirezi
Kanobana1; Katja Polman1; Johan Lindh2, 3; André M.
Deelder4; Magnus Palmblad4; Sarah Gabriël1; 1Institute
of Tropical Medicine, Antwerpen, Belgium; 2Karolinska
Institutet, Stockholm, Sweden; 3Swedish Institute for
Communicable Disease Control, Solna, Sweden; 4Leiden
University Medical Center, Leiden, The Netherlands
MP 458 

Inclusion/Exclusion Lists in Data-Dependent LC-MS/
 Ying Zhang1; Dario Bottinelli1; Aivett
Bilbao1, 2; Bandar Alghanem1; Frédéric Nikitin2; Markus
Müller2; Frédérique Lisacek2; Jeremy Luban3; Caterina
Strambio De Castillia3; Emmanuel Varesio1; Gérard
Hopfgartner1; 1University of Geneva, Geneva, Switzerland;
2Swiss Institute of Bioinformatics, Geneva, Switzerland;
3University of Massachusetts, Worcester, MA
MP 459 “MELD”: A Bottom-Up Method to Fully de novo
 Gabriel Mazzucchelli1; Tyler
Zimmerman2; Marie-Alice Meuwis1; Nicolas Smargiasso1;
Edwin De Pauw1; 1Univeristy of Liege, MS Lab - GIGA,
Liege, Belgium; 2National Institute of Standards and
Technology, Gaithersburg, MD
MP 460 
Routine Bottom-Up Protein and Post-Translational
 Mike Naldrett; Ellen Marsh;
Sophie Alvarez; Donald Danforth Plant Science Center, St
Louis, MO
MP 461 Extent of Urea-Induced Protein Carbamylation during
 Laxmikanth Kollipara; René Zahedi;
Leibniz-Institut für Analytische Wissenschaften, Dortmund,
Germany
MP 462 High-throughput Scheduled MRM for Multiplexed
Quantitation of Chemical Probe Labeled Enzymes
 Song Li1; Pamela Diego1; Santosh
Keshipeddy1; Bekim Bajrami1; Vahid Farrokhi1; Adam
McShane1; Ying Wai Lam2; Bin Deng2; Reza Nemati1; Amy
Howell1; Xudong Yao1; 1University of Connecticut, Storrs,
CT; 2University of Vermont, Burlington, VT

MP 463  David
Cox; Sandra Chu; Stephen Tate; Ron Bonner; AB SCIEX,
Concord, Canada
MP 464 
Mobility Based Data-Indendent Acquisition Enables the

1D-nanoUPLC-IMS-MSE Ute Distler; Jörg
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 73
MONDAY POSTERS
Kuharev; Stefan Tenzer; UMC of the Johannes Gutenberg
University Mainz, Mainz, Germany
MP 465 The Iterative Data Analysis towards the Unfractionated
 Shenyan
Zhang1, 2; Bo Wen1; Shaohang Xu1; Baojin Zhou1; Zhen
Chen2; Quanhui Wang1, 2; Xiaomin Lou2; Haidan Sun2; Liang
Lin1; Siqi Liu1, 2; 1BGI-Shenzhen, Shenzhen, China; 2Beijing
Institute of Genomics, CAS, Beijing, China
MP 466 Exploring Transition from SWATH Acquisition to MRM
 Sahana Mollah;
Christie Hunter; AB SCIEX, Foster City, CA
MP 467 Using Fractionation and Labeling with Data
 Sean L. Seymour; Christie L.
Hunter; AB SCIEX, Foster City, CA
MP 468 Can We Use Conserved Domains to Reveal Unique

Microbial Communities? Brook Nunn1; Timothy Mattes2;
Sonia Ting1; Giora Proskurowski1; Michael MacCoss1;
Deborah Kelley1; David Goodlett3; Robert Morris1;
1University of Washington, Seattle, WA; 2University of Iowa,
Iowa City, IA; 3University of Maryland, Baltimore, MD
MP 469 Developing Peptide Library for SWATH™ Based
 Melinda Wojtkiewicz; Jessica Winkler;
Jayme Wiederin; Lance Villeneuve; Kelly Stauch; Howard
S. Fox; Pawel Ciborowski; University of Nebraska Medical
Center, Omaha, NE
MP 470 Understanding the Role of Proteolytic Digestion on
Discovery – and Targeted-Proteome Measurements
 Philip Loziuk; North Carolina State
University, Raleigh, NC
MP 471 Combining Pulsed-SILAC Labeling and Click-
Chemistry to Probe Rapid Proteome and Secretome

Katrin Eichelbaum; Jeroen Krijgsveld; EMBL Heidelberg,
Heidelberg, Germany
MP 472 Quantitative Degradomics Using an Isotope Labeled
 Kazutaka Shimbo1, 2; Sami Mahrus2; Robert
Chalkley2; James Wells2; 1Ajinomoto CO., INC, Kawasaki-
Shi, Japan; 2University of California, San Francisco, CA
MP 473 
Proteins after Red Propolis Extract Treatment in Hep-
 Mariana Roesch-Ely1; Sidnei Moura1; Caroline
Olivieri da Silva Frozza1; Tanara da Silva Ribeiro1; Paulo
Marcos Pinto2; Francine Ferreira Padilha3; João Antonio
Pêgas Henriques1; 1University of Caxias do Sul, Caxias
do Sul, Brazil; 2Federal University of Pampa, São Gabriel,
Brazil; 3Tiradentes University, Aracaju, Brazil
MP 474 Quantitative Analysis of the C2C12 and Mouse Skeletal

Michelle Henderson; John Chilton; Getiria Onsongo; Pratik
Jagtap; Edgar Arriaga; U of M, Minneapolis, MN
MP 475 Coping with the Trade-Off between Comprehensive

 Masaki Wakabayashi; Naoyuki
Sugiyama; Yasushi Ishihama; Kyoto University, Kyoto,
Japan
MP 476 High Throughput Quantitative p-SILAC in Niche
 Mario Looso1; Christian Michel1; Marc
Bruckskotten1; Jens Preussner1; Panagiotis Tsonis2; Marcus
Krueger1; Thomas Braun1; 1Max-Planck-Institute for Heart
and Lung Research, Bad Nauheim, Germany; 2TREND,
University of Dayton, Dayton, OH
MP 477 Depolarization Dependent Spatial Localization of
 María Ibáñez-Vea; Sanah
Shah; Alistair Edwards; Lene Jakobsen; Martin R. Larsen;
University of Southern Denmark, Odense, Denmark
MP 478 
Chemical Complementation and Phosphoproteomics.

 Isabel Martinez Ferrando1; Raghothama
Chaerkady1; Jun Zhong1; Henrik Molina2; Harrys Jacobs1;
Katie Herbst-Robinson3; Beverley Dancy1; Vikram Katju4;
Ron Bose5; Jin Zhang1; Akhilesh Pandey1; Cole Philip1;
1Johns Hopkins School of Medicine, Baltimore, MD;
2Rockefeller University, New York City, US; 3University of
Pennsylvania, Philadelphia, US; 4M.D. Anderson Cancer
Center. University of Texas, Houston, US; 5Washington
University School of Medicine, Saint Louis, US
MP 479 Quantitative Proteomic and Proteogenomic Comparison
 Harsha P. Gunawardena 1; John
Wrobel1; Jainab Khatun2; Brian Risk2; Morgan C. Giddings2;
Xian Chen1; 1University of North Carolina at Chapel Hill,
Chapel Hill, NC; 2Boise State University, Boise, ID
MP 480 
 Qiang Gao;
Nayantara Kothari; Zhuyan Guo; Huang Shih-Min A; Hong
Cheng; Bailin Zhang; Sano Oncology, Cambridge, MA
MP 481 Synthesis of d-Labeled and Unlabeled Ethyl Succinic
Anhydride and Application to Quantitative Analysis of

Satomi Niwayama; Masoud Zabet-Moghaddam; Aarif
Shaikh; Texas Tech University, Lubbock, TX
MP 482 Application of CESI-MS on SILAC-based Quantitative
 Herbert H. Lindner1; Klaus Faserl1; Leopold
Kremser1; Martin Mueller2; David Teis2; Bettina Sarg1;
1Biocenter, Division of Clinical Biochemistry, Innsbruck,
Austria; 2Biocenter, Division of Cell Biology, Innsbruck,
Austria
MP 483 In-Source Fragmentation and the Sources of Partially
 Jong-Seo
Kim1, 2; Matthew E. Monroe1; David G. Camp II1; Richard
D. Smith1; Wei-Jun Qian1; 1Pacic Northwest National Lab,
Richland, WA; 2Institute for Basic Science, Seoul National
Univ., Seoul, Korea
MP 484 
 Sung
Hwan Yoon1, 2; Young Ah Goo1, 2; Michael Wilson1, 2; Yue
Huang1; J. Scott Edgar3; Scott Heron1, 2; David R. Goodlett1,
2; 1University of Washington, Seattle, WA; 2University of
Maryland, Baltimore, MD; 3Deurion LLC, Seattle, WA
MP 485 
 Joe R. Cannon;
Jennifer S. Brodbelt; Univ. of Texas at Austin, Austin, TX
MP 486 
Proteomics Samples by Controlling Peptide Charge
 Stephanie Kaspar;
Stuart Pengelley; Thorsten Ledertheil; Ralf Hartmer;
Wolfgang Jabs; Carsten Baessmann; Bruker Daltonik,
Bremen, Germany
MP 487 Characterization and Optimization of a High Field
 Fiona Pachl; Bernhard
Kuster; Technical Universitiy Munich, Freising, Germany
MP 488 Deep Proteome Mapping of HeLa and U2OS Human
 Cristian Ruse1; Samantha Peacock1;
Vadiraja B Bhat 2; 1Cold Spring Harbor Laboratory, Cold
Spring Harbor, NY; 2Agilent Technologies, Wilmington, DE
MP 489 Travelling Wave Ion Mobility Assisted Duty Cycle
Enhancements for Targeted and Non-Targeted
 Christopher J Hughes;
Johannes PC Vissers; James Langridge; Waters,
Manchester, UK
GENERAL INFORMATION
PAGE 74 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 490 


Reiko Kiyonami1; Michael Senko1; Vlad Zabrouskov1;
Jarrett Egertson2; Sonia Ting2; Michael MacCoss2; Andreas
Hühmer1; 1ThermoFisher Scientic, San Jose, CA;
2University of Washington, Seattle, WA
MP 491 Characterization of Proteomics Performance of a Novel
Collision Cell for Ultrahigh Resolution Time of Flight
 Markus Lubeck; Ralf
Hartmer; Oliver Raether; Carsten Baessmann; Bruker
Daltonik GmbH, Bremen, Germany
MP 492 

 Sunil Adav; Siu-Kwan Sze; Nanyang
Technological University, Singapore, SG
MP 493 Reproducibility of SWATH™ MS Analysis and
 Yang Kang;
Stephen Tate; Christie Hunter; Suya Liu; Ron Bonner; AB
Sciex, Concord, Canada

MP 494 Intact 20kDa Extracellular Domain of APO2L/TRAIL
Bioanalysis by HRMS: A Potential Cancer Therapeutic
 Jean-Nicholas Mess; Fabio Garofolo; Algorithme
Pharma Inc., Laval, Quebec, Canada
MP 495 
 Robert-Jan Lamers1; José Maria López-
Gutiérrez2; Jose Manuel Gómez-Guzmán2; Peter Boshuis3;
1Abundnz B.V., Woerden, The Netherlands; 2Universidad
de Sevilla, CNA, Sevilla, Spain; 3Ducares, Utrecht, The
Netherlands
MP 496 
 Hiroya Miura1;
Taiji Kawase2; Kenji Hirose2; 1Japanese Blood Products
Organization, Tokyo, Japan; 2Nihon Waters K.K., Tokyo,
Japan
MP 497 
 Juergen
Kast 1; Martin Barnes1; Robert Boyd1; Jason Allen1; Amanda
Anderson1; Jim Ackroyd1; Ludmila Bozhenok1; Lindsey
Hudson1; Xiaohong Yu1; Jonathan Terrett2; Christian Rohlff1;
1Oxford BioTherapeutics Ltd, Milton Park, Abingdon, UK;
2Oxford BioTherapeutics Inc, San Jose, CA
MP 498 NTCB Cleavage of Proteins: First Application for
Protein Therapeutics Quantitative Analysis in Mass
 Barbara Marsiglia; Luca Genovesi; Marina
Feroggio; Luca Barbero; Merck Serono, Colleretto Giacosa,
Italy
MP 499 On the Feasibility of Using Non-Ferrous Metals as
Tracers of Transferrin-Based Therapeutics in Clinical
 Hanwei Zhao; Shunhai Wang; Cedric E. Bobst;
Igor A. Kaltashov; University of Massachusetts, Amherst,
MA
MP 500 Development of a Quantitative Mass Spectrometric

 Michael D. Ward1;
Ernst E. Brueggemann1; Lisa H. Cazares2; Sina Bavari1;
1USAMRIID, Ft. Detrick, MD; 2Geneva Foundation/
USAMRIID, Frederick, MD
MP 501 Development and Application of a Comprehensive
Isotope-labeled Peptide Library to Quantify the Twelve

Lisa A Vasicek1; Kelly A. Conrads1; Yutaka Shoji2; Brian
L. Hood1; Amol Prakash3; Scott Peterman3; Joel Louette3;
Chad A. Hamilton1, 4; G. Larry Maxwell1, 5; John I. Risinger2;
Thomas P. Conrads1; 1Women’s Integrated Research
Center at Inova Health, Annandale, VA; 2Michigan State
University, Grand Rapids, MI; 3ThermoFisher Scientic, Inc.,
BRIMS, Cambridge, MA; 4Walter Reed National Military
Medical Center, Bethesda, MD; 5INOVA Fairfax Hospital,
Falls Church, VA
MP 502 
Proteins in Biotherapeutics by a Sensitive and

Hongxia (Jessica) Wang; Zhiqi Hao; Yi Zhang; David Horn;
Patrick Bennett; Thermo Fisher Scientic, San Jose, CA
MP 503 Integrated Targeted Quantitation Method for Insulin
 Eric E. Niederkoer1; Tara
Schroeder2; Dobrin Nedelkov1; Urban A. Kiernan1; David
A. Phillips1; Kemmons A. Tubbs1; Scott Peterman3; Bryan
Krastins3; Amol Prakash3; Mary Lopez3; 1Tempe Thermo
Fisher Scientic, Tempe, AZ; 2Thermo Fisher Scientic,
Somerset, NJ; 3BRIMS Thermo Fisher Scientic, Boston,
MA
MP 504 Quantitation of a Therapeutic Protein in Rat Plasma by

 Bailuo Ren; Yan Mao; David Roos;
John Yu; Jeffrey Duggan; Boehringer Ingelheim Pharma,
Ridgeeld, CT
MP 505 
Quantitation of a Therapeutic Protein in Human Urine
 David Roos; John Yu;
Jeffrey Duggan; Lin-Zhi Chen; Elsy Philip; Boehringer
Ingelheim, Ridgeeld, CT
MP 506 LC/MS/MS Assays for Biotherapeutic Protein
Quantitation in Biological Matrixes – Regulatory

David Roos; John Yu; Jeffrey Duggan; Lin-Zhi Chen; Shirin
Pagels; Boehringer Ingelheim, Ridgeeld, CT
MP 507 
 Bogdan
Sleczka1; John T. Mehl1; Katherine Lewis2; Robin Moore1;
Ragini Vuppugalla1; Celia D’Arienzo1; Tim Olah1; 1Bristol-
Myers Squibb, Princeton, NJ; 2Bristol-Myers Squibb
(Zymogenetics), Seattle, WA
MP 508 SPE Cleanup of Background Peptides for the LC-MS/
MS Bioanalysis of a Monoclonal Antibody in Monkey
 Long Yuan; Qin Ji; Anne-Françoise Aubry; Bristol-
Myers Squibb, Princeton, NJ
MP 509 High-sensitivity Quantitative Analysis of Therapeutic
Monoclonal Antibodies in Human Serum Using

Haibo Qiu1; Hongxia Wang2; Patrick Bennett2; Ning Li1;
1Regeneron Pharmaceuticals, Tarrytown, NY; 2Thermo
Fisher Scientic, San Jose, CA
MP 510 Strategies for Calibration and Signature Peptide
Selection are Critical for Accurate Absolute

 Ming Zhang; Haoying Yu;
Eslam Nouri-Nigjeh; Jun Qu; University at Buffalo, Buffalo,
NY
MP 511 Comparison of Methods for Quantitating Tryptic
Digests of Monoclonal Antibodies using Q-TOF and
 Caroline S. Chu; Alex Zhu;
Ning Tang; Agilent Technologies, Santa Clara, CA
MP 512 Determination of Contaminant Bacterial Host Cell
Proteins in Recombinant Proteins Expressed in E. coli
 Oscar Potter; Yanan Yang; Hongfeng Yin;
Kevin Killeen; Agilent Technologies, Santa Clara, CA
MP 513 
 Anne
E Blackwel; Rory Doyle; Alex Zhu; Vadiraja B. Bhat; Agilent
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 75
MONDAY POSTERS
Technologies, Wilmington, DE
MP 514 Quantitative Analysis of a Therapeutic Monoclonal
Antibody in Human Plasma by Accelerated Trypsin
 Jianshuang Wang; Fumin Li;
Douglas Fast; Covance, Madison, WI
MP 515 Low ng/ml Bioanalysis of Monoclonal Antibody

William Douglas Van Dongen; Frédérique Van Holthoon;
Richard Bas; Anne Kleinnijenhuis; TNO Triskelion, Zeist,
Netherlands
MP 516 Simultaneous Quantitative Peptide Mapping and Host

 Eric
Johansen; Kelli Jonakin; Christie Hunter; AB SCIEX, Foster
City, CA
MP 517 Accurate Quantitation of Deamidated Peptides by
 Darryl Davis1; Ming Gu2; 1Johnson and
Johnson, Radnor, PA; 2Cerno Bioscience, Norwalk, CT
MP 518 Simultaneous Quantitation of a Monoclonal Antibody
and Two Proteins in Human Plasma by High Resolution
 Paul-Gerhard
Lassahn1; Kai Schefer2; Myriam Demant3; Nathanael
Delmotte1; Winfried Wagner-Redeker1; Guenter Boehm4;
1Swiss BioAnalytics AG, Basel, CH; 2Thermo Fisher
Scientic, Dreieich, Germany; 3ThermoFisher Scientic,
Reinach, CH; 4CTC Analytics AG, Zwingen, CH
MP 519 
 Joanne Mather1; Robert S.
Plumb2; Gordon Fujimoto1; Jonathan R. Kheller3; Matthew
E. Szapacs3; Christopher Evans3; 1Waters Corporation,
Milford, MA; 2Imperial College, London, UK; 3GSK, King of
Prussia, PA
MP 520 Development of an Immunoprecipitation and LC-
MS/MS Based Method for Quantifying the 105 kDa
 Steve
Pleasance1; Richard Kay1; David Grifths1; Aimee Cossins2;
Andrew Splevins2; Alberto Martinez2; Helen Ludlow2;
1Quotient Bioresearch Ltd, Fordham, England; 2Syntaxin
Ltd, Abingdon, England
MP 521 
Proteins in Protein Therapeutics using 2D-LC and Ion
 Martha Stapels; Catalin Doneanu; Keith Fadgen;
Waters Corporation, Milford, MA

MP 522 
 Jorge Smith1; Jeremy Post1; Rachel
Lieberman1; Nataliya Bulayeva2; Kevin Rosenblatt2; Ben
Figard1; 1Shimadzu Scientic Inst., Houston, TX; 2UT-Health
Science Center at Houston, Houston, TX
MP 523 
mL Levels in Human Plasma by MRM-MS without
 Michael Burgess; Hasmik
Keshishian; D.R. Mani; Michael Gillette; Steven Carr; Broad
Institute, Cambridge, MA
MP 524 Analysis of Serum Myostatin and Its Inhibitors


Patrick Vanderboom; Olga Bondar; Linda Benson; Nathan
LeBrasseur; Sundeep Khosla; Robert Bergen; Mayo Clinic,
Rochester, MN
MP 525 
Proteins Using Stable Isotope Labeled Proteins as
 Kevin Ray; Jim J. Walters; Melissa R.
Radabaugh; Sigma-Aldrich, St. Louis, MO
MP 526 Characterization of Heavy Recombinant Proteins
for Use as Internal Standards in Quantitative MS
 Gordon R. Nicol; Pegah Jalili; Mark Angeles;
David Rhee; Kevin Ray; Sigma, St Louis, MO
MP 527 

 Jeremy
Jeudy; Arnaud Salvador; Romain Simon; Aurore Jaffuel;
Catherine Fonbonne; Jerome Lemoine; Institut des
Sciences Analytiques, Villeurbanne, France
MP 528 
Assay for Fibrinogen Peptide A Quantitation in Human
 Mingxiang
Lin; Michael Lassman; Russell Weiner; Omar Laterza;
Merck Research Laboratories, Rahway, NJ
MP 529 

 Weixun Wang1; Bernard Choi1; Nykia
Walker1; Li-ji Zhu1; Weizhen Wu1; Ge Lan1; David E.
Gutstein1; Nathan A. Yates2; Ronald C. Hendrickson3; Martin
L. Ogletree1; Michele Cleary1; Gregory J. Opiteck1; Zhu
Chen1; Lucinda H. Cohen1; 1Merck Research Labs, Rahway,
NJ; 2University of Pittsburgh, Pittsburgh, PA; 3Memorial
Sloan-Kettering Cancer Center, New York, NY
MP 530 
 Eugene Y. Zhen; Richard E.
Higgs; Jesus A. Gutierrez; Eli Lilly & Company, Indianapolis,
IN
MP 531 
 Sarah Osgood;
Angela Doran; Kari Fonseca; Thomas McDonald; Yanhua
Zhang; Hongying Gao; Pzer, Groton, CT
MP 532 

Catalin Doneanu; Paul Rainville; Waters Corporation,
Milford, MA
MP 533 High Sensitivity and Simultaneous Quantitation

 Yasuko
Tsukazaki1; Naoto Senda1; Shigeru Yamada3; Kinya Kubo2;
Yasuhiro Kazuki2; Mitsuo Oshimura2; 1Mitsubishi Chemical
Medience Co., Tsukuba, Ibaraki, Japan; 2Chromosome
Engineering Research Center, Tottori University, Yonago,
Tottori, Japan; 3K.K.AB SCIEX, Shinagawa, Tokyo, Japan
MP 534 Surrogate Matrix and Surrogate Analyte Approaches

 William R.
Mylott; Junlong Shao; Moucun Yuan; Bruce Hidy; Rand
Jenkins; PPD, Richmond, VA
MP 535 
Protein Isoforms to Study Alzheimer’s disease by
 Junjun Chen; Illarion V. Turko; IBBR,
Rockville, MD
MP 536 
 Toshiya
Matsubara1, 2; Tairo Ogura1; Ichiro Hirano1; Susumu Seino2;
1Shimadzu Corporation, Kyoto, Japan; 2Kobe University
Graduate School of Medicine, Kobe, Japan
MP 537 Development of a Sensitive LC-MS/MS Assay for

Chaoran Ron Huang; Tao Ye; Liyu Yang; Biogen Idec,
Cambridge, MA
MP 538 Mass Spectrometry-Based Approach for Absolute


 Ahmed Moghieb; Nancy Denslow; Richard Yost;
Kevin Wang; University of Florida, Gainesville, Fl
GENERAL INFORMATION
PAGE 76 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MP 539 Quantitative Mass Spectrometry for Proteomic
Screening of Potential Biomarkers in Alzheimer’s
 Sravani Musunuri; Kim Kultima; Martin Ingelsson;
Lars Lannfelt; Jonas Bergquist; Magnus Wetterhall; Ganna
Shevchenko; Uppsala University, Uppsala, Sweden
MP 540 

 Jintang
He 1; Xuefei Sun1; Tujin Shi1; Athena A. Schepmoes1;
Thomas L. Fillmore1; Vladislav A. Petyuk1; Fang Xie1;
Rui Zhao1; Marina A. Gritsenko1; Feng Yang1; Naoki
Kitabayashi2; Sung-Suk Chae2; Mark A. Rubin2; Javed
Siddiqui2; John T. Wei3; Arul M. Chinnaiyan3; Wei-Jun Qian1;
Richard D. Smith1; Jacob Kagan4; Sudhir Srivastava4;
Tao Liu1; Karin D. Rodland1; David G. Camp, II1; 1Pacic
Northwest National Laboratory, Richland, WA; 2Weill
Cornell Medical College, New York, NY; 3University of
Michigan, Ann Arbor, MI; 4National Cancer Institute,
Rockville, MD
MP 541 Prioritization of Plasma-Based Predictive Markers for
Chemotherapy in Lung Cancer Using Fractionation
 Haizhen Zhang1;
Jeffrey Whiteaker1; Chenwei Lin1; Pin Yan1; Yeoun Jin Kim2;
Helen Ross3; Tony Tegeler4; Cheryl Selinsky4; Konstantinos
Petritis4; Guy Berchem2; Bruno Domon2; Amanda
Paulovich1; 1Fred Hutchinson Cancer Research Center,
Seattle, WA; 2Luxembourg Clinical Proteomics Center,
Luxembourg, Luxembourg; 3Mayo Clinic, Scottsdale, AZ;
4Translational Genomics Research Institute, Phoenix, AZ
MP 542 


Tujin Shi1; Yuqian Gao1; Dian Su1; Sue-Ing Quek2; Carrie
Nicora1; Thomas L. Fillmore3; Athena A. Schepmoes1; Rui
Zhao3; Ronald J. Moore1; Keqi Tang1; Karin D. Rodland1;
Tao Liu1; Richard D. Smith1; David G. Camp1; Alvin Y.
Liu2; Wei-Jun Qian1; 1PNNL, Richland, WA; 2Department
of Urology, University of Washington, Seattle, WA;
3Environmental Molecular Sciences Laboratory, PNNL,
Richland, WA
MP 543 MRM Analysis of Breast Adenocarcinomas Induced
 Daniele
Albuquerque1; Camila Palma1; Fernanda Melo2; Mariana
Pinto2; Carolina Thome2; Gabriela Canchaya1; Vera
Epifanio1; Dimas Covas1, 2; Vitor Faça1; 1Fac. Medicina de
Rib. Preto - Univ. São Paulo, Ribeirão Preto-SP, Brazil;
2Fund. Hemocentro de Rib. Preto - Univ. São Paulo,
Ribeirão Preto-SP, Brazil
MP 544 
Candidates in Plasma Using Highly Multiplexed Peptide
 Regine M. Schoenherr1; Thomas
YK. Lau2; Michael A. Gillette2; Jeffrey R. Whiteaker1; Eric
Kuhn2; Lola Fagbami2; Jennifer Ross2; ChenWei Lin1; Pei
Wang1; Francisco J. Esteva3; Steven A. Carr2; Amanda G.
Paulovich1; 1Fred Hutchinson Cancer Research Center,
Seattle, WA; 2Broad Institute, Cambridge, MA; 3The
University of Texas MD Anderson Cancer Center, Houston,
TX
MP 545 Applicability of Label-Free Selected Reaction

Juan Martinez-Aguilar1; Mark P. Molloy1, 2; 1Macquarie
University, Sydney, Australia; 2Australian Proteome Analysis
Facility, Sydney, Australia
MP 546 
 Christopher
Ward; Kenneth Johnson; Marie Hogan; Roman Zenka;
Cristine Charlesworth; H. Robert Bergen, III; Mayo Clinic,
Rochester, MN
MP 547 Development of an UPLC-MRM Quantitation Method to
 Zhenlian Ke; Jocelyn
Yabut; Rena Zhang; Weixun Wang; Kevin Bateman; Bonnie
Howell; Christopher Gibson; Daniel Spellman; PPDM,
Merck Research Laboratories, West Point, PA
MP 548 
Toxins Following Exposure to Bacillus anthracis Adrian
R Wooltt
1
; Anne E Boyer
1
; Maribel Gallegos-Candela
1
; Judith
Heitz
2
; Renato C Lins
2
; Katie Isbell
1
; Maria I Solano
1
; John R
Barr
1
;
1
CDC, Atlanta, GA;
2
Battelle Institute, Atlanta, GA
MP 549 Successful Implementation of Multiple Reaction

 Nicole Kruh-Garcia1; Gustavo Diaz1; Luke
Davis2; Jolynn Troudt1; Angelo Izzo1; Karen Dobos1;
1Colorado State University, Fort Collins, CO; 2UCSF
Pulmonary & Critical Care Medicine, San Francisco, CA
Biomarker Discovery: Cancer, 550 - 567
MP 550 
of Metastasis after Removal of Primary Tumor Using
 Victoria Shender1; Rustam
Ziganshin1; Fedor Donenko2; Georgij Arapidi1; Sergey
Kovalchuk1; Vadim Govorun1; 1Institute of Bioorganic
Chemistry, RAS, Moscow, Russian Federation; 2N.N.
Blokhin Russian Cancer Research Center, Moscow,
Russian Federation
MP 551 Imaging Mass Spectrometry to Uncover Proteomic

Kristina Schwamborn1, 2; Martina Rudelius1; Richard
Caprioli2; 1Technical University Munich, Munich, Germany;
2Department of Biochemistry, Vanderbilt University,
Nashville, TN
MP 552 Comparing Lung Protein Expression for Biomarkers
within the Disease Phenotypes of COPD and Lung
 Brian Sandri; Chris Wendt; University of
Minnesota, Minneapolis, MN
MP 553 
Endometrial Cancer Cell-Derived Extracellular
 Emma Arigi1; Gloria Polanco1; Clemente
Aguilar-Bonavides1; Armando Varela-Ramirez1; Russell
Broaddus2; Igor Almeida1; 1University of Texas at El Paso,
El Paso, TX; 2University of Texas MD Anderson Cancer
Center, Houston, TX
MP 554 
Colon Cancer Cells Using Micro-Fluidic Based LC
 Ravindra Gudihal2;
Sachin M. Eligar1, 3; Srikanth Barkeer1; Jonathan M.
Rhodes3; Lu-Gang Yu3; Bale M. Swamy1, 3; Shashikala
R. Inamdar1, 3; 1Dept of Studies in Biochemistry,Karnatak
Univ, Dharwad, India; 2Agilent Technologies India Pvt. Ltd,
Bangalore, India; 3Department of Gastroenterology,Univ of
Liverpool, Liverpool, UK
MP 555 Proteomics Study of Synergistic Effects of
 Jin-
Gyun Lee; Kimberly Q. McKinney; Jean-Luc Mougeot;
Herbert L. Bonkovsky; Sun-Il Hwang; Carolinas Healthcare
System, Charlotte, NC
MP 556 
Sureyya Ozcan1; Cara Cooke2; Donald Barkauskas3;
Hyun Joo An4; Serenus Hua4; Cynthia Williams1; Lauren
Dimapasoc1; L. Renee Ruhaak1; Jae Han Kim4; David
Rocke5; Javier Torres6; Carlito B Lebrilla1; Jay V Solnick2;
1UC Davis Chemistry Department, Davis, CA; 2UC Davis,
Center for Comparative Medicine, Davis, CA; 3University of
Southern California, Los Angeles, CA; 4Chungnam National
University, Daejeon, Korea; 5University of California, Davis,
CA; 6Instituto Mexicano del Seguro Social, Mexico, Mexico
MONDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 77
MP 557 
 Hong Peng1;
Mohammad-Saeid Jami1; Jinxuan Hou2; Miao Liu1; Michelle
Varney1; Rakesh Singh1; Shi-Jian Ding1; 1Univ of Nebraska
Med Center, Omaha, NE; 2Zhongnan Hospital of Wuhan
University, Wuhan, China
MP 558 Bladder Cancer Proteome: A Multiplexing Approach
Using Online 2D RP-RP Chromatography Coupled with
 Lee A Gethings1; Zhuowei
Wang2; Bo Wen3; Ju Zhang3; Quanhui Wang3; Liang Lin3;
Chris Hughes1; Johannes P.C. Vissers1; James Langridge1;
Siqi Liu3; 1Waters Corporation, Manchester, UK; 2Waters
(China), Beijing, China; 3BGI, Beijing, China
MP 559 The Application of MALDI-TOF MS Plasma Protein

 Natalia Arnotskaya; Valeriy
Shevchenko; Elena Ogorodnikova; Mikhail M Davidov;
Maksat Ibraev; Igor Turkin; Mikhail I Davidov; N. N. Blokhin
Russian Cancer Research Center, Moscow, Russian
Federation
MP 560 
Proteomics Analysis of Conditioned Media of Two Lung
 Valeriy Shevchenko; Sergei Kovalev;
Natalia Arnotskaya; Sergei Aushkap; Igor Kudryavtsev;
N. N. Blokhin Russian Cancer Research Center, Moscow,
Russian Federation
MP 561 
Differentiation of Pancreatic Cancer from Several
Related Conditions by Lectin Array and Quantitative
 Song Nie1; Andy Lo1; Mack T. Rufn2;
Kerby A. Shedden3; David M. Lubman1; 1Department
of Surgery, University of Michigan, Ann arbor, MI;
2Epidemiology Department,University of Michigan, Ann
arbor, MI; 3Biostatistics Department,University of Michigan,
Ann arbor, MI
MP 562 A Label-Free Shotgun Proteomic Characterization of
 Sean
W. Harshman; Alessandro Canella; Paul D. Ciarlariello;
Kitty Agarwal; Tiffany Talabere; Michael E. Paulaitis; Don M.
Benson, Jr; Flavia Pichiorri; Michael A. Freitas; Ohio State
University, Columbus, OH
MP 563 
 Masaru Yoshida;
Takashi Kobayashi; Shin Nishiumi; Yoshihiro Izumi; Atsuki
Matsubara; Takeshi Azuma; Kobe University, Kobe, Japan
MP 564 
 Venkatesha Basrur; Delphine Rolland;
Damian Fermin; Carla McNeil-Schwalm; Kevin Conlon;
Thomas Wolfe; Chih-Chiang Tsou; Yoon-Kyung Jeon; Noah
Brown; Dafydd Thomas; Nathanael Bailey; Gilbert Omenn;
Alexey Nesvizhskii; Megan Lim; Kojo Elenitoba-Johnson;
University of Michigan, Ann Arbor, MI
MP 565 Quantitative Proteomics Reveals Hypoxia Perturbed
Pathways and Secretome that Promote Tumour
 Siu
Kwan Sze; Yan Ren; Bama Dutta; Nanyang Technological
University, Singapore, Singapore
MP 566 
Cancer Tumors via Laser Capture Microdissection
 Michael Bereman; Martine
Roudier; Lawrence True; Michael MacCoss; Univ of
Washington, Seattle, WA
MP 567 
Thioacetamide-Induced Liver Fibrosis Plays Crucially
in the Development of Liver Fibrosis: A Proteomic
 Jungshan Chang1; Chun-Chia Cheng2; Fu-Der Mai1;
Chun-Chao Chang3; 1Taipei Medical University, Taipei City,
Taiwan; 2Institute of Nuclear Energy Research, Taoyuan,
Taiwan; 3Taipei Medical University Hospital, Taipei, Taiwan
Immunology, 568 - 575
MP 568 Multiplex Quantitative Proteomics Characterization of
 Robert Moulder;
Tapio Lönnberg; Anne Rokka; Riitta Lahesmaa; Turku
Centre for Biotechnology, Turku, Finland
MP 569 Mechanistic Insights into E1B 55kDa-mediated
 George
Hung1; Jasdave S. Chahal2; Caroline DeHart1; David
H. Perlman3; S. J. Flint1; 1Dept. of Molecular Biology,
Princeton University, Princeton, NJ; 2Whitehead Institute for
Biomedical Research, MIT, Cambridge, MA; 3Proteomics
and Mass Spec. Core, Princeton Univ., Princeton, NJ
MP 570 Interleukin 6: A Deterrent or an Indicator of
Mycobacterium Infection in the Endangered White-
 Anita Iveljic; Pyi Saw; Jody M.
Modarelli; Hiram College, Hiram, OH
MP 571 Characterization of Phagosomal Proteomes in Activated
 Manman Guo1; Marek Gierlinski 2; Brian
Dill1; Matthias Trost1; 1MRC-University of Dundee, Dundee,
UK; 2BCDD-University of Dundee, Dundee, UK
MP 572 
Derived MHC Class I Ligands Presented by Healthy
 Marijana Rucevic1; Mariko
Shimada1; Georgio Kourjian1; Nicole Lai1; Carl Kadie2; David
Heckerman2; Bruce D. Walker1, 3; Sylvie LeGall1; 1Ragon of
MGH, MIT and Harvard, Boston, MA; 2Microsoft Research,
Los Angeles, CA; 3Howard Hughes Medical Institute, Chevy
Chase, MD
MP 573 
 Dev Sriranganadane1,
4; Diana Paola Granados1, 5; Céline Laumont1, 5; Tariq
Daouda1, 2; Olivier Caron-Lizotte1; Antoine Zieger1, 2;
Sébastien Lemieux2; Claude Perreault1, 3; Pierre Thibault1, 4;
1University of Montreal-IRIC, Montreal, Canada; 2University
of Montreal- IRIC Bioinformatics, Montreal, Canada; 3Div.
of Hematology Hôpital Maisonneuve-Rosemont, Montreal,
Canada; 4University of Montreal- Dept of Chemistry,
Montreal, Canada; 5University of Montreal- Dept of
Medicine, Montreal, Canada
MP 574 Protein Composition, Stoichiometry, and Mass

 Scott A. Shaffer; Aniuska
Becerra-Artiles; Karin M. Green; Stephanie A. Maniatis;
J. Mauricio Calvo-Calle; Lawrence J. Stern; University of
Massachusetts Medical School, Worcester, MA
MP 575 Optimizing the Multiplexing Strategy for Quantitative
Proteomics Analysis of Immune Cell Subsets Using
 Parimal Samir; Kristen Hoek; Leigh Howard; Tara
Allos; Xinnan Niu; Clarence Creech; Kathryn Edwards;
Andrew Link; Vanderbilt University School of Medicine,
Nashville, TN
Molecular Systems Biology and Disease, 576 - 603
MP 576 Breaking the Habit: A Comprehensive, Proteome-Wide
Comparison of Chemical and Physical Synchronization
 Tony Ly; Angus Lamond;
Wellcome Trust Centre for Gene Regulation and Expr,
Dundee, UK
MONDAY POSTERS
GENERAL INFORMATION
PAGE 78 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MP 577 Dynamic Changes in Protein and mRNA Expression
Drive Functional Reprogramming during Osteoclast
Development from Monocyte-Macrophage Lineage
 Eunkyung An; Manikandan Narayanan; Ronald
Germain; Aleksandra Nita-Lazar; NIH/NIAID/LSB,
Bethesda, MD
MP 578 Mass Spectrometric Strategies to Characterize and

 Jan Sunner;
Iwona Beech; Joe Suita; University of Oklahoma, Norman,
OK
MP 579 Yeast on a Diet: Dextrose or Lactate, What’s Your
Favorite Carb? Alejandro Cohen1; J. Pedro Fernandez-
Murray2; Christopher McMaster2; 1Proteomics Facility.
Dalhousie University, Halifax, Canada; 2Dalhousie
University, Halifax, Canada
MP 580 System Wide Analysis of Lysine Acetylation in the
Human Pathogen Mycoplasma pneumoniae Marco
Hennrich; Vera van Noort; Peer Bork; Anne-Claude Gavin;
EMBL Heidelberg, Heidelberg, Germany
MP 581  Mathias Wilhelm1;
Judith Schlegl2; Amin Moghaddas Gholami1; Hannes
Hahne1; Joos-Hendrik Boese2; Marcus Lieberenz2; Mikhail
Savitski3; Yuval Morad2; Lars Butzmann2; Emanuel
Ziegler2; Anton Niadzelka2; Eyk Kny2; Helmut Cossmann2;
Siegfried Gessulat2; Marcus Bantscheff3; Anja Gerstmair2;
Franz Faerber2; Bernhard Kuster 1; 1Technical Universitiy
Munich, Freising, Germany; 2SAP AG, Walldorf, Germany;
3Cellzome, Heidelberg, Germany
MP 582 The First Draft of the Human Proteome Enables
 Hannes
Hahne1; Mathias Wilhelm1; Amin Moghaddas Gholami1;
Judith Schlegl2; Joos-Hendrik Boese2; Marcus Lieberenz2;
Mikhail Savitski3; Yuval Morad2; Lars Butzmann2; Emanuel
Ziegler2; Anton Niadzelka2; Eyk Kny2; Helmut Cossmann2;
Siegfried Gessulat2; Marcus Bantscheff3; Anja Gerstmair2;
Franz Faerber2; Bernhard Kuster1; 1Technische Universitaet
Muenchen, Freising, Germany; 2SAP AG, Walldorf,
Germany; 3Cellzome, Heidelberg, Germany
MP 583 A Comprehensive Characterization of the Pig Islet
Proteome: PTMs, Amino Acid Substitutions and Novel
 Ebbing de Jong; Bernhard Hering; Pratik Jagtap;
John Chilton; Getiria Onsongo; Timothy Grifn; University of
Minnesota, Minneapolis, MN
MP 584 Analysis of the Impact of a Perturbed Metabolism on
 William
K. Russell; KyungOh Choi; Arul Jayaraman; Texas A&M
University, College Station, TX
MP 585 
Amin Moghaddas Gholami; Hannes Hahne; Zhixiang Wu;
Florian Auer; Chen Meng; Mathias Wilhelm; Bernhard
Kuster; Technical Universitiy Munich, Freising, Germany
MP 586 
 Hans
Rudolf Aerni1, 2; Patrick O’Donoghue3; Svetlana Rogulina1,
2; Mark Shifman4; Jesse Rinehart1, 2; 1Yale Univ. School of
Medicine, New Haven, CT; 2Yale Systems Biology Institute,
West Haven, CT; 3Molecular Biophysics and Biochemistry,
New Haven, CT; 4Keck Biotechnology Resource Laboratory,
New Haven, CT
MP 587 System-wide Analysis of Protein Degradation Using
 Romain Christiano; Xiuling Guo;
Tobias C. Walther; Yale University, New Haven, CT
MP 588 Progress towards Real-Time Cell Secretome Analysis
 Rafael Montenegro Burke1; Jeffrey
Enders1; Kevin Seale2; John Wikswo3; John McLean1;
1Department of Chemistry, Vanderbilt University, Nashville,
TN; 2Dep. Biomedical Engineering, Vanderbilt University,
Nashville, TN; 3Dept. Physics and Astronomy, Vanderbilt
University, Nashville, TN
MP 589 Molecular Characterization of Rough Endoplasmic

Xuequn Chen; Jin-sook Lee; Jingye Fang; Wayne State
University, Detroit, MI
MP 590 
Fitness Effects Mediated by Differential Protein
Expression? Simin Maleknia; Elizabeth Cassidy; Russell
Bonduriansky; University of New South Wales, Sydney,
Australia
MP 591 Characterizing the Role of Caspases in Apoptosis
 Veronica
Anania; Han Li; Diana Jeon; Avi Ashkenazi; Jennie Lill;
Genentech, Inc., South San Francisco, CA
MP 592 Effect of Western Diet on Lipoprotein Mediated
Atherosclerosis. 2H2O-metabolic Labeling Based
Dynamic Proteomics Approach; Ling Li1; Stephen
Previs2; Arthur McCullough3; Belinda Willard1; Takhar
Kasumov3; 1Department of Core Service, Cleveland
Clinic, Cleveland, OH; 2Case Western Reserve University,
Cleveland, OH; 3Department of Hepatology, Cleveland
Clinic, Cleveland, OH
MP 593 
Synovial Fluid from a Patient with Antibiotic-refractory
 Qi Wang1; Elise E. Drouin2; Allen C.
Steere2; Catherine E. Costello1; 1Boston University, Boston,
MA; 2Massachusetts General Hospital, Boston, MA
MP 594 Proteomic Investigation of the Tumor Differentiation
 Armand
Ngounou; Izabela Sokolowska; Pinguang Yang; Urmi Roy;
Alisa Woods; Costel Darie; Clarkson University, Potsdam, NY
MP 595 Dissecting Ageing-Related Disease by Studying Protein
 Mark Larance; Ehsan
Pourkarimi; Anton Gartner; Angus Lamond; University of
Dundee, Dundee, UK
MP 596 

 Shannon Eliuk1; Jeffrey Johnson2; Leonard
Chavez3; Vlad Zabrouskov1; Christopher Mullen1; Eric
Verdin3; Nevan Krogan2; 1Thermo Fisher Scientic, San
Jose, CA; 2UCSF, San Francisco, CA; 3Gladstone Institute,
San Francisco, CA
MP 597 

 Carol L. Nilsson 1; Huiling Liu1;
Cheryl F. Lichti1; Mark R. Emmett1; Norelle C. Wildburger1;
Alexander S. Shavkunov1; Huan He3; Alan G. Marshall5;
Roger A. Kroes4; Joseph R. Moskal4; Erik P. Sulman2;
Frederick F. Lang2; Charles A. Conrad2; 1UTMB, Galveston,
TX; 2The University of Texas M. D. Anderson Cancer Ctr,
Houston, TX; 3Ion Cyclotron Resonance Program, NHMFL,
Tallahassee, FL; 4Falk Center for Molecular Therapeutics,
Evanston, IL; 5Department of Chemistry & Biochemistry,
FSU, Tallahassee, FL
MP 598 Proteomics Based Investigation of Cystic Fibrosis
Cell-Line Models - A Step towards Understanding the
 Navin Rauniyar; Vijay Gupta; William E.
Balch; John R. Yates; The Scripps Research Institute, La
Jolla, CA
MP 599 Multi-omic Analysis of ApoE Isoform Effects in AD-
 Tal Nuriel; Columbia University
Medical Center, New York, 0
MP 600 Quantitative Proteome Turnover in C. elegans Krishna
Vukoti; John Feng; Masaru Miyagi; Case Western Reserve
University, Cleveland, OH
MONDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 79
MONDAY POSTERS
MP 601 Analysis of BDNF-triggered Protein Translation Using
 Guoan Zhang; Heather Bowling; Eric
Klann; Moses Chao; Thomas Neubert; New York University,
New York, NY
MP 602 Strategies for Interactome Tracking and Scoring: How
ProHits and SAINT Complement Strong Experimental
 Guomin Liu1; Hyungwon Choi2; Jianping Zhang1;
Zhen-Yuan Lin1; Brett Larsen1; Mike Tyers3; Brian Raught4;
Alexey Nesvizhskii5; Anne-Claude Gingras1; 1Samuel
Lunenfeld Research Institute, Mount Sinai H, Toronto,
Canada; 2Saw Swee Hock School of Public Health, National
University of Singapore, Singapore; 3Université de Montréal,
Montréal, Canada; 4Ontario Cancer Institute, Toronto,
Canada; 5University of Michigan, Ann Arbor, MI
MP 603 Application of Proteomics to the Characterization of

Timothy P. Cleland; Mehdi Moini; Smithsonian Institution,
Suitland, MD
Forensics, 604 - 628
MP 604 
 Heyi Yang; Bo Zhou; Mechthild Prinz; Donald
Siegel; Ofce of Chief Med Exam, New York, NY
MP 605 Effect of Aging and Radiation on Museums’
 Mehdi
Moini; Raquel Fleskes; Christopher Rollman; Smithsonian
Institution, Suitland, MD
MP 606 A Multi-Platform Strategy Applied to the Detection and

 Prabha Dwivedi1; Maria Julia Culzoni1;
Mohamed El-Sherbiny2; Obinna Onwujekwe3; Ogochukwu
Ezeoke3; Naiela Malik2; Ifeyinwa Fadeyi2; Harparkash Kaur2;
Facundo M. Fernández1; 1Georgia Institute of Technology,
Atlanta, GA; 2London School of Hygiene and Tropical
Medicine, London, UK; 3College of Medicine, University of
Nigeria, Enugu, Nigeria
MP 607 
Threat Agents Using Liquid Chromatography-Mass
 Daniel
Jansson; Sten-Åke Fredriksson; Calle Nilsson; Swedish
Defence Research Agency, Umeå, Sweden
MP 608 Assessment of Decontamination Protocols on the
Analysis of Hair by Multi-Modal Mass Spectrometry
 Bryn Flinders1; Tiffany Porta2; Emmanuel Varesio
2; Gerard Hopfgartner2; Ron M.A. Heeren1; 1FOM Institute
AMOLF, Amsterdam, The Netherlands; 2University of
Geneva, Geneva, Switzerland
MP 609 New Methods and Algorithms Using AllIons-MS/MS

Metabolites in Blood Samples by LC-MS/MS Accurate-

Martin Josefsson1; Bernhard Wuest2; Markus Roman1;
1National Board of Forensic Medicine, Linköping, Sweden;
2Agilent Technologies GmBH, Waldbronn, Germany
MP 610  Elizabeth Magnuson;
Douglas J. Beussman; St. Olaf College, Northeld, MN
MP 611 
 Yan An1; Ayat Bani Rashaid1;
Glen P. Jackson2; 1Ohio University, Athens, OH; 2West
Virginia University, Morgantown, WV
MP 612 Rapid LC-MS/MS Screening Method for Forty-Three
Phosphodiesterase Type 5 Inhibitors and Six Flavone
 Philippe Lebel; Karen
C. Waldron; Alexandra Furtos; Université de Montréal,
Montréal, Canada
MP 613 Detection of Metabolites of Drugs in Wastewater of
 David Klein; Texas Tech University, Lubbock, TX
MP 614 The Detection of Pseudo-Endogenous Androgenic
Anabolic Steroids in Sports by Isotope Ratio Mass

Xavier De La Torre; Cristiana Colamonici; Davide Curcio;
Francesco Molaioni; Francesco Botrè; Laboratorio
Antidoping FMSI, Rome, Italy
MP 615 An Improved and Accurate Method for the Analysis
of Testosterone Related Urinary Metabolites Using

 Alexandre Ouellet; Nicolas LeBerre;
Christiane Ayotte; INRS-IAF-Doping Control Laboratory,
Laval, Canada
MP 616 
for Structure Elucidation of Organophosphorus
 Adrián
Schwarzenberg1; Farid Ichou1; Richard B. Cole1; Xavier
Machuron-Mandard2; Christophe Junot3; Denis Lesage1;
Jean-Claude Tabet1; 1UPMC/IPCM, UMR-CNRS 7201,
Paris, France; 2CEA, Centre DAM/DIF Ile-de-France,
Arpajon, France; 3CEA, DSV/iBiTec-S, Saclay, France
MP 617 High Resolution and Accurate Mass Forensic
Toxicology Screening in PlasmaBlood Sample Using
Q
 Isabelle Morel
2
; Sylvie
Lepage
2
; Benedicte Duretz
1
;
1
Thermo Fisher, Courtaboeuf,
France;
2
Forensic and Toxicology Laboratory, Rennes, France
MP 618 
Infrared Matrix-Assisted Laser Desorption Electrospray
 Kristin
H. Cochran; Jeremy A. Barry; Guillaume Robichaud; David
C. Muddiman; North Carolina State University, Raleigh, NC
MP 619 Differentiation of Cotton Fibers Using Isotope Ratio
 Kristi Gangelhoff; Douglas J.
Beussman; St. Olaf College, Northeld, MN
MP 620 Characterization of the Photodegradation of Crystal
 Megan Czerniejewski; Gary Kinsel;
Southern Illinois University, Carbondale, Illinois
MP 621 Utilization of DART Ion Source Coupled with HR/AM

 Wei-Shun
Lai1; Tai-Hung Chen2; Hsin-Hung Huang1; Shu-Hui Lee1;
1Mass Solutions Technology, New Taipei, Taiwan; 2Criminal
Investigation Brigade, Taipei, Taiwan
MP 622 Using a Portable Mass Spectrometer for Direct
Screening of Arson and Clandestine Drug Laboratory
 Seth E. Hall; Adam E. O’Leary; Kyle E. Vircks;
Christopher C. Mulligan; Illinois State University, Normal, IL
MP 623 Beyond the Ridge Pattern - Multi Informative
Analysis of Latent Fingermarks by MALDI Mass
 Robert Bradshaw1; Leesa Ferguson1;
Rosalind Wolstenholme1; Malcolm Clench1; Wei Rao2;
Stephen Bleay3; Simona Francese1; 1BMRC, Shefeld, UK;
2University of Nottingham, Nottingham, UK; 3CAST, Home
Ofce, St Albans, UK
MP 624 
 Christopher
Mulligan; Seth Hall; Adam O’Leary; Kyle Vircks; Jamie
Wieland; Illinois State University, Normal, IL
MP 625 
Dermorphin in Equine Plasma and Urine by LC-MS/
 Fuyu Guan1, 3; Cornelius Uboh2;
Lawrence Soma1, 3; Mary Robinson1, 3; George Maylin4;
Xiaoqing Li1, 3; 1University of Pennsylvania, West Chester,
PA; 2Pennsylvania Equine Toxicology and Research Center,
West Chester, PA; 3University of Pennsylvania, Kennett
Square, PA; 4Morrisville College, Ithaca, NY
GENERAL INFORMATION
PAGE 80 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 626 
in Equine by Liquid Chromatography Tandem Mass
 Rong Yi; Jasmeet Sandhu; Sarah Zhao;
Geoffrey Lam; Devan Loganathan; Barbara Morrissey;
MAXXAM Analytics, Burnaby, BC, Canada
MP 627 Development of a Broad Range Screen, Utilising UPLC-

 Bob Gray; Jane Bright; Marjaana
Viljanto; Suzanne Lister; Steve Maynard; HFL Sport
Science, Fordham, UK
MP 628 

 Daniel
McKemie; Scott Stanley; Heather Knych; University of
California, Davis, CA

MP 629 
 Sylvain Merel; Tarun Anumol; Ai Jia; Shane
Snyder; University of Arizona, Tucson, Az,
MP 630 

Compounds Not Found in Environmental Analysis
 Peter Gorst-Allman1; David E
Alonso2; Jayne de Vos3; Jack Cochran4; Eric Reiner5; 1Leco
Africa, Kempton Park, Gauteng, RSA; 2LECO Corporation,
Saint Joseph, MI; 3National Metrology Institute of South
Africa, Pretoria, Gauteng, RSA; 4Restek Corporation,
Bellefonte, PA; 5Ontario Ministry of the Environment,
Toronto, Canada
MP 631 Non-Target and Post-Target Analysis of Emerging
Halogenated Contaminants in American and European

 Jonathan Byer1; Grazina Pacepavicius2; Peter V.
Hodson3; Claude Belpaire4; David E Alonso1; Joe Binkley1;
Mehran Alaee2; 1LECO Corporation, St. Joseph, MI;
2Aquatic Contaminants Research, Environment Canada,
Burlington, ON, Canada; 3Queen’s University, Kingston,
ON, Canada; 4Research Institute for Nature and Forest,
Groenendaal-Hoeilaart, Belgium
MP 632 
the Analysis of Sub-Parts-Per-Trillion Contaminants in
 Sheher Bano Mohsin; Michael Woodman;
Agilent Technologies, Schaumburg, IL
MP 633 Determination of Sucralose and Acesulfame in Source,
 Jessica M. Boyd; Minghuo Wu;
Dylan Baustad-Thomas; Steve Hrudey; Xing-Fang Li;
University of Alberta, Edmonton, Canada
MP 634 Determination of Odor Compounds in Surface Water
by Solid Phase Micro Extraction and Quadrupole Time

Keun-Joo Choi 1; Yeanwoong You2; Seung-ju Yang2; 1Seoul
Waterworks Research Institute, Seoul, South Korea;
2Agilent Technologies Korea, Ltd, seoul, korea
MP 635 
Metabolites Formed Due to Biodegradation of Nicotine
by a New Strain Pseudomonas plecoglossicida
 Gurusamy Raman1; Mohan Kasi2; Saravanan
Subramaniyan2; Venkat Manohar2; Natarajan Sakthivel1;
1Dept. of Biotechnology, Pondicherry University,
Puducherry, India; 2IICMS, Chennai, India
MP 636 Simultaneous Determination of Bisphenol A,
Alkylphenols and Alkylphenol Ethoxylates in NIST SRM
 Xinghua Fan; Cariton Kubwabo; Fang
Wu; Health Canada, Ottawa, Canada
MP 637 The New Fast Approach for the Determination of

 Ilaria Ferrante1; Daniele Recenti1; Luigi Motti2;
Chiara Abate1; 1DANI, Cologno Monzese, Italy; 2DANI SA,
Contone, Switzerland
MP 638 

Roberta Lariccia1; Ilaria Ferrante1; Daniele Recenti1; Luigi
Motti2; 1DANI, Cologno Monzese, Italy; 2Dani SA, Contone,
switzerland
MP 639 
Stockholm Convention POPs, Including Dioxins, Using

Kendon Graham1, 2; Jody Dunstan1, 2; Michael McCullagh1, 2;
Ingrid Ericson Jogsten3; Jessika Hagberg3; Bert van Bavel3;
1Waters Corporation, Milford, MA; 2Waters Corporation,
Manchester, UK; 3MTM Research Centre, Orebro, Sweden
MP 640 In situ Detection of Ambient Aerosol in Jiangmen,
China Using Single Particle Aerosol Mass
 Mei Li1; Li Zhang1; Lei Li1; Zhengxu Huang1;
Wei Gao1; Ping Cheng1; Zhen Zhou1; Zhong Fu2; Huiqing
Nian2; 1Shanghai University, Shanghai, China; 2Guangzhou
Hexin Analytical Instrument Company, Guangzhou, China
MP 641 Air Quality Test Using Home-made Portable Membrane

 Guobin Tan1; Wei Gao1; Zhengxu Huang1;
Mei Li1; Ping Cheng1; Zhen Zhou1; Huiqing Nian2; Zhong
Fu2; 1Shanghai University, Shanghai, China; 2Guangzhou
Hexin Analytical Instrument Company, Guangzhou, China
MP 642 
Stefano Lucini; Stefano Zaza; Shimadzu, Milano, Italy
MP 643 


 Rachel Logemann; Christine N. Dalton; Carson-
Newman College, Jefferson City, TN
MP 644 Preliminary Analysis of Athabasca Samples Using

Ionization Fourier Transform Ion Cyclotron Resonance
 Mark Barrow1; Kerry Peru2;
John Headley2; 1University of Warwick, Coventry, UK;
2Environment Canada, Saskatoon, Canada
MP 645 
MS to Assess the Sewage Treatment Plant Removal
 Peter Haglund1;
Ulrika Olofsson1; Kevin Siek2; David Alonso2; 1Umea
University, Department of Chemistry, Umea, Sweden;
2
Leco
Corp. Life Science & Chemical Analysis Center, St Joseph, MI
MP 646 

 Luhong Wen1; Jiancheng Yu1; Xiaoxu Li2;
1Ningbo University, Ningbo, China; 2Suzhou University,
Suzhou, China
MP 647 
Injection Solid-Phase Extraction Hyphenated to Tandem

Norbert Wenkel2; Thorsten Teutenberg1; Jochen Türk1;
Christoph Portner1; Linda Gehrmann1; Sandy-Dominic
Freihoff1; 1IUTA e.V., Duisburg, Germany; 2Axel Semrau
GmbH & Co. KG, Sprockhövel, Germany
MP 648 FT-ICR MS Analysis of complex Mixtures Produced
 Justin Elliott1; Alan T. Taylor1;
David Kilgour2; Meric Gursoy3; Pat Langridge Smith1;
Peter O’Connor2; Ondrej Masek3; Logan Mackay1; 1School
of Chemistry, University of Edinburgh, Edinburgh, UK;
2Department of Chemistry, University of Warwick, Coventry,
UK; 3University of Edinburgh, Edinburgh, UK
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 81
MONDAY POSTERS
MP 649 Direct Analysis of Secondary Organic Aerosol
Using the Flowing Atmospheric-Pressure Afterglow
 Martin
Brüggemann; Thorsten Hoffmann; Johannes Gutenberg
University, Mainz, Germany
MP 650 Elemental Composition Analysis of Biogenic Secondary
 Jae-Eun Park1; Sun Jong
Baek1; Hyun Sik Kim1; Jun-Hyun Park2; Wongu Woo2; Ho-
Jin Lim2; 1Korea Basic Science Institute, Ochang-Myun
Cheongwon-Gun, South Korea; 2Kyungpook National
University, Daegu, South Korea
MP 651 
 Hu Nan1; Pu Hai1; Wu
Yiqin2; 1Bruker China, Beijing, China; 2Yunnan Academy of
Tobacco Science, Kunming, Yunnan, China
MP 652 Molecular Characterization of Sedimentary Organic
Matter in the Estuary-Lagoon System Cananéia-Iguape

 Giovana Bataglion1; Clécio Klitzke1;
Diego Senatore2; Roberto Barcellos3; Rolf Weber2; Marcos
Eberlin1; 1Unicamp, Campinas, Brasil; 2USP, São Paulo,
Brasil; 3UFPE, Recife, Brasil
Plant”omics”, 653 - 671
MP 653 Mass Spectrometry Analysis of Redox Proteins in
 Mengmeng Zhu1; Ning
Zhu1; Wenyuan Song1; Alice Harmon1; Sarah Assmann2;
Sixue Chen1; 1University of Florida, Gainesville, FL;
2Pennsylvania State University, State College, PA
MP 654 Relative Mass Defect Filtering for Discovery of
Conjugated Terpenoid Metabolites from Complex Plant
 E.A. Prabodha Ekanayaka; A. Daniel Jones;
Michigan State University, East Lansing, MI
MP 655 Unusual Fragmentation Patterns of Ionized Lignin

 Huaming Sheng; Purdue
University, West Lafayette, IN
MP 656 Extraction Methodology and Metabolite Analysis by LC-
MS of Eucalyptus grandis, Resistant and Susceptible
to Puccinia psidii, Aiming for Identifying Resistance
 Thais Regiani; Felipe Garbelini Marques; Ilara
Gabriela Frasson Budzinski; Fabricio Edgar de Moraes;
Carlos Alberto Labate; Max Feffer Laboratory of Plant
Genetics, Piracicaba, Brazil
MP 657 Comparative Metabolomic Studies on Portulaca
 Li-Chun Liu; Qing
Wang; Ying Wang; Ming-Quan Guo; Wuhan Botanical
Garden, Chinese Academy of Science, Wuhan, China
MP 658 Atmospheric Pressure Photoionization Combined with
 Katie-Jo
Galayda; Tim Anderson; Andrew Korte; Young-Jin Lee; R. S.
Houk; Iowa State University, Ames, IA
MP 659 2-based
Chromatography Coupled to Mass Spectrometry for
 Bharathi
Avula1; Yan-Hong Wang1; Michael D Jones2; Larry Meeker2;
Kate Yu2; Troy J. Smillie1; Ikhlas A. Khan1, 3; 1University of
Mississippi, NCNPR, University, MS; 2Waters, Milford, MA;
3Universty of Mississippi, School of Pharmacy, University,
MS
MP 660 Detecting Substances in Tea Leaves by Live Single-cell
 Iwao Sakane1; Yuko M Sagesaka1;
Hajime Mizuno2; Naohiro Tsuyama2; Takanori Harada3;
Tsutomu Masujima2; 1ITO-EN LTD, Mckinhohara, Japan;
2RIKEN Quantitative Biology Center (QBiC), Osaka, Japan;
3Hiroshima Univ. Grad. Sch. Biomed. Sci, Hiroshima, Japan
MP 661 Quercus ilex
 Christof Lenz1; Henning Urlaub1;
Jesús V. Jorrín Novo2; 1Max Planck Institute for Biophysical
Chemistry, Goettingen, Germany; 2University of Córdoba,
Córdoba, Spain
MP 662 Characterization of Barley Chloroplast Proteins by
Quantitative Proteomics Using Optimized 2D-LC

 Jørgen Petersen1; Richard R. Sprenger1;
Adelina Rogowska-Wrzesinska1; Pai Pedas2; Ken
Krogholm2; Søren Husted2; Poul Erik Jensen2; Jan Kofod
Schjoerring2; Ole Nørregaard Jensen1; 1University of
Southern Denmark, Odense C, Denmark; 2University of
Copenhagen, Copenhagen, Denmark
MP 663 Comparative Characterization of Carotenoid Regulatory
Network in Melon Using TMT-based Quantitative
 Yong Yang1; Li Li1; Yongqiang
Wang2; Theodore.W. Thannhauser 1; 1USDA-ARS at Cornell
Universi, Ithaca, NY; 2Department of Plant Breeding and
Genetics,Cornell, Ithaca, NY
MP 664 An Untargeted, Quantitative Comparison of Early ABA-
induced Phosphoproteomic Changes Using Wildtype
and Quadruple ABA Receptor Mutant A. Thaliana
 Benjamin Minkoff; University of Wisconsin,
Madison, WI
MP 665 Integrating Multiple ‘omics’ Analysis of Fruit

Huey Fang Teh; Sime Darby Technology Centre, Serdang,
Malaysia
MP 666 
 Simone Guidetti-Gonzalez; Ilara Gabriela
Frasson Budzinski; Fabricio Edgar de Moraes; Carlos
Alberto Labate; ESALQ/USP, Piracicaba, Brazil
MP 667 
Metabolome of Commercial Maize Hybrids Using LC/
 Vincent Asiago; Chris Vlahakis;
Hamid Baniasadi; Jan Hazebroek; Cathy Zhong; DuPont
Pioneer, Johnston, IA
MP 668 Characterization of Cytosolic Protein Complexes in
Plants Using Multi-Step Chromatographic Separation
 Uma Aryal1; Yi
Xiong2; Eileen Mallery3; Mark Hall1; Jun Xie4; Daisuke
Kihara2; Daniel Szymanski3; 1Department of Biochemistry,
Purdue University, West Lafayette, IN; 2Department of
Computer Science, Purdue University, West Lafayette,
IN; 3Department of Agronomy, Purdue University, West
Lafayette, IN; 4Department of Statistics, Purdue University,
West Lafayette, IN
MP 669 

Populus Paul Abraham1, 2; Xiaojing Wang3; Priya
Ranjan2; Bing Zhang3; Gerald Tuskan2; Robert Hettich2;
1University of Tennessee, Knoxville, TN; 2Oak Ridge
National Laboratory, Oak Ridge, TN; 3Vanderbilt University
School of Medicine, Nashville, TN
MP 670 Stable Isotope Labeling of Brachypodium distachyon

David Shearer1; Victor Spicer1; Steve Haber2; Kenneth
Standing1; 1University of Manitoba, Winnipeg, Canada;
2Agriculture and Agri-Food Canada, Winnipeg, Canada
MP 671 
 Kai-Ting
Fan; Jerry D. Cohen; William M. Gray; Adrian D. Hegeman;
University of Minnesota, Twin Cities, MN
GENERAL INFORMATION
PAGE 82 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
Agriculture, 672 - 682
MP 672 
Mass Spectrometry Revealed Arboviruses Usurp

 Michelle Cilia1, 2; Michael Bereman3; Cecilia
Tamborindeguy4; Qiaoxia Shang2, 5; David Igwe2, 6; Stacy
Deblasio1; Theodore Thannhauser1; Stewart Gray1; Michael
MacCoss3; 1USDA-Agricultural Research Service, Ithaca,
NY; 2Plant Pathology, Cornell University, Ithaca, NY;
3Genome Sciences, University of Washington, Seattle,
WA; 4Entomology, Texas A&M University, College Station,
TX;
5
Beijing University of Agriculture, Beijing, China;
6
International Institute of Tropical Agriculture, Ibadan, Nigeria
MP 673 Coupling a Simple, ELISA-based Co-
Immunoprecipitation Technique with Tandem

 Stacy Deblasio1; Michael Bereman2; Jaclyn
Mahoney3; Theodore Thannhauser1; Stewart Gray1, 3;
Michael MacCoss2; Michelle Cilia1, 3; 1USDA-Agricultural
Research Service, Ithaca, NY; 2Genome Sciences,
University of Washington, Seattle, WA; 3Plant Pathology,
Cornell University, Ithaca, NY
MP 674 Quantitation of Antiviral Drugs in Chicken Samples
by Ultra-High Performance Liquid Chromatography
Tandem Triple Quadrupole Mass Spectrometry with
 Jianzhong Li; Tao Bo; Cuiling Wu; Wei
Chen; Zhixu Zhang; Agilent Technologies(China), Beijing,
China
MP 675 Comparison of Proteomes from Escherichia coli Strains
that cause Transient and Persistent Intramammary
 John Lippolis1; Timothy Reinhardt1; Randy
Sacco1; Brian Nonnecke1; Belgin Dogan2; Kenneth
Simpson2; Ynte Schukken2; 1USDA ARS - Nat’l Animal
Disease Ctr., Ames, IA; 2Cornell University, College of
Veterinary Medicine, Ithaca, NY
MP 676 Fragmentation Patterns of Monomeric and Oligomeric
 Ryan
Moss1; Qunyong Mao2; Dennis Taylor1, 2; Cédric Saucier1,
2; 1University of British Columbia, Kelowna, Canada;
2University of Adelaide, Adelaide, SA
MP 677 Proteomic Analysis of the Effect of Pre-Sound Wave
Stimulation on Botrytis cinerea-infected Arabidopsis
Yeong-Sang Kwon1; Sung Woo Jeong1; Hanhong Bae2;
Sung Chul Shin1; Mi-Jeong Jeong3; Soo-Chul Park3; Dong-
Won Bae1; 1GyeongSang National University, Jinju, South
Korea; 2Yeungnam University, Gyeongsan, Korea; 3National
Academy of Agricultural Science, Suwon, Korea
MP 678 Distribution of Metabolites and Biosynthesis in
a Cell of a Plant Tissue Analyzed by Live Single-
 Shuichi Mastuda1; Satomi
Hatano-Saga2; Sachiko Date2; Hajime Mizuno2; Naohiro
Tsuyama1; Tsutomu Masujima1, 2; 1Graduate School of
Biomedical,Hiroshima University, Hiroshima, Japan;
2Quantitative Biology Center (QBiC), RIKEN, Suita, Japan
MP 679 
 Sheldon
M. Williams; Yoko S. Johnson; Treeske Ehresmann;
Michele M. Swarbrick; Minnesota Department of
Agriculture, St Paul, MN
MP 680 
Elucidate Biochemical Mechanisms of Temperature

Cultured in vitro Alexander Chassy1; Christoph Büschel2;
Hye-Young Lee1; Larry Lerno1; Anita Oberholster1; Daniela
Barile1; Rainer Schuhmacher2; Andrew Waterhouse1;
1University of California, Davis, CA; 2University of Natural
Resources and Life Sciences, Vienna, Austria
MP 681 Muscle, Marbling, maXis and Mascot - Meat Quality
 Stefan Clerens1; Santanu Deb-Choudhury1;
Anita Grosvenor1; Stephen Haines1; Ancy Thomas1;
Peter Dobbie2; Chris McMahon2; Monica Senna-Salerno2;
Gina Nicholas2; Shelley Falconer2; Katja Rosenvold2;
1AgResearch Lincoln Research Centre, Christchurch,
New Zealand; 2AgResearch Ruakura Research Centre,
Hamilton, New Zealand
MP 682 Quantitative Analysis of the Host-Pathogen Proteomics

 Sarah Natrasany1;
Humberto Boncristiani2; Leonard Foster1; 1University of
British Columbia, Vancouver, Canada; 2University of North
Carolina, Greensboro, NC
Natural Products, 683 - 714
MP 683  Manoj
Pillai1, 2; Takeo Sakuma1, 2; Carmai Seto1, 2; 1AB SCIEX,
Gurgaon, India; 2AB SCIEX, Concord, Canada
MP 684 

 Ron
Honnold; Rafael Acosta; Agilent Technologies, Santa Clara,
CA
MP 685 Accurate Mass Retention Time Locked Flavor Database
 Susan E. Ebeler3; Sean LaFond3; Frank
David2; Stephan Baumann1; Tim Conjelko1; Soa Aronova1;
1Agilent Technologies, Inc., Santa Clara, CA; 2Research
Institute for Chromatography, Kortrijk, Belgium; 3UC Davis
Department of Viticulture and Enology, Davis, CA
MP 686 Mass Spectrometric Characterization of Pyrrolizidine
 Dejan Nikolic; Guannan
Li; Tamara Cisowska; Tanja Goedecke; Shaon-Nong
Chen; David Lankin; Guido Pauli; Richard van Breemen;
University of Illinois College of Pharmacy, Chicago, IL
MP 687 In-situ Measurement of the Defense Response of the
Sea Anemone to Spatial Encroachment Stresses Using
 James Buchner; Ross Willoughby; James
Buchner Jr; Robert Moskala; BiOMICom, Inc., Allison Park,
PA
MP 688 Optimized Plant Extractions for Phytochemical Library
Construction: Evaluating Solvent Systems Using
 Amanda C. Martin; Alison D.
Pawlus; Erin Jewet; Stephen Brockman; Donald L. Wyse;
Adrian D. Hegeman; University of Minnesota, Saint Paul,
MN
MP 689 
Extract of Garcinia indica Fruit Rind Using LC/MS/
 Shailendra Rane1; Shailesh Damale1; Shruti Raju1;
Rashi Kochhar1; Deepti Bhandarkar1; Ajit Datar1; Pratap
Rasam1; Jitendra Kelkar1; Manasi Kher2; Komal Barbade2;
1Shimadzu Analytical (India) Pvt. Ltd., Andheri (E), Mumbai,
Maharashtra, India; 2G.N.I.R.D., G.N. Khalsa College,
Matunga, Mumbai, Maharashtra, India
MP 690 Study of Antibacterial Activity of Essential Oil
Components Obtained from Pericarp of Zanthoxylum
rhetsa Durvesh Sawant1;
Dheeraj Handique1; Ankush Bhone1; Prashant Hase1;
Sanket Chiplunkar1; Jitendra Kelkar1; Ajit Datar1; Pratap
Rasam1; Nital Patil2; 1Shimadzu Analytical (India) Pvt. Ltd.,
Andheri (E), Mumbai, Maharashtra, India; 2G.N.I.R.D., G.N.
Khalsa College, Matunga, Mumbai, Maharashtra, India
MP 691 Characterization of Flavonoids and Phytoestrogens

Jeff Dahl1; Rocky Graziose2; Youssef W. Mirhom2; Frank
S. D’Amelio2; 1Shimadzu, Columbia, MD; 2Bio-Botanica,
Hauppauge, NY
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 83
MONDAY POSTERS
MP 692 Alkaloids Characterization of Tabernaemontana
 Sidnei Moura; Flávio
Marinho; Carla Nicola; Mariana Roesch-Ely; Caxias do Sul
University, Caxias do Sul, Brazil
MP 693 
Escin, a Mixture of Triterpene Saponins from Aesculus
 Antonio Triolo1; Elisa
Libralesso1; Serena Staccioli2; Fabiana Tavani2; 1Menarini
Ricerche Spa, Firenze, ITALY; 2A. Menarini Manufacturing
Logistics and Services, Firenze, Italy
MP 694 High Resolution UPLC-TOF Mass Spectrometric

Tiffany A. Freed1; Melanie A. Rehder Silinski1; James
C. Blake1; Megan Grabenauer1; Reshan A. Fernando1;
Veronica G. Robinson2; Suramya Waidyanatha2; 1RTI
International, Research Triangle Park, NC; 2Division of
National Toxicology Program, NIEHS, Research Triangle
Park, NC
MP 695 Characterization of Commercially Available Stevia-
derived Sweeteners Using Liquid Chromatography-
High Resolution Time of Flight Mass Spectrometry and
 Juergen Wendt1; Norbert
Helle2; Jutta Lintelmann3; Jeffrey S. Patrick4; 1LECO
European LSCA Centre, Moechengladbach, Germany;
2TeLA GmbH, Bremerhaven, Germany; 3Helmholtz Zentrum
München, Neuherberg, Germany; 4LECO Corporation,
Separation Sciences Division, St. Joseph, MI
MP 696 Quality-by-Design UHPLC Method Development with
High Resolution MSE
 Amadeu Iglesias1; Ricardo
Sprenger2; Fernando de Paula1; Tiago Campos1; Michael
Murgu1; Quezia Cass2; 1Waters Corporation, Barueri, Brazil;
2Universidade Federal de São Carlos - UFSCar, São Carlos,
SP, Brazil
MP 697 Structural Elucidation of Iridoids from the Leaves of
Vitex negundo Linn. by Liquid Chromatography-Tandem
 Lolita A. Lagurin1; Maria Cristina A.
Dancel2; Jodie V. Johnson2; Fabian M. Dayrit1; 1Ateneo
de Manila University, Quezon, Philippines; 2University of
Florida, Gainesville, FL
MP 698 Mapping the “Known Metabolome” Using SciFinder

 Andrew Newsome;
Elizabeth Martinez; Richard van Breemen; University of
Illinois College of Pharmacy, Chicago, IL
MP 699  Begoña
Gimenez-Cassina; Alexandra C.H.F. Sawaya; BTPB -
Institute of Biology - Unicamp, Campinas, Brazil
MP 700 Analysis of Bioactive Loline Alkaloids in Achnatherum
robustum and Lolium pratense by High Resolution
 Scott Jarmusch1; Mario Figueroa1;
Brandie Ehrmann1; Tatsiana Shymanovich1; Stanley Faeth1;
Jonathan Scheerer2; Nadja Cech1; 1University of North
Carolina Greensboro, Greensboro, NC; 2College of William
and Mary, Williamsburg, VA
MP 701 Rapid Screening of Herbal Extracts by Thin Layer
Chromatography-Information Dependent Acquisition-

Jeffrey Morré1; Jeremiah Kelley1; Nora Gray2; Amala
Soumyanath2; Jan F. Stevens1; Claudia Maier1; 1Oregon
State University, Corvallis, OR; 2Oregon Health and Science
University, Portland, OR
MP 702 Imaging Metabolite Distributions in Hypericum
Zhihong Song 1, 2; Matthew C. Crispin 1; Eve Syrkin
Wurtele1; Andrew R. Korte1, 2; Young-Jin Lee1, 2; Basil J.
Nikolau1, 2; 1Iowa State University, Ames, IA; 2The Ames
Laboratory of US DOE, Ames, IA
MP 703 Use of t
Chromatography-Mass Spectrometry Analysis of
 Deborah Chance;
Thomas Mawhinney; University of Missouri, Columbia, MO
MP 704 

 Avinash Dalmia; Daniel Pentek; Robert Packer;
George Perkins; Perkinelmer, Shelton, CT
MP 705 

Moiety in Crocus Sativus L; Nikolaos Stavros
Koulakiotis1, 2; Ernst Pittenauer3; Guenter Allmaier3;
Anthony Tsarbopoulos1, 4; 1The Goulandris Natural History
Museum, Kissia, Greece; 2University of Patras, Pharmacy
Department, Patras, Greece; 3Vienna University of
Technology, Vienna, Austria; 4University of Athens Medical
School, Pharmacology, Athens, Greece
MP 706 Quantitative Proteomics Analysis for the Effects of
 Hui Zhou1, 3; Zhe
Qu1, 3; Dineo L Nkholise1, 3; Jilong Li4; Jianlin Cheng4; C.
Michael Greenlief5; Valeri V. Mossine2; Thomas Mawhinney2;
Paula N Brown7; Kevin L. Fritsche6; Dennis B. Lubahn2;
Grace Y. Sun2, 3; Zezong Gu1, 3; 1University of Missouri
School of Medicine Patholog, Columbia, MO; 2Biochemistry,
Columbia, Mo;
3
Center for Translational Neuroscience,
University, Columbia, MO;
4
Department of Computer Science,
Informatics Insti, Columbia, Mo;
5
Chemistry, Columbia, Mo;
6
Division of Animal Sciences, Columbia, Mo;
7
British Columbia
Institute of Technology, Vancouver, BC, Canada
MP 707 Discovering Peptidic Natural Products by

 Hosein Mohimani1; Roland Kersten1; Wei Ting Liu1;
Mingxun Wang1; Samuel O. Purvine2; Si Wu2; Heather M.
Brewer2; Ljiljana Pasa-Tolic2; Bradley S. Moore1; Pieter C.
Dorrestein1; Pavel A. Pevzner1; 1University of California, San
Diego, La Jolla, CA; 2PNNL, Richland, WA
MP 708 

Wei Du; Xiaorong Ran; Tao Bo; Wei Chen; Agilent
Technologies(China) Co. Ltd., Beijing, China
MP 709 
Traditional Chinese Medicine Using UHPLC/ High
Resolution Q-TOF Mass Spectrometry and Database
 Xiaorong Ran; Tao Bo; Wei Chen; Zhixu Zhang;
Agilent Technologies (China), Beijing, China
MP 710 Rapid Accurate Mass Technology for Comparative
Metabolism Study of Isoimperatorin and Imperatorin
 Kerong Zhang1;
Xiaomei Zhuang2; Yuhuan Zhong2; Ping Du1; Jiehui Hu1;
Ting Liu1; Jingchao Lin1; Yongming Xie1; Hua Li2; 1AB
SCIEX, Beijing, China; 2Beijing Institute of Pharmacology
and Toxicology, Beijing, China
MP 711 
Panax Extract Using a hybrid Triple Quadrupole Linear
 Dandan Si; Ting Liu; Jiehui Hu; Xiaoyan
Xu; Ping Du; Yongming Xie; AB SCIEX, Shanghai, CN
MP 712 
 Jigang Wang1; Xing Fei Tan1; Van
Sang Nguyen1; Peng Yang2; Jing Zhou1; Mingming Gao3;
Zhengjun Li4; Teck Kwang Lim1; Yingke He5; Chye Sun
Ong6; Yifei Lay1; Jianbin Zhang1; Guili Zhu5; Yu Keung
Mok1; Han-Ming Shen1; Qingsong Lin1; 1National University
of Singapore, Singapore, Singapore; 2School of Pharmacy,
University of Pittsburgh, Pittsburgh, PA; 3University of
Maryland, Rockville, MD; 4NUS Environmental Research
Institute, Singapore, Singapore; 5Duke-NUS Graduate
Medical School, Singapore, Singapore; 6Singapore
Polytechnic, Singapore, Singapore
GENERAL INFORMATION
PAGE 84 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
MONDAY POSTERS
MP 713 
Sarcandrae Using High Speed Accurate Mass
 Guoliang Xu1; Yu Lei2; Ting Liu2; Qiyun
Zhang1; Guangbin Shang1; Xiaoyan Xu2; Ping Du2;
Yongming Xie2; Xilan Tang1; 1Jiangxi University of Traditional
Chinese Medicine, Nanchang, Jiangxi Province, China; 2AB
SCIEX Asia Pacic Application Support Center, Shanghai,
China
MP 714 Development of Qualitative Method for Marker
Compounds of Bang-poong-tong-sung-san by Iontrap

Unyong Kim; Han Young Eom; Joon Hyuk Suh; Sang Beom
Han; Chung Ang Univ., Seoul, South Korea
Astrobiology & Atmospheric Chemistry, 715 - 720
MP 715 
Callie Cole1; Nadine Wehres1, 2; Jennifer Reece1; Nicholas
Demarais1; Theodore Snow2, 3; Veronica Bierbaum1, 2;
1University of Colorado at Boulder, Boulder, CO; 2Center
for Astrophysics and Space Astronomy, Boulder, CO;
3Department of Astrophysical and Planetary Sciences,
Boulder, CO
MP 716 Characterization of Heavy Ion Radiation-Induced
Changes of Lipid Biochemistry in the Liver by MALDI
 Alexander S. Shavkunov1;
Huiling Liu1; Norelle C. Wildburger1, 2; Maureen McCarthy3,
4; Yongjia Yu3, 4; Lauren N. Macias3, 4; Astrid D. Corbitt3, 4;
Daniel Olivares3, 4; Robert L. Ullrich3, 4; Carol L. Nilsson1,
4; 1Department of Pharmacology and Toxicology, UTMB,
Galveston, TX; 2Department of Neuroscience and Cell
Biology, UTMB, Galveston, TX; 3Department of Radiation
Oncology, UTMB, Galveston, TX; 4UTMB Cancer Center,
Galveston, TX
MP 717 Characterization of Biogenic Secondary Organic
Aerosol using Ultrahigh-Resolution FT-ICR Mass
 Lynn Mazzoleni; Yunzhu Zhao; Megan
Dalbec; Michigan Technological University, Houghton, MI
MP 718 In situ Analysis of Mars Analog Samples Containing
Perchlorate by the MOMA Linear Ion Trap Mass
 Ricardo Arevalo Jr. 1; Veronica Pinnick2;
Xiang Li2; Friso van Amerom3; Ryan Danell4; William
Brinckerhoff1; Paul Mahaffy1; 1NASA Goddard Space Flight
Center, Greenbelt, MD; 2University of Maryland Baltimore
County, Baltimore, MD; 3SRI International, Inc., St.
Petersberg, FL; 4Danell Consulting, Inc., Greenville, NC
MP 719 Miniature Two-Step Laser Time-of-Flight Mass
Spectrometer for in situ Xiang Li1;
Stephanie Getty2; William Brinckerhoff2; Timothy Cornish3;
Scott Ecelberger3; Melissa Floyd2; 1University of Maryland,
Baltimore County, Baltimore, MD; 2NASA Goddard Space
Flight Center, Greenbelt, MD; 3C&E Research, Inc.,
Columbia, MD
MP 720 
 Friso Van
Amerom1; Ashish Chaudhary1; Timothy Short1; Patrick
Roman2; William Brinckerhoff2; Daniel Glavin2; Paul
Mahaffy2; 1SRI International, St. Petersburg, Florida; 2NASA
Goddard Space Flight Center, Greenbelt, MD

MP 721 The NIST Synthetic Polymer MALDI Recipes Database:
 William E. Wallace;
Janiel J. Reed; Charles M. Guttman; National Institute of
Standards & Technology, Gaithersburg, MD
MP 722 In situ Characterisation of Microbicidal Agents within
Polymer-Based Surface Coatings by Liquid Extraction
 Martin R. L.
Paine1; Tran T. Hyunh2; Mike J. Maneeld2; Philip J.
Barker3; Scott A. Rice2; Stephen J. Blanksby1; 1University
of Wollongong, Wollongong, Australia; 2University of
New South Wales, Sydney, Australia; 3BlueScope Steel
Research, Port Kembla, Australia
MP 723 Using Ion Mobility for ‘Shape-Selective’
 Kirsten Craven1; Julien
De Winter2; Pascal Gerbaux2; 1Waters, Manchester, UK;
2University of Mons, Mons, Belgium
MP 724 Characterization of Oligomeric Polyethylene Mono-
iodides by MALDI-ToF Mass Spectrometry Following
 Roman Borisov; Nikolai Polovkov; Vladimir
Zaikin; Alexei Vinogradov; Alexei Ivaniuk; Topchiev Institute
of Petrochemical Synthesis, Moscow, Russian Federation
MP 725 Mass Spectrometry and Tandem Mass Spectrometry

Ahlam Alalwiat; Chrys Wesdemiotis; The University of
Akron, Akron, U.S.A
MP 726 Tandem Mass Spectrometry of Polyethers - Size and
 Nadrah Alawani; Lydia Cool;
Chrys Wesdemiotis; University of Akron, Akron, OH
MP 727 
 Lydia Cool; Chrys
Wesdemiotis; The University of Akron, Akron, OH
MP 728 Multidimensional Mass Spectrometry Studies on
 Aleer M. Yol1; Scott M. Grayson2;
Chrys Wesdemiotis1; 1The University of Akron, Akron, OH;
2Tulane University, New Orleans, LA
MP 729 

 Marisa Carchedi1, 2; Chrys
Wesdemiotis2; Bartolo Gabriele1; Alessia Fazio1; Giovanni
Sindona1; 1University of Calabria, Rende (CS), Italy;
2University of Akron, Akron, OH
MP 730  Xiumin
Liu; Lydia Cool; Chrys Wesdemiotis; The University of
Akron, Akron, OH
MP 731 Quantitative Analysis of Fibre Mixture by Matrix
Assisted Laser Desorption/Ionization Coupled Time of
 Ssu-Hsueh
Sun; Tsung-Ming Huang; Bureau of Standards, Metrology
and Inspection, Taipei, Taiwan
MP 732 Effectiveness of Tertiary Ionic Liquid Matrix in the
 Taehee Kim; Jihyeon
Lee; Jeongkwon Kim; Chungnam National University,
Daejeon, South Korea
MP 733 High Throughput Characterization of Biopolyol Using
 Christopher
Gilles1; Keiko Matsumoto2; Teruhisa Shiota3; Jun
Watanabe2; Mariko Yoshioka4; Nobuo Shiraishi 5; 1Shimadzu
Scientic Instruments,Inc., Columbia, MD; 2Shimadzu
Corporation, Kyoto, Japan; 3AMR, Inc, Tokyo, Japan; 4Kyoto
University, Kyoto, Japan; 5Shiraishi Biomass Co., Ltd.,
Kyoto, Japan
MP 734 Completely Elucidating Soft Matter: Sequencing
 Martin S. Engler1; Sarah Crotty1;
Christian Pietsch1; Kerstin Scheubert1; Ulrich S. Schubert1,
2; Sebastian Boecker1, 2; 1Friedrich Schiller University, Jena,
Germany; 2Jena Center for Soft Matter, Jena, Germany
MP 735 Location of Cations Adducted to PEO-PAMAM Hybrid

Christophe Chendo; Aura Tintaru; Qi Wang; Ling Peng;
Laurence Charles; Aix-Marseille University, Marseille, FR
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 85
MONDAY POSTERS
MP 736 Advantages of Mass Spectrometric Detection for
Polymers Separated by UltraPerformance Convergence
 Oliver Burt1; Baiba Cabovska2;
Michael O’Leary2; Peter Hancock1; 1Waters Corporation,
Manchester, UK; 2Waters, Milford, MA
MP 737 MALDI-TOF MS of Hyperbranched Polymers Aided
 Jessica N.
Hoskins1; Hans R. Kricheldorf2; Steffen M. Weidner1; Jana
Falkenhagen1; 1Fed. Institute for Materials Research and
Testing, Berlin, Germany; 2Institute for Technical and
Macromolecular Chem., Hamburg, Germany
MP 738 Analysis of Ethylene Oxide and Propylene Oxide
Random Copolymer by Using LC-MALDI-SpiralTOF
 Yoshiyuki Itoh1; Masahiro Hashimoto1; Bram van der
Meer2; Akihiko Kusai1; 1JEOL Ltd., Akishima, Japan; 2JEOL
(Europe) B.V., Nieuw-Vennep, The Netherlands
MP 739 
Daniel Goebbert; Thomas Hester; The University of
Alabama, Tuscaloosa, AL
MP 740 Quantitation of ppm-ppb Level Oligomeric Surfactants
for Contact Lens Wear Clinical Studies Using HR/
 William
Nichols1; Andrew J. Hoteling2; 1Mass2Charge Consulting
LLC, Newark, NY; 2Bausch+Lomb, Rochester, NY
MP 741 Evaluating the Use of Ion Mobility-Mass Spectrometry

 Andrew J. Hoteling1;
Eleanor Riches2; 1Bausch + Lomb, Rochester, NY; 2Waters
Corporation, Manchester, UK
MP 742 
Chromatography–High Resolution Time-Of-Flight
Mass Spectrometry with Electron Impact and Chemical
 Nick Hall; David Alonso; Joe Binkley;
Leco Corporation, St. Joseph, MI
MP 743 
 Brittany Myers; Boyu Zhang; Scott M.
Grayson; Tulane University, New Orleans, LA
MP 744 
Accuracy of Mass Determination for High Molecular
 Scott M. Grayson; Joseph Giesen;
Brittany Myers; Tulane University, New Orleans, LA
MP 745 An Integrated Systems Approach to Identifying
Extractables From Single Use Materials: “Closing
 Catherine
E Petersen; Sarah Robinson; Trent Volz; Ray Colton;
Validation Resources, Bend, OR
MP 746 
 Laurence
Charles; Aura Tintaru; Christophe Chendo; Trang Phan;
Marion Rollet; Laurent Giordano; Stéphane Viel; Didier
Gigmes; Aix-Marseille University, Marseille Cedex 20,
France
MP 747 

with Mass Spectrometry: LC-MS, CE-MS and TLC-
 Emma-Dune Leriche1; Marie Hubert-Roux1; Martin
Grossel2; Catherine Lange1; Carlos Afonso1; Corinne
Loutelier-Bourhis1; 1Normandie Univ UMR 6014, FR 3038;
Univ Rouen; CNRS, Mont-St-Aignan, France; 2University of
Southampton, School of chemistry, Southampton, UK
MP 748 
in Medicine and Containers by HR LCMS and Triple
 Ekong Bassey; Kate Comstock;
Thermosher Scientic, San Jose, CA
MP 749 

 Yuhong Zhang1; Chuan Wang1;
Zhenlei Peng1; Yidan Guo1; Kejun Qian2; Xiaomei Huang2;
Peter Lee3; 1SINOPEC SRIPT, Shanghai, China; 2Waters
Technologies (Shanghai) Limited, Shanghai, China; 3Waters
Cooperation, Milford, MA
GENERAL INFORMATION
PAGE 86 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
7:30-8:00 am .............................................. Set up all Tuesday posters
10:30 am-1:00 pm ...............................Odd-numbered posters present
12:00-2:30 pm ................................... Even-numbered posters present
7:30-8:00 pm ........................................... Remove all Tuesday posters
Ion Activation/Dissociation ........................................................ 001-020
Ion/Molecule, Ion/Ion, Ion/Electron Interactions .......................021-048
Photoionization: Instrumentation & Applications.......................049-053
Instrumentation: New Developments in Ionization
and Sampling ...................................................................054-087
Instrumentation: New Concepts ...............................................088-109
Peptides: Fragmentation Mechanisms .....................................110-123
Peptides: Ion Activation/Dissociation Strategies.......................124-128
Peptides: Quantitative Analysis I ..............................................129-163
Proteins: Conformation Analysis...............................................164-172
Protein Covalent Labeling ........................................................173-193
Biomolecular Structure .............................................................194-205
Intact Proteins: PTM Discovery ................................................206-212
Intact Proteins: Quantitative Analysis .......................................213-217
Intact Proteins: Sequence Analysis ..........................................218-224
Protein Therapeutics: Structural Characterization ....................225-238
Informatics: Intact Proteins .......................................................239-244
Informatics: Systems Biology and Large-Scale Analyses.........245-254
Biomarker Discovery: Proteins .................................................255-275
Neurodegenerative, Cardiovascular and Infectious Disease....276-297
New Technologies in Biomarker Discovery ..............................298-305
Proteomics: Plasma and Tissue ...............................................306-341
Epigenetic Modications/Histones ............................................ 342-356
Metabolomics: General.............................................................357-382
Metabolomics: Untargeted Metabolite Proling Applications .... 383-419
Drug Metabolism: Quantitative Analysis ...................................420-451
Small Molecules: Quantitative Analysis II, ................................452-477
Lipids: Quantitative Analysis ..................................................... 478-497
Informatics: Quantication/Validation .......................................498-528
Toxicology ................................................................................. 529-556
Diagnostic Clinical Chemistry: Small Molecules I ..................... 557-577
Environmental Analysis: Pharmaceuticals and Pesticides .......578-607
Elemental Analysis ...................................................................608-618
Ion Mobility Applications ...........................................................619-661
Ambient Ionization: Applications I ............................................. 662-690
Carbohydrates I ........................................................................691-714
Glycoproteins I..........................................................................715-737
Food Safety ..............................................................................738-772
Ion Activation/Dissociation, 001 – 020
TP 001 

Martin Green; Keith Richardson; Jeff Brown; Paul
Murray, Waters Corporation, Manchester, United Kingdom
TP 002 

Jeff Brown 1; Mike Morris1; Kevin Giles1; Richard
Chapman1; Paul Murray1; Emmy Hoyes1; Christopher
Jones1; Jakub Ujma2; Bruno Bellina3; Isabelle Compagnon3;
Perdita Barran2, 1Waters Corporation, Manchester , UK;
2The University of Edinburgh, Edinburgh, UK; 3CNRS et
Université Lyon, Lyon, France
TP 003 
 Dustin Holden; Jennifer Brodbelt;
University of Texas Chemistry, Austin, TX
TP 004 Fragmentation of Fluorescence Dye Labels Activated
 Jonathan Peters; Claus
Gernert; Martin Clemen; Tassilo Muskat; Jürgen
Grotemeyer; Inst. f. Phys. Chemie, Christian-Albrechts-Uni,
Kiel, Germany
TP 005 Sequential Losses of HONO, CO and HCN from
Deprotonated ortho-Nitrobenzenesulfonylglycine
 Robert L. White; Tara E.
Tovstiga; Elizabeth A.L. Gillis; J. Stuart Grossert; Dalhousie
University, Department of Chemistry, Halifax, Canada
TP 006 
Flavonoids by a Complex-Free Kinetic Method Using
 Yong-Ill Lee; Kuangcai
Chen; Jae-Min Lim; Changwon National University,
Changwon, Korea
TP 007 Characterization of Temperature-Dependent Peptide
Bond Cleavage Using Low- and High-Mass Quantitation

Jongcheol Seo; Hye-Joo Yoon; Seung Koo Shin; Postech,
Pohang, South Korea
TP 008 
 Owen Skinner; Adam Catherman; Kenneth
Durbin; Bryan Early; Paul Thomas; Neil Kelleher;
Northwestern University, Evanston, IL
TP 009 Metastable Atom-Activated Dissociation of
Phosphocoline Lipids in Protonated, Sodiated, and
 William D. Hoffmann1; Robert E.
Deimler1; Madlen Sander2; Glen P. Jackson1; 1West Virginia
University, Morgantown, WV; 2Leipzig University, Leipzig,
Germany
TP 010 
 Dustin Klein; Sylvester
Greer; Jennifer Brodbelt; University of Texas, Austin, TX
TP 011  Thomas
Hester; Daniel Goebbert; The University of Alabama,
Tuscaloosa, AL
TP 012 Comparison between Surface-Induced Dissociation

 Yun Zhang;
Mowei Zhou; Xin Ma; Vicki H. Wysocki; The Ohio State
University, Columbus, OH
TP 013 
 Zoltán
Takáts2; Tamás Karancsi1; Dániel Szalay1; Andor Rozsnyai1;
1Medimass Ltd., Budapest, Hungary; 2Imperial College
London, London, Egyesült Királyság
TP 014 Dipolar Direct Current Driven Collision Induced
 Liang Wang; Fuxing Xu;
Chuan-Fan Ding; Fudan University, Shanghai, China
TP 015 Hydration Energies of First–Row Transition Metal
Dications Determined by Collision Induced Dissociation
 Rebecca Thomas;
Theresa Hofstetter; Peter Armentrout; University of Utah,
Salt Lake City, UT
TP 016 
 Robert Hale; Carl Weisbecker; Chang-Ching
Chan; Athula Attygalle; Stevens Institute of Technology,
Hoboken, NJ
TP 017 
Cleavage of Protonated Nucleosides: A Synergy of
Theory and Threshold Collision-Induced Dissociation
 Mary T. Rodgers; Ranran Wu; Wayne State
University, Detroit, MI
TP 018 Nazarov Cyclization and Six-Membered Cyclization of

 Hezhi Sun; Yunfeng Chai; Lin Wang; Yuanjiang
Pan; Zhejiang University, Hangzhou, China
TP 019 

Functionality, Increased Speed, and Robustness of
 Christopher Mullen1; Lee Earley1; Jean-Jacques
Dunyach1; John E.P. Syka1; Philip Daniel Compton2; Jeffrey
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 87
TUESDAY POSTERS
Shabanowitz3; Donald F. Hunt3; 1Thermo Fisher Scientic,
San Jose, CA; 2Northwestern University, Evanston, IL;
3University of Virginia, Charlottesville, VA
TP 020 Comparison of MALDI-ISD and High-Energy CID Using

Masaaki Ubukata1; John Dane1; Robert B. Cody1; Ayumi
Kubo2; 1JEOL USA, Inc., Peabody, MA; 2JEOL Ltd., Tokyo,
Japan
Ion/Molecule, Ion/Ion, Ion/Electron Interactions, 021 - 048
TP 021 Distinguishing Amorphous and Crystalline Ices by
 Radha
Gobinda Bhuin; Soumabha Bag; T. Pradeep; Indian Institute
of Technology, Madras, Chennai, India
TP 022 Experimental Evidence and Characterization of

 Lukas Fiebig1;
Julian Kuttner2; Martin C. Schwarzer2; Gerhard Hilt2; Gernot
Frenking2; Hans-Günther Schmalz1; Mathias Schaefer
1; 1University Cologne, Department of Chemistry, Koeln,
Germany; 2Philipps University, Department of Chemistry,
Marburg, Germany
TP 023 Computational Studies of Ion-neutral Reactions of
Astrochemical Relevance: Formation of Hydrogen
 Zhibo Yang; University
of Oklahoma, Norman, OK
TP 024 Chiral Selectivity of Copper Di-imine Catalysts in
 Mark Davis; Scott Gronert; Virginia
Commonwealth University, Richmond, VA
TP 025 
 Christopher Swift; Scott
Gronert; Virginia Commonwealth University, Richmond, VA
TP 026 

 Rebeca Pinhancos; Catherine E. Vincent;
Michael S Westphall; Joshua J. Coon; University of
Wisconsin, Madison, WI
TP 027 Electrochemical-Assistance for Electron Transfer

Jonathan P. Williams; Christopher Hughes; Jeffery Brown;
Waters, Manchester, UK
TP 028 The Use of Reagent Clusters in Ion/ion Reactions for

 Boone Prentice; John Stutzman; Scott
McLuckey; Purdue University, West Lafayette, IN
TP 029 
 Joshua D. Gilbert; Boone
M. Prentice; John R. Stutzman; Scott A. McLuckey; Purdue
University, West Lafayette, IN
TP 030 Lithium Cation Basicity: Revisiting the High Basicity
 Charly Mayeux1;
Peeter Burk1; Jean-François Gal2; Tõiv Haljasorg1; Ivari
Kaljurand1; Ivo Leito1; 1University of Tartu, Tartu, Estonia;
2University of Nice-Sophia Antipolis(UMR CNRS 7272),
Nice, France
TP 031 A Custom Mass Spectrometer to Probe Ion-Ion Reaction
 Nathan Roehr;
Corey Stedwell; Nick Polfer; Kerim Gulyuz; University of
Florida, Gainesville, FL
TP 032 
 Jamal
Aldajaei; Virginia Commonwealth Uni., Richmond, VA
TP 033 Electron Detachment Dissociation of Anion-Adducted
 Tao Jiang; Kristina Hakansson; University of
Michigan, Ann Arbor, MI
TP 034 
Hydrocarbon Cations and Their Nitrogen Containing
 Nicholas Demarais; Theodore Snow; Veronica
Bierbaum; U of Colorado, Boulder, CO
TP 035 
 Charles Nichols1; Zhibo Yang2; Veronica
Bierbaum1; 1University of Colorado, Boulder, CO; 2University
of Oklahoma, Norman, OK
TP 036 
 Andrii Piatkivskyi; Victor
Ryzhov; Northern Illinois University, Dekalb, IL
TP 037 
 Guannan Li;
Vanessa Gallardo; John Nash; Anyin Li; Hilkka Kenttämaa;
Purdue University, West Lafayette, IN
TP 038 A Comparison of the Reactions of N-Methyl-3-
dehydropyridinium Cation with Adenine, Cytosine,

 Ashley Wittrig; Hilkka Kenttamaa; Purdue
University, West Lafayette, IN
TP 039 
 Mu Chen2; Christopher
Bielawski1; Jeehiun K. Lee2; 1The University of Texas at
Austin, Austin, TX; 2Rutgers University-New Brunswick-
Chemistry, Piscataway, NJ
TP 040 Formation of Hydroxylmethyl Radicals and Their

Craig Stinson; Yu Xia; Purdue University, West Lafayette, IN
TP 041 
Complexes In Support of Trace Explosives Detection
 Kerin Gregory; Alla Ostrinskaya; Roderick
Kunz; MIT Lincoln Laboratory, Lexington, MA
TP 042 
 William M.
McGee; Scott A. McLuckey; Purdue University, West
Lafayette, IN
TP 043 Probing the Reactivity and Radical Nature of Oxidized
Transition Metal-Thiolate Complexes by Mass
 Mei Lu1; Larry Campbell2; Rajat Chauhan3;
Craig Grapperhaus3; Hao Chen1; 1Ohio University, Athens,
OH; 2AB Sciex, Concord, Ontario; 3University of Louisville,
Louisville, Kentucky
TP 044 High-Temperature Mass Spectrometric Study of the
System CsI-CeI3 Dmitry Ivanov; Anatoly Dunaev; Dmitry
Sergeev; Lev Kudin; Ivanovo State University of Chemistry
and Technolo, Ivanovo, Russia
TP 045 
Reaction with Kinetic Energy Measurement of Ionic and
 Masataka Ohkubo 1; Shigetomo Shiki1;
Masahiro Ukibe1; Shigeo Tomita2; Shigeo Hayakawa3;
1AIST, RIIF, Tsukuba, Japan; 2University of Tsukuba,
Tsukuba, JP; 3Osaka Prefecture University, Osaka, JP
TP 046 Oxidation of CO by Molecular Oxygen Catalyzed with
Y3O6
 Yan-Xia Zhao; Zi-Yu Li; Xun-Lei
Ding; Sheng-Gui He; State Key Laboratory for Structural
Chemistry of U, Beijing, China
TP 047 Etoricoxib as a Tool for the Detection of Low Levels of
 Freneil Jariwala; John Hibbs;
Athula Attygalle; Stevens Institute of Technology, Hoboken,
NJ
TP 048 Energy-Resolved Collision-Induced Dissociation
Studies of 1,10-Phenanthroline Complexes of the
Late First-Row Divalent Transition Metal Cations:
 Holliness Nose;
Mary Rodgers; Wayne State University, Detroit, MI
GENERAL INFORMATION
PAGE 88 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS

TP 049 Capture of Tunneling Electrons and Dissociation of

Hongying Zhong; Lulu Huang; Central China Normal
University, Wuhan, China
TP 050 
Substituted Explosives by Laser Ionization under
 Evgeny Kukaev1, 4; Alexey
Kononikhin1, 2; Igor Popov1, 4; Konstantin Nagornov2, 3;
Eugene Nikolaev1, 2; 1Emanuel Institute of Biochemical
Physics, Moscow, Russia; 2Institute for Energy Problems of
Chemical Physics, Moscow, Russia; 3Inst of Radio-engin.,
Electronics and Automation, Moscow, Russia; 4Moscow
Institute of Physics and Technology, Moscow, Russia
TP 051 Photoionization Mass Spectrometry of Thermolabile
Biomolecules at the French National Synchrotron
 David Touboul1; Marie Méjean1; François
Gaie-Levrel2; Gustavo Garcia Macias3; Laurent Nahon3;
Lionel Poisson4; Martin Schwell5; Majdi Hochlaf6; Alexandre
Giuliani7; Alain Brunelle1; 1CNRS, Institut de Chimie des
Substances Naturelles, Gif-Sur-Yvette, France; 2National
Metrology Institute and Testing, Paris, France; 3Synchrotron
SOLEIL, DESIRS beamline, Gif-sur-Yvette, France;
4Laboratoire Francis PERRIN, Gif-sur-Yvette, France; 5LISA
UMR 7583, Crétail, France; 6Université Paris-Est, MSME,
Maren-la-Vallée, France; 7Synchrotron SOLEIL, DISCO
beamline, Gif-sur-Yvette, France
TP 052 The Use of Isoprene as a New Dopant in Negative Ion

 Faezeh Dousty; Rob O’Brien; University of
British Columbia, Okanagan Campus, Kelowna, Canada
TP 053 
 Matthias
Bente-Von Frowein; Andreas Walte; Thomas Gröger;
Mohammad Reza Saraji-Bozorgzad; Photonion, Schwerin,
Germany
Instrumentation: New Developments in
Ionization and Sampling, 054 – 087
TP 054 

 Steve Schachterle; Zicheng Yang;
Maurizio Splendore; Stephen Zanon; Roy Moeller; Felician
Muntean; Bruker Daltonics, Fremont, CA
TP 055 Evaluation of Amine-Containing Polymer Brushes
and Polymer Thin Films for Biomolecular Mixture
 Stephanie Eastwood;
Bojan Mitrovic; Venney Wong; Joshua Pogue; Colleen Scott;
Gary Kinsel; Southern Illinois University, Carbondale, IL
TP 056 Flow Characteristics of a Laminar Flow Interface for
 Serguei Savtchenko; Charles Joliffe; Heather
Gamble; Lisa M. Cousins; Hui Quao; IONICS Mass
Spectrometry Group, Inc., Bolton, Canada
TP 057 Coupling High Performance Ion Mobility Spectrometers
 Robert Jackson; Mark
Osgood; Eugenie Hainsworth; Jianglin Wu; Ching Wu;
Excellims Corporation, Acton, MA
TP 058 
Abdil Ozdemir2; Jung-Lee Lin1; Kent J. Gillig1; Chung-Hsuan
Chen1; 1Genomics Research Center, Academia Sinica,,
Taipei, Taiwan; 2Sakarya University, Adapazari, Turkey
TP 059 

 Orla Kelly1, 2; Panos Kapetanopoulos1;
Michael NR Ashfold2; 1Photek Ltd, St Leonards On Sea, UK;
2School of Chemistry, University of Bristol, Bristol, UK
TP 060 
Enable the Formation of Multiply Charged Peptides and
 Rainer
Cramer1; Alex Pirkl2; Franz Hillenkamp2; Klaus Dreisewerd2;
1University of Reading, Reading, UK; 2University of
Muenster, Muenster, Germany
TP 061 
Nick Bukowski1; Pierre Schanen2; Gerhard Horner2;
1ALMSCO International, Llantrisant, UK; 2ve technologies
GmbH, Munich, Germany
TP 062 

Vincent S. Pagnotti; Sarah J. Saylor; Shubhashis
Chakrabarty; Charles N. McEwen; University of the
Sciences, Philadelphia, PA
TP 063 
 Anneli Kruve; Ivo Leito; Rünno Lõhmus;
Asko Laaniste; Hanno Evard; Kristo Kleemann; Jaanus
Liigand; Vahur Toss; Koit Herodes; Ants Lõhmus; University
of Tartu, Tartu, Estonia
TP 064 Optimization of Surface Acoustic Wave Nebulizer
 Scott Heron1, 2; J. Scott
Edgar3; Yue Huang1; Young Ah Goo1, 2; Michael Wilson1,
2; Sung Hwan Yoon1, 2; David R. Goodlett1, 2; 1University
of Washington, Seattle, WA; 2University of Maryland,
Baltimore, MD; 3Deurion LLC, Seattle, WA
TP 065 A Closer Look at the Sensitivity Enhancement

 James Murphy; Jay Johnson;
Paul Rainville; Waters Corporation, Milford, MA
TP 066 Nanostructure-Initiator Mass Spectrometry: Practical
Insights, Fundamental Implications, and Emerging
 Jay Forsythe1, 2; Joshua Broussard3; Jenifer
Lawrie4; Michal Kliman1, 2; Yang Jiao5; Sharon Weiss4, 5;
Donna Webb3, 6; John McLean1, 2; 1Dept. of Chemistry and
VICB, Vanderbilt Univ., Nashville, TN; 2VIIBRE, Vanderbilt
Univ., Nashville, TN; 3Dept. of Biological Sciences,
Vanderbilt Univ., Nashville, TN; 4IGP in Materials Science,
Vanderbilt Univ., Nashville, TN; 5Dept. of EECS, Vanderbilt
Univ., Nashville, TN; 6Dept. of Cancer Biology, Vanderbilt
Univ., Nashville, TN
TP 067 Development of a Soft Ionization Discharge Source for

 Lloyd Allen1; Alexander
Kolosov2; Viatcheslav Artaev1; Anatoly Verenchikov2; 1LECO
Corp., Saint Joseph, MI; 2MSC-GC, Bar, Montenegro
TP 068 

 Gary Valaskovic; New Objective, Inc.,
Woburn, MA
TP 069 An Elemental Ion Source for LC-MS: Halogen
 Haopeng Wang1; Kaveh Kahen2; Ninghang
Lin1; Kaveh Jorabchi1; 1Georgetown Univ., Washington, DC;
2PerkinElmer Inc., Woodbridge, Canda
TP 070 Internal and External Ionization in a Mobile FTICR-
 Clotilde Le Vot1; Essyllt Louarn1; Helene Mestdagh1;
Michel Heninger1; Pierre Boissel2; Gérard Mauclaire2;
Joel Lemaire1; 1LCP CNRS - Université Paris Sud, Orsay,
France; 2AlyXan, Orsay, France
TP 071 Online High-Capacity Capillary Isoelectric-Point
Fractionation Increases the Proteome Coverage
of Human Cell Line in Shotgun LC-MS Proteomics
 Mohammad Pirmoradian Najafabadi; Konstantin
Chingin; Juan Astorga-Wells; Harshavardhan Budamgunta;
Roman Zubarev; Karolinska Institute, Solna, Sweden
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 89
TUESDAY POSTERS
TP 072 

 Stefan K Maier1, 2; Hannes Hahne1; Fiona
Pachl1; Bernhard Kuster1; 1Technische Universitaet
Muenchen, Freising, Germany; 2Helmholtz Zentrum
Muenchen, Neuherberg, Germany
TP 073 Analysis of Fuels by Wooden Tip Electrospray
 Whitney Smith; Jan Sunner; Univ. of
Oklahoma, Norman, OK
TP 074 Understanding the Effects of the Earth’s Magnetic
Field on Mobile Mass Spectrometry: Simulation,
 Ryan J. Bell5; Nicholas
G. Davey1, 5; Morten Martinsen2, 5; Christian Collin-Hansen3;
R. Timothy Short4; Erik T. Krogh1, 5; Christopher G. Gill 1,
5; 1University of Victoria, Victoria, BC, Canada; 2NTNU,
Trondheim, Norway; 3Statoil ASA, Trondheim, Norway; 4SRI
International, St. Petersburg, FL; 5AERL, Vancouver Island
University, Nanaimo, BC, Canada
TP 075 Improvements to Understanding and Implementation
of Raster Laser-Induced Acoustic Desorption for Mass
 Alex Dow; Purdue
University, West Lafayette, IN
TP 076 Laser LESA: Fully Automated Laser Ablation Sample

Matthias Lorenz; Olga S. Ovchinnikova; Gary J. Van Berkel;
Oak Ridge National Laboratory, Oak Ridge, TN
TP 077 
by Applying an Injection Waveform Utilizing Multiple
 Brian K. Erickson; Graeme McAlister;
Ramin Rad; Wilhelm Haas; Steven P. Gygi; Harvard
Medical School, Boston, MA
TP 078 Fabrication of Dense Polymer Nozzle Array on
Microstructured Fibers for Multi-Electrospray

Yueqiao Fu
1
; Graham Gibson
1
; Richard Oleschuk
1
; Tom
Covey
2
; Bradley Schneider
2
;
1
Queen’s University, Kingston,
ON, Canada;
2
AB Sciex, Concord, ON, Canada
TP 079 Direct Detection of Nonvolatile Compounds Using
Synchronized Discharge Ionization with Handheld
 Xiao Wang; Tsung-Chi Chen; Zheng
Ouyang; Purdue University, West Lafayette, IN
TP 080 Quantitative Ambient Analysis Using Simple Extraction
 Yue Ren; Jiangjiang Liu; Linfan Li; Morgan N.
McLuckey; Zheng Ouyang; Biomedical Engineering, Purdue
University, West Lafayette, IN
TP 081 Miniature Condensed Phase Membrane Introduction

Measurement of Pharmaceuticals and Contaminants
 Kyle D. Duncan1, 2; Erik T. Krogh1, 2;
Christopher G. Gill 1, 2; 1University of Victoria, Victoria, BC,
Canada; 2AERL, Vancouver Island University, Nanaimo,
BC, Canada
TP 082 Low Flow Characterization of a Novel Multi-Channeled
Nanoelectrospray Emitter and Pneumatic Flow
 Lili Mats1; David Simon1; Hui Qiao2;
Frenny Ruparelia2; Richard Oleschuk1; Lisa M. Cousins 2;
1Queens University, Kingston, ON, Canada; 2IONICS Mass
Spectrometry, Bolton, ON, Canada
TP 083 Bringing Mass Spectrometry to the Production

 Warren Mino; Michael Spencer; Lorenz
Gardner; Abrar Riaz; James Wylde; David Rafferty; 1st
Detect, Houston, TX
TP 084 
DC and RF Electric Fields: Theory, Simulation, and
 Nicolay Gall1, 2; Alexander Berdnikov2; Mikhail
Lapushkin1; Natalia Fomina1; Sergey Masukevich2; 1Ioffe
Physico-technical institute of Russian Acade, St.Petersburg,
Russia; 2Institute for Analytical Instrumentation of RAS, R,
St.Petersburg, Russia
TP 085 Plasma Induced Secondary Emission Ionization

 Prabha Dwivedi; Joel Keelor; Facundo
Fernandez; Georgia Inst. of Technology, Atlanta, GA
TP 086 Construction of an Interventional Mass Spectrometer
 Cristina Guallar-
Hoyas1; Laura Muirhead1; Lajos Gödörházy2; Dániel
Szalay2; Tamás Krancsi2; Steven Pringle3; Mike Morris3;
Zoltán Takáts1; 1Imperial Collegue, London, UK; 2Medimass,
Budapest, Hungary; 3Waters Corporation, Manchester, UK
TP 087 Development of Laser Ablation and Droplet Capture
in vivo Benoit Fatou;
Isabelle Fournier; Michael Ziskind; Maxence Wisztorski;
Cristian Focsa; Michel Salzet; University Lille 1, Villeneuve
D’ascq, France

TP 088 Screening of Illicit Drugs in Urine by Using a Portable
 Masuyuki Sugiyama1; Shun Kumano1;
Masuyoshi Yamada1; Hidetoshi Morokuma2; Kazushige
Nishimura1; Yuichiro Hashimoto1; Hiroyuki Inoue3; 1Hitachi,
Ltd., Tokyo, Japan; 2Hitachi High-Technologies Corp.,
Hitachinaka, Japan; 3National Research Institute of Police
Science, Kashiwa, Japan
TP 089 Cold Electron Ionization Source for a Portable Ion
 Seung Yong Kim; Mo Yang;
Hyun Sik Kim; Korea Basic Science Institute, Ochang-Eup
Cheongwon-Gun, South Korea
TP 090 Optimizing the Performance of a Miniaturized Linear
Ion Trap: Adjusting RF and SWIFT Auxiliary Waveform
 Friso H.W. Van Amerom1; Veronica Pinnick2;
Xiang Li2; Ricardo Arevalo2; Rayn Danell3; Paul Mahaffy2;
Will Brinckerhoff2; 1SRI International, St Petersburg, FL;
2Goddard Space Flight Center, Greenbelt, MD; 3Danell
Consulting Inc., Winterville, NC
TP 091 Design of Portable Mass Spectrometers with Handheld
Probes: An Aspect of Ion Introduction and Pumping
 Tsung-Chi Chen1; Chien-Hsun Chen1; R. Graham
Cooks1; Robert Kline-Schoder2; Paul Sorensen2; Zheng
Ouyang1; 1Purdue University, West Lafayette, IN; 2Creare
Inc., Hanover, NH
TP 092 Development of Portable Mass Spectrometer Coupled

Shun Kumano1; Masuyuki Sugiyama1; Masuyoshi Yamada1;
Kazushige Nishimura1; Hidetoshi Morokuma2; Hiroyuki
Inoue3; Yuichiro Hashimoto1; 1Hitachi, Ltd., Kokubunji-Shi,
Japan; 2Hitachi High-Technologies, Hitachinaka, Japan;
3National Research Institute of Police Science, Kashiwa,
Japan
TP 093 
Quadrupole Mass Filter-Orbitrap-Linear Ion Trap
 Philip M Remes; Justin Blethrow; Vlad
Zabrouskov; Michael Senko; Thermo Fisher Scientic, San
Jose, CA
TP 094 
 Marion Girod1, 2;
Quentin Enjalbert1; Jérémy Jeudy1; Rodolphe Antoine1, 2;
Jerome Lemoine1; Philippe Dugourd1, 2; 1Université Lyon 1,
Villeurbanne, France; 2CNRS, Villeurbanne, France
TP 095 Advances in Quantitative High Throughput Proteomics
 Enrique
Calvo; Fernando García-Marqués; Juan Carlos Silla; Jose
Antonio Enriquez; Adela Guaras; Estefanía Nuñez; Marta
Loureiro-López; Juan Antonio López del Olmo; Jesús
Vázquez; CNIC, Madrid, Spain
GENERAL INFORMATION
PAGE 90 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 096 Harnessing Q Exactive Multiplexing Capabilities
for Improvements in Peptide Quantitation and
 Jolene K. Diedrich1; Gregory A. Barding2;
Xuemei Han1; Vlad Zabrouskov3; Michael W. Senko3; John
R. Yates III1; 1The Scripps Research Institute, La Jolla, CA;
2University of California, Riverside, CA; 3ThermoFisher
Scientic, San Jose, CA
TP 097 

 Alexander Lekkas; Athanasios Zacharos;
Diamantis Kounadis; Ioannis Orfanopoulos; Dimitris
Papanastasiou; Emmanuel Raptakis; Fasmatech, Athens,
Greece
TP 098 Duty Cycle-Based Cross Section Measurement of
 Gregory Brabeck1; Vivek
Jayaram2; Rachit Singh2; Peter T. A. Reilly1; 1Washington
State University, Pullman, WA; 2Pullman High School,
Pullman, WA
TP 099 Multiplexed Analysis of Steroid Hormones in Human

 Carolyn Broccardo1; Kevin Schauer1; Wendy
Kohrt2; Robert Schwartz2; James Murphy3; Jessica Prenni1;
1Colorado State University, Ft Collins, CO; 2University of
Colorado Anschutz Medical Campus, Aurora, CO; 3Waters
Corporation, Milford, MA
TP 100 
System: Innovations in the Operational Principles and
 Nieves Sarrión 1; David Alonso1; Roger
Gibert1; Josep Mª Gibert2; Ileana García2; 1Konik-Tech, S.A.,
Sant Cugat Del Vallés, Spain; 2KONIK Instruments, Miami,
FL
TP 101 Design of a High Throughput Atmospheric Pressure
Interface with Improved Ion Transmission at High
 Eloy R. Wouters1; Satendra Prasad1; Alexander
A. Makarov2; Jean-Jacques Dunyach1; 1Thermo Fisher
Scientic, San Jose, CA; 2Thermo Fisher Scientic (Bremen)
GmbH, Bremen, Germany
TP 102 
 James Bull; Jason Lee; Claire Vallance;
University of Oxford, Oxford, UK
TP 103 A Novel Ion-Optical Design for Laminarization of
 Diamantis Kounadis1;
Dimitris Papanastasiou1; Ioannis Orfanopoulos1; Alexander
Lekkas1; Athanasios Zacharos1; Ioannis Nikolos2; Emmanuel
Raptakis1; 1Fasmatech, Athens, Greece; 2Technical
University of Crete, Chania, Greece
TP 104 A Novel Front-End Automation Approach for Sample
 Emile Koster; Anne
Vos; Spark Holland, Emmen, Netherlands
TP 105 Progress Towards the Development of a Combined
Molecular and Atomic Spectrometry System: Sonic-
Spray Ionization MS with Laser Induced Breakdown
 Katerina Kanaki1; Olga Kokkinaki2; Kostas
Marmatakis1, 2; Demetrios Anglos1, 2; Spiros Pergantis1;
1University of Crete, Heraklion, Greece; 2IESL-FORTH,
Heraklion, Greece
TP 106 
 Chen-Lin Liu; NSRRC,
Hsinchu, Taiwan
TP 107  Hiroshi
Kobayashi; Motohiro Suyama; Hamamatsu Photonics K.K.,
Iwata, Japan
TP 108 Space-Charge Shifts of the Cyclotron Mode Frequencies
 Matthew Affolter; Francois
Anderegg; C. F. Driscoll; DHE Dubin; UCSD, La Jolla, CA
TP 109 Duty Cycle-Based Isolation in Linear Quadrupole Ion
 Peter TA Reilly1; Rachit Singh2; Vivek Jayaram2;
1Washington State University, Pullman, WA; 2Pullman High
School, Pullman, WA
Peptides: Fragmentation Mechanisms, 110 – 123
TP 110 Sequence Scrambling in Collision-Induced Dissociation
 Mahsan Miladi1; Brett
Harper1; John Badger2; Nabeel Hashmi2; Touradj Solouki1;
1Baylor University, Waco, TX; 2University of Maine, Orono,
ME
TP 111 Modulating SOH versus CH2SO Loss in Arginine
 Lei Tan;
Joseph S. Francisco; Yu Xia; Purdue University, West
Lafayette, IN
TP 112 
 Lei Tan;
Kirt Durand; Xiaoxiao Ma; Yu Xia; Purdue University, West
Lafayette, IN
TP 113 
 Lei Tan; Hanfeng Hu; Xia Yu;
Department of Chemistry Purdue University, West Lafayette,
IN
TP 114 

 Kirt Durand; Xiaoxiao Ma; Yu Xia;
Purdue University, Lafayette, IN
TP 115 
on the Dissociation of Deprotonated Model Peptides
 Ahmet Emin Atik1; Carolyn J.
Cassady2; Talat Yalcin1; 1Dept. of Chemistry, Izmir Institute
of Technology, Izmir, Turkey; 2Dept. of Chemistry, The
University of Alabama, Tuscaloosa, AL
TP 116 Effects of Metal Cationization on Electron Transfer
Dissociation of the Acidic Peptide Human
 Juliette J. Commodore; Carolyn J.
Cassady; The University of Alabama, Tuscaloosa, AL
TP 117 
via Atmospheric Pressure Ion/Radical Reactions and
 Xiaoxiao Ma; Craig Stinson;
Yu Xia; Purdue University, West Lafayette, IN
TP 118 Mass Spectrometry Investigation of Elastin-Mimetic

Gianluca Giorgi1; I-Lin Wu2; Vincent P. Conticello2;
1Department of Chemistry, University of Siena, Siena, Italy;
2Department of Chemistry, Emory University, Atlanta, GA
TP 119 A New Rearrangement Reaction of Peptide b Ions
 Ahmet Emin Atik1;
Oscar Hernandez2; Philippe Maître2; Talat Yalcin1; 1Dept.
of Chemistry, Izmir Institute of Technology, Izmir, Turkey;
2Laboratoire de Chimie Phys., Université Paris Sud, Orsay,
France
TP 120 Tandem Mass Spectrometry for the Structural
Characterisation of Peptoids that are Peptidomimetics
 Lauren R. Mackay; Steven L.
Cobb; Jackie A. Mosely; Durham University, Durham, UK
TP 121 
Tool to Systematically Discover New Diagnostic
 Christian
Kelstrup; Jesper V. Olsen; Michael L. Nielsen; CPR,
University of Copenhagen, Copenhagen N, Denmark
TP 122 Electron detachment / Photodetachment Dissociation

 Marie Pérot-Taillandier1; Carlos Afonso2;
Quentin Enjalbert3; Rodolphe Antoine3; Philippe Dugourd3;
Richard B. Cole4; Jean-Claude Tabet4; Sylvie Rebuffat1;
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 91
TUESDAY POSTERS
Séverine Zirah1; 1National Museum of Natural History; UMR
7245, Paris, France; 2Normandie Univ UMR 6014, FR 3038;
Univ Rouen; CNRS, Mont-Saint-Aignan, France; 3University
Claude Bernard of Lyon; UMR 5579, Lyon, France;
4University Pierre & Marie Curie; UMR 7201, Paris, France
TP 123 
2 Matthew
Bernier1; Ashley Gucinski2; Julia Chamot-Rooke3; Vicki
Wysocki1; 1The Ohio State University, Columbus, OH; 2U.S.
FDA, Saint Louis, MO; 3Institut Pasteur, Paris, France
Peptides: Ion Activation/Dissociation Strategies, 124 – 128
TP 124 Peptide Sequencing by MALDI Using Negative Ion
 Chelsea L. McMillen; Patience
Wright; Qiaoli Liang; Carolyn J. Cassady; The University of
Alabama, Tuscaloosa, AL
TP 125 A Study of Non-Covalent Complexes between Peptides
Containing Multiple Binding Sites Using CID, HCD and
 Ludovic M. Muller; Luciana Tovo Rodrigues; Shelley
N. Jackson; Aurelie Roux; Amina S. Woods; NIH/NIDA-IRP,
Baltimore, MD
TP 126 
Reactions: Selective Cleavage at Sulfur-Containing
 Alice Pilo; John Stutzman; Scott McLuckey;
Purdue University, West Lafayette, IN
TP 127 De novo Sequencing of Unusual Non Tryptic Peptides
Thanks to 4-sulfophenylisothiocyanate Derivatization
 Julien Echterbille1;
Loic Quinton1; Pierre Escoubas2; Nicolas Gilles3; Edwin De
Pauw1; 1Universtiy of Liege, Liege, Belgium; 2Venometech,
Valbonne, France; 3IBiTecS SIMOPRO CEA, Gif-sur-Yvette,
France
TP 128 Enhanced ETD in Tryptic Digests of Complex Samples
 Brian L.
Frey; Daniel Ladror; Samuel B. Sondalle; Lloyd M. Smith;
University of Wisconsin, Madison, WI

TP 129 
of Mass Accuracy, Number of Transitions, Liquid
Chromatography Separations, and MS3 Konstantinos
Petritis1; Tony Tegeler1; Patrick Pirrotte1; Waibhav Tembe1;
Jianqiu Zhang2; Jian Liu1; 1Translational Genomics
Research Institute, Phoenix, AZ; 2University of Texas, San
Antonio, TX
TP 130 
 Bob Xiong1;
Lance Miller1; Kendall Powell1; Brian Nofsinger1; Mike
Allen1; Robert Hammer2; Sam Massoni2; 1Tandem Labs -
RTP, Durham, NC; 2New England Peptide, Gardner, MA
TP 131 Improving Throughput for Highly Multiplexed

remote Instrument Control and State-Model Data
 Amol Prakash1; Scott Peterman1;
Barbara Frewen1; Andreas Kuehn2; Gene Ciccimaro3;
Tara Schroeder3; Lisa Vasicek6; Brian Hood6; Ryan
Bomgarden4; Bryan Krastins1; David Sarracino1; Gregory
Byram1; Maryann Vogelsang1; Jonathan Worboys5;
Claus Jorgensen5; Thomas Conrads6; Mary Lopez1;
1ThermoFisher Scientic BRIMS, Cambridge, MA;
2ThermoFisher Scientic Bremen, Bremen, Germany;
3ThermoFisher Scientic Somerset, Somerset, NJ;
4ThermoFisher Scientic Rockford, IL; 5Institute for Cancer
Research, London, UK; 6Women’s Integrated Research
Center at Inova Health, Annandale, VA
TP 132 The Effect of a Newly Redesigned Triple Quadrupole

Michael Bereman 1; Richard Johnson1; Reiko Kiyonami2;
Harald Oser2; Mary Blackburn2; Brendan MacLean1; Andy
Hoofnagle1; Michael MacCoss1; 1Univ of Washington,
Seattle, WA; 2Thermo Fisher Scientic, San Jose, CA
TP 133 Effect of Using Non-identical Peptides as Internal
 Richard S. Johnson; Gennifer Merrihew;
Michael MacCoss; University of Washington, Seattle, WA
TP 134 Techniques to Improve Multiple Reaction Monitoring
 David Cox 1;
Christie Hunter2; 1AB Sciex, Concord, Canada; 2AB Sciex,
Foster City, CA
TP 135 Intact versus Signature Peptide Approach to Reach

 Jean-Nicholas Mess;
Daniel Villeneuve; Fabio Garofolo; Algorithme Pharma Inc.,
Laval, Quebec, Canada
TP 136 Exploring the Sensitivity Differences for Targeted

Tina Settineri1; Christie Hunter2; Remco van Soest1; Xiang
Zhu1; 1Eksigent, part of AB SCIEX, Dublin, CA; 2AB SCIEX,
Foster City, CA
TP 137 Increasing the Multiplexing of High Resolution Targeted

 Mark Cafazzo; AB SCIEX,
Framingham, MA
TP 138 Dynamic Setting of Acquisition Parameters for High
Resolution / Accurate Mass Quantitative Analyses
 Bruno Domon;
Sang-Yoon Kim; Sebastien Gallien; Luxembourg Clinical
Proteomics Center, Strassen, Luxembourg
TP 139 High Resolution Pseudo MRM Peptide Assays on a
 Dominic Helm1; Benjamin Ruprecht1;
Simone Lemeer1; Christopher J Hughes2; Johannes
PC Vissers2; James I Langridge2; Bernhard Kuster1;
1Technische Universität München, Freising, Germany;
2Waters Corporation, Manchester, UK
TP 140 Advanced Use of High Resolution Mass Spectrometry

 Louis-Philippe Morin;
Jean-Nicholas Mess; Milton Furtado; Fabio Garofolo;
Algorithme Pharma Inc., Laval, Quebec, Canada
TP 141 Finding the Unexpected in SWATH™ Data Sets -
 Ron Bonner;
Stephen Tate; Adam Lau; AB SCIEX, Concord, Canada
TP 142 
Comparison of SWATH-acquisition with Shotgun LC-

 Roland M. Bruderer1, 2; Saša M. Miladinović1, 2; Oliver
Rinner1; Rudolf Aebersold2; Lukas Reiter1; 1BiognoSYS
AG, Schlieren, Switzerland; 2Institute of Molecular Systems
Biology. ETH, Zurich, Switzerland
TP 143 Universal Approach to Relative Quantitation of
Proteomic Data Using a Novel Library of Peptide
 Michael Heaven1; Archie Cobbs2; Landon
Wilson1; Matthew Renfrow1; Stephen Barnes1; Michael
Brenner1; Jeremy Norris3; 1Univ. of Alabama at Birmingham,
Birmingham, AL; 2Vulcan Analytical, Birmingham, AL;
3Vanderbilt University, Nashville, TN
TP 144 Automated Protein Expression Analysis – A Procedure
 Gordana Ivosev;
Stephen Tate; Ron Bonner; Lyle Burton; AB Sciex,
Concord, Canada
GENERAL INFORMATION
PAGE 92 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 145 FDR of “Different”: empirical, Probability Based
Determination of Up- and Down-Regulation in
 John Wilson; Darryl D. Pappin;
Cold Spring Harbor, Cold Spring Harbor, NY
TP 146 
Neighborhood: Characterizing MRM Reproducibility
 Adam
Martin1, 2; Paul Abraham1, 2; Rachel Adams1, 2; Robert
Hettich1; 1Oak Ridge National Laboratory, Oak Ridge, TN;
2University of Tennessee, Knoxville, TN
TP 147 Lessons Learned: What to Expect when Using MS1-

Jan Muntel1; Sarah A. Boswell2; Waltraud Mair1; Judith A.
J. Steen1; Michael Springer2; Hanno Steen1; 1Children’s
Hospital Boston, Boston, MA; 2Harvard Medical School,
Boston, MA
TP 148 Automation of the Multiplexed Peptide immuno-MRM-
 Eric Kuhn1;
Lola Fagbami1; Zach Van Den Heuvel2; Steve Murphy2;
Jacob Jaffe1; Steve Carr1; 1Broad Institute, Cambridge, MA;
2Agilent Technologies, Santa Clara, CA
TP 149 Carry-Over Issue in LCMSMS Bioanalysis with a
 Marc Fournier; Nathalie Pelletier;
Nadine Boudreau; Ann Lévesque; PharmaNet Canada,
Quebec, Canada
TP 150 Quantitative Bottom-Up Proteomics Depends on
 Mark Lowenthal; Yuxue Liang;
Stephen Stein; Karen Phinney; National Institute of
Standards and Technology, Gaithersburg, MD
TP 151 
 Kelli Jonakin;
Christie Hunter; ABSCIEX, Foster City, CA
TP 152 Selectivity and Sensitivity Evaluation in Peptide

 Bandar
Alghanem1; Dario Bottinelli1; Ying Zhang1; Aivett Bilbao1,
3; Frédéric Nikitin3; Markus Mueller3; Frédérique Lisacek3;
Jeremy Luban2; Caterina Strambio De Castillia2; Emmanuel
Varesio1; Gérard Hopfgartner1; 1University of Geneva,
Geneva, Switzerland; 2University of Massachusetts,
Worcester, MA; 3Swiss Institute of Bioinformatics, Geneva,
Switzerland
TP 153 SF6: A Robust and Effective Proton Transfer Reagent
for Improved Accuracy in Quantitative Proteomics
 Arne Ulbrich; Aaron
R. Ledvina; Christopher M. Rose; Michael S. Westphall;
Joshua J. Coon; University of Wisconsin, Madison, WI
TP 154 Comparison of Automated Protocols for Quantitative

 Elena V Romanova;
Jonathan V Sweedler; University of Illinois at Urbana-
Champaign, Urbana, IL
TP 155 
Kd Priyasantha; Mary Kinsel; Gary Kinsel; Southern Illinois
University, Carbondale, IL
TP 156 SILAC Peptide Ratio Calculator - A New Tool for Robust
 Xiaoyan Guan; Neha
Rastogi; Mark Parthun; Michael A. Freitas; Ohio State
University, Columbus, OH
TP 157 Expression of Mutant Proteins as Reagents for LC-
MRM Assay Development and Internal Standards for
 Elizabeth Remily-Wood1; Nicholas Woods1;
Robin Hurst2; Michael Rosenblatt2; Alvaro Monteiro1; John
Koomen1; 1H. Lee Moftt Cancer Center, Tampa, FL;
2Promega, Madison, WI
TP 158 

Zhaojing Meng1; King Chan1; Ming Zhou1; David Deshazer2;
1SAIC-Frederick, Inc., Frederick, MD; 2USAMRIID,
Frederick, MD
TP 159 Development of a Quantitative LCMS Method for the
Novel Antifungal Compound Occidiofungin using
 Wanjin Tang1;
Jamie K. Humphries2; Lawrence J. Dangott3; Akshaya
Ravichandran1; Leif Smith1; 1Dept of Biology, Texas A&M
University, College Station, TX; 2ThermoScientic, Austin,
TX; 3Protein Chemistry Laboratory, Texas A&M University,
College Station, TX
TP 160 
 Matt Myers; Xiaomin Wang; Celgene
Corporation, Summit, NJ
TP 161 Quantitative Analysis of Human Progranulin and

Toshiya Matsubara1, 2; Noriyuki Ojima1; Tairo Ogura1; Ichiro
Hirano1; Susumu Seino2; 1Shimadzu Corporation, Kyoto,
Japan; 2Kobe University Graduate School of Medicine,
Kobe, Japan
TP 162 Improved Sensitivity and Throughput for LC-MS/MS
Analysis of CB-315 Lipopeptide in Human Urine Using
 Qiuying Zhu1; Laixin Wang1; Toni
Pollock1; Scott Reuschel1; Min Meng1; Qiao Zhan2; Robert
Pawliuk2; David Benziger 2; Gurudatt Chandorkar2; 1Tandem
Labs, Salt Lake City, UT; 2Cubist Pharmaceuticals, Inc.,
Lexington,, MA
TP 163 New 2-Dimensional Image-Converted Analysis of Liquid


 Tomohiro Sakuma1; Miho Banno1;
Masahiro Kamita2; Tesshi Yamada2; Masaya Ono2; 1Mitsui
Knowledge Industry Co.,Ltd., Tokyo, Japan; 2National
Cancer Center Research Institute, Tokyo, Japan
Proteins: Conformation Analysis, 164 – 172
TP 164 
 Brett
Harper; Mahsan Miladi; Behrooz Zekavat; Touradj Solouki;
Baylor University, Waco, TX
TP 165 Domain-Localized Energy-Resolved Unfolding of Native-


Deepali Rathore; Eric D. Dodds; University of Nebraska,
Lincoln, NE
TP 166 Structure of Histone H2A/H2B Dimer Analyzed by Ion
Mobility Mass Spectrometry and Molecular Dynamics
 Kazumi Saikusa1; Sotaro Fuchigami1; Yuuki
Asano1; Aritaka Nagadoi1; Hiroaki Tachiwana2; Hitoshi
Kurumizaka2; Mitsunori Ikeguchi1; Yoshifumi Nishimura1;
Satoko Akashi1; 1Yokohama City Univ., Grad. Sch. of
Nanobioscience, Yokohama, Japan; 2Waseda Univ., Sch. of
Adv. Sci. & Eng., Tokyo, Japan
TP 167 Protein Conformational Dynamics Studies Using TIMS-
 John Daniel DeBord;
Emily Schenk; Jaroslava Miksovska; Francisco Fernandez
Lima; Florida International University, Miami, FL
TP 168 Time-Dependent Labeling of Proteins by Fast
 Ben Niu;
Hao Zhang; Don Rempel; Michael Gross; Washington
University, Saint Louis, MO
TP 169 
 Eric
Monroe; Michael Heien; Univ of Arizona, Tucson, AZ
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 93
TUESDAY POSTERS
TP 170 Photo Activation Dependent Unfolding of Model
Proteins to Analyse the Effect of Deamidation on

 Andrew Soulby1, 2; Huilin Li1; Mark Barrow1; James
Scrivens2; Peter O’Connor1; 1Chemistry, University of
Warwick, Coventry, UK; 2Biological Sciences, University of
Warwick, Coventry, UK
TP 171 
 Moritz Schennach;
Kathrin Breuker; University of Innsbruck, Innsbruck, Austria
TP 172 Differential Isotopic SMTA Amine Labeling for in
Solution Protein Conformation Studies by Top-Down
 Michael Cammarata;
Walter Fast; Hung-wen Liu; Jennifer Brodbelt; University of
Texas, Austin, TX

TP 173 Covalent Labeling Strategies for the Improvement
of Whole Protein and Large Peptide Sequence
 Lissa
C. Anderson1; A. Michelle English1; Weihan Wang1; Jeffrey
Shabanowitz1; Donald F. Hunt1, 2; 1Department of Chemistry,
University of Virginia, Charlottesville, VA; 2Department of
Pathology, University of Virginia, Charlottesville, VA
TP 174 Covalent Labeling of Peptides and Proteins inside

Feng Wang; Rajasekharreddy Ramireddy; Sankaran
Thayumanavan; Richard Vachet; University of
Massachusetts Amherst, Amherst, MA
TP 175 Catching Protein N-terminus Using Mass Spectrometry

 Eva Zakoucka2; Petr Man1, 2; Alan Kadek1,
2; Petr Novak1, 2; Petr Jedelsky2; Jan Tachezy2; 1Institute
of Microbiology, Prague 4, Czech Republic; 2Faculty of
Science, Charles University, Prague 2, Czech Republic
TP 176 

Joost P. Uittenbogaard; Ad P.J.M. de Jong; Hugo D. Meiring;
Geert P.M. Mommen; Gideon F.A. Kersten; Bernard Metz;
InTraVacc, Bilthoven, The Netherlands
TP 177 Unexpected Arginine Biotinylation by

 Qinfeng Liu; Andres Lam; Kinjal Amin; Campbell
University, Buies Creek, NC
TP 178 New Evidence for Covalent Binding of
4-Hydroxynonenal to Matrix Metalloproteinase 13 Using
 Makan
Golizeh1; Mohamed Benderdour2; Lekha Sleno1; 1Université
du Québec à Montréal (UQAM), Montreal, Canada; 2Hôpital
Sacré-Coeur, Université de Montréal, Montréal, CA
TP 179 Large Scale Analysis of Protein-Ligand Binding

Duc T. Tran; Jagat Adhikari; Michael C. Fitzgerald; Duke
University, Durham, NC
TP 180 Comprehensive Characterization of Citrullinated Sites

Sangwon Cha1; Hyelin Seo1; Eunbi Shin1; Eun Young Lee2;
1Hankuk University of Foreign Studies, Yongin, South Korea;
2Seoul National University Hospital, Seoul, South Korea
TP 181 
by Mass Spectrometry and Rapid Derivatization in
Electrospray Plumes? Paul Martino1; Ga-Ram Han1;
Joshua Denny1; Jennifer Bowman1; Chance Lewis1; Douglas
Steiner2; Daniel Therrien2; 1Carson-Newman University,
Jefferson City, TN; 2Montana Tech, Butte, MT
TP 182 MeCAT Labelling and ESI MS – A New Means to Quantify
 Gunnar Schwarz1; Rene Becker1;
David Benda1; Violette Frochaux1; Sebastian Beck1; Hartmut
Schlueter2; Michael Linscheid1; 1Humboldt-Universitaet zu
Berlin, Berlin, Germany; 2Universitaetsklinikum Hamburg-
Eppendorf, Hamburg, Germany
TP 183 Covalent Labeling with Isotopically Encoded Reagents
 Yuping
Zhou; Richard Vachet; University of Massachusetts,
Amherst, MA
TP 184 Mass Spectrometry in the New World of Tight-Binding
 Philip Ross; AstraZeneca PLP,
Waltham, MA
TP 185 Insulin as a Model for Amyloid-Beta Fibril Inhibition
Studies Using Rapid Derivatization in Electrospray
 Jeddidiah Grifn; Paul Martino; Carson-Newman
University, Jefferson City, TN
TP 186 Synthesis and Characterization of NHS Ester
Conjugated Magnetic Nanoparticles for Labeling
 Ujwal S.
Patil2; Haiou Qu2; Daniela Caruntu2; Charles J. O’Connor2;
Arjun Sharma1, 2; Matthew A. Tarr2; Yang Cai1, 2; 1The
Research Institute for Children, New Orleans, New Orleans,
LA; 2Department of Chemistry, University of New Orleans,
New Orleans, LA
TP 187 
on Human Kinesin KIF3C Motor Domain by
 Pei Li;
Michael Bartlett; University of Georgia, Athens, GA
TP 188 Ultrarapid Protein Folding Studies by Sub-Millisecond
Mixing in Combination with Pulsed Oxidative Labeling
 Siavash Vahidi; Bradley B. Stocks; Yalda
Liaghati-Mobarhan; Lars Konermann; Univ. of Western
Ontario, London, Canada
TP 189 
Electrochemistry as Approach for Differential Protein
 Lars Büter1; Helene Faber2; Kristina Wentker2;
Uwe Karst2; 1University of Münster-Graduate School of
Chemistry, Münster, Germany; 2University of Münster,
Münster, Germany
TP 190 A New Label Free Approach for The Determination of

Eduardo Pilau1; Amadeu Iglesias2; Fabio Gozzo3; 1University
of Maringá, Maringá, Brazil; 2Waters Technology, São Paulo,
Brasil; 3University of Campinas, Campinas, Brazil
TP 191 Study of Terephthalic Acid as the Radical Dosimeter
 Boer Xie;
Complex Carbohydrate Research Center, UGA, Athens, GA
TP 192 
Interface by Rapid Hydroxyl Radical Protein
 Qi Gao; Matthew Tessier; Robert Woods;
Joshua Sharp; Complex Carbohydrate Research Center,
Athens, GA
TP 193 
 Zixuan Li; Complex
Carbohydrate Research Center UGA, Athens, GA

TP 194 
Proteomics Strategy Coupling Photo-Cross-Linkable
Dendrimer with Mass Spectrometry Quantitation
 Li Yang; Liang Xue; W. Andy Tao; Purdue
University, West Lafayette, IN
TP 195 Native Cell Surface Protein Labeling by sulfo-NHS
 Jiang Qian1, 2;
Ujwal S. Patil2; Arjun Sharma1, 2; Richard B. Cole2; Matthew
GENERAL INFORMATION
PAGE 94 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
A. Tarr2; Yang Cai1, 2; 1The Research Institute for Children,
New Orleans, New Orleans, LA; 2Department of Chemistry,
University of New Orleans, New Orleans, LA
TP 196 Using Isotopically-Coded Hydrogen Peroxide as

 Jason
Serpa1; Evgeniy Petrotchenko1; David Wishart2; Christoph
Borchers1, 3; 1University of Victoria-Genome BC Proteomics
Centre, Victoria, Canada; 2University of Alberta, Alberta,
Canada; 3Dept of Biochemistry and Microbiology, U Victoria,
Victoria, Canada
TP 197 Novel Carbene Labeling Candidates for Topographic
 Jinyu Ma1; Ryan Bomgarden2; John
Rogers2; Chris Etienne2; David C. Schriemer1; 1University
of Calgary, Calgary, Canada; 2Thermo Fisher Scientic,
Rockford, IL
TP 198 Simultaneous Oxidation and On-plate Deposition to
Facilitate High Throughput Protein Footprinting by
 Simin Maleknia 1;
Kevin Downard2; 1University of New South Wales, Sydney,
Australia; 2University of Sydney, Sydney, Australia
TP 199 Charting Calmodulin and Calcium Dependent Structural
Changes of Eukaryotic Elongation factor-2 Kinase Using
 John O’Brien; Clint Tavares; Kevin
Dalby; Jennifer Brodbelt; University of Texas, Austin, TX
TP 200 Thermodynamic Analysis of Protein Folding Reactions
Using a Mass Spectrometry-Based Tryptophan
 Yingrong Xu; Erin C. Strickland;
Michael C. Fitzgerald; Duke University, Durham, NC
TP 201 Top-Down And Bottom-Up Structural Analysis of

 Alexandra Klinger2; Janna
Kiselar1; Sergei Ilchenko1; Mark R. Chance1; Paul Axelsen2;
1Case Western Reserve Univ, Cleveland, OH; 2University of
Pennsylvania, Philadelphia, PA
TP 202 
and Quantitative MS-Based Proteomics Approach for

Erin C. Strickland; Michael C. Fitzgerald; Duke University,
Durham, NC
TP 203 Targeted Derivatization for a Better MS/MS: Combining
Chemistry and an Interactive Search Algorithm
 David
Morgenstern1; Yong Kil2; Wilfred Tang2; Chris Becker2;
Marshall Bern2; David Fenyo1; Beatrix Ueberheide1; 1New
York University Langone Medical Center, New York City, NY;
2Protein Metrics, San Carlos, CA
TP 204 
 Dylan
Meyer; Andrew Kuhn; Katherine Herting; Jennifer Grant;
Univ. Wisconsin- Stout, Menomonie, WI
TP 205 A Novel Method to Investigate the Serum Stability of
 Qingyuan Liu; Michael De Felippis;
Jorge Alsina-Fernandez; Lihua Huang; Eli Lilly and
Company, Indianapolis, IN
Intact Proteins: PTM Discovery, 206 – 212
TP 206 

Ying Peng; Han Zhang; Matthew Lawrence; Song Jin; Ying
Ge; University of Wisconsin, Madison, WI
TP 207 Characterization of Human Tropomyosin Molecular

Deyang Yu1, 2; Ying Peng1, 4; Zachery Gregorich1, 3; Xin Chen1,
4; Ying Ge1, 5; 1Human Proteomics Program, Madison, WI;
2Molecular and Environmental Toxicology,SMPH, Madison,
WI; 3Molecular and Cellular Pharmacology Program,
Madison, WI; 4Department of Cell and Regenerative
Biology,SMPH, Madison, WI; 5Deparment of Chemistry, UW-
Madison, Madison, WI
TP 208 Expanding Top Down Proteoform Coverage on Emerin

 Robert O’Meally; Raghothama Chaerkady;
Robert Cole; Johns Hopkins School of Medicine, Baltimore,
MD
TP 209 Functional Characterization of Microbial Proteins Using
 Si Wu; Charles Ansong;
Samuel Payne; Roslyn Brown; Da Meng; Rui Zhao; Nikola
Tolic; Yi Qu; Ronald Moore; Mary Lipton; Joshua Adkins;
Ljiljana Pasa-Tolic; PNNL, Richland, WA
TP 210 
Sophie Dallongeville; Fabrice Bray; Christian Rolando;
Caroline Tokarski; Université Lille 1, Sciences et
Technologies, Villeneuve d’Ascq, France
TP 211 Top-Down MS for Clinical Proteomics, Functional

 Steven Patrie; Junmei Zhang; Daniel Plymire;
John Corbett; UT Southwestern Med. Center, Dallas, TX
TP 212 Online Core-Shell HPLC Protein Separation and
Top-Down Proteomics Using High Resolution Mass
 Christopher Bolcato; Xianglin Yuan; Matthew
Maust; Matthew Powell; Protea Biosciences Group, Inc.,
Morgantown, WV
Intact Proteins: Quantitative Analysis, 213 – 217
TP 213 Quantitative Assessment of Alpha-Synuclein Forms
in Parkinson’s Disease and Normal Brains by Use of
 John F. Kellie; John
Ryder; Kalpana Merchant; Michael Knierman; Eli Lilly and
Company, Indianapolis, IN
TP 214 Bioanalytical Quantitation of Biotherapeutics using
Intact Protein vs. Proteolytic Peptides by LC-HR/AM on
 Jenny Chen; Jessica wang; Zhiqi hao; Patrick
bennett; greg kilby; Thermo Fisher Sci., San Jose, CA
TP 215 Development of a Top-Down Approach for
Staphylococcus aureus Enterotoxin A and B Absolute
 Alexandre Seyer1; Kahina Kachetel1;
Mathieu Dupre1; Francois Fenaille1; Dorothée Lebert2;
Mathilde Louwagie2; Jean-Claude Tabet3; Christophe Junot1;
Virginie Brun2; Francois Becher1; 1CEA, iBiTec-S, SPI,
LEMM, Gif Sur Yvette Cedex, France; 2CEA, DSV, iRTSV,
U1038 INSERM, EDyP, Grenoble, France; 3UPMC, CNRS
UMR 7613, Paris, France
TP 216 Quantitative Dissection of Polymorphic Neuronal
Receptor Families Using a Selected Reaction
 Jovan Simicevic; Dietmar
Schreiner; Erik Ahrné; Peter Scheiffele; Alexander Schmidt;
University of Basel, Basel, SWITZERLAND
TP 217 
States to Monitor Metal Loading Dysfunction in ALS
 Jared Williams; Nathan Lopez; Joe
Beckman; Oregon State University, Corvallis, OR
Intact Proteins: Sequence Analysis, 218 -224
TP 218 Systematic Evaluation of Ultrahigh Resolution MS

Martin Zeller1; Mathias Mueller1; Eugen Damoc1; Eduard
Denisov1; Alexander Makarov1; Dirk Nolting1; Shannon
Eliuk2; Justin Blethrow2; August Specht2; Thomas Moehring1;
Vlad Zabrouskov2; 1Thermo Fisher Scientic, Bremen,
Germany; 2Thermo Fisher Scientic, San Jose, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 95
TP 219 Top-Down Analysis of Intact Antibodies Using Orbitrap
 Eugen Damoc; Eduard Denisov;
Alexander Makarov;
Thermo Fisher Scientic, Bremen, Germany
TP 220 Top-down Analysis by LC-MS/MS of Proteins in
 Avantika
Dhabaria1; Yan Wang1; Nathan Edwards2; Suzanne Ostrand-
Rosenberg3; Catherine Fenselau1; 1University of Maryland,
College Park, MD; 2Georgetown University Medical Center,
Washington, D.C; 3University of Maryland Baltimore County,
Baltimore, MD
TP 221 Top-down Intact Protein Database Search with Isotopic
Mass-to-Charge Ratio and Envelope Fingerprinting and
 Zhixin Tian; Li Li; Bo Wang; Jing Li; Dalian
Institute of Chemical Physics, CAS, Dalian, China
TP 222 Top-down Assisted Bottom-up Method for Avian
 Yang Stella Song1; Ü nige A.
Laskay2; Alan G. Barbour3; Vicki H. Wysocki1; 1The Ohio
State University, Columbus, OH; 2The University of Arizona,
Tucson, AZ; 3University of California, Irvine, CA
TP 223 
Proton Transfer Reactions and Multiple Fills Provides

A. Michelle English; Lissa C. Anderson; Weihan Wang; Dina
L. Bai; Jeffrey Shabanowitz; Donald F. Hunt; University of
Virginia, Charlottesville, VA
TP 224 Preferential N-terminal Conjugation as a Strategy
to Sequence N-terminus by ISD-MALDI Top Down
 Gomathinayagam Ponniah; Adam Lucka;
Bruce Andrien; Alexion Pharmaceuticals, Cheshire, CT
Protein Therapeutics: Structural Characterization, 225 – 238
TP 225 
 Hangtian Song; Wei
Wu; Yunping Huang; Richard Ludwig; Li Tao; Bristol-Myers
Squibb, Hopewell, NJ
TP 226 New Approaches for MALDI MS-based
 Marion Rohmer1;
Dominic Baeumlisberger1, 2; Ute Bahr1; Michael Karas1;
1Goethe University, Frankfurt Am Main, Germany;
2SunChrom GmbH, Friedrichsdorf, Germany
TP 227 
 Pernille
Foged Jensen1; Maximiliane Hilger2; Kasper D. Rand1;
1University of Copenhagen, Copenhagen, Denmark; 2Roche
Diagnostics GmbH, Penzberg, Germany
TP 228 
Conformation and Stability of Immunoglobulin as
 Jing Fang; Jason Richardson;
Zhongqi Zhang; Amgen, Thousand Oaks, CA
TP 229 Sheathless Capillary Electrophoresis Mass


Anna Lou1; Jean-Marc Busnel1; Zhiqi Hao2; Dona Neloni
Wijeratne1; David Horn2; Elsa Wagner3; Alain Beck3; Patrick
Bennett2; 1Beckman Coulter, Brea, CA; 2Thermo Fisher
Scientic, San Jose, CA; 3Centre d’Immunologie Pierre
Fabre, Saint-Julien-En-Genevois, FR
TP 230 Characterization of Lower Molecular Weight Fragments


Chong-Feng Xu; Li Zang; Yi Wang; Andrew Weiskopf;
Biogen Idec, Cambridge, MA
TP 231 Characterization of Heterogeneous Therapeutics

Cedric E. Bobst1; Ruth Frenkel2; Damian Houde2; Andrew
Weiskopf2; Igor A. Kaltashov1; 1University of Massachusetts,
Amherst, MA; 2Biogen IDEC, Cambridge, MA
TP 232 Characterization and Comparison of O-glycosylation

Stephane Houel 1; Ying Qing Yu1; Jonathan P. Williams2;
Weibin Chen1; 1Waters Corp., Milford, MA; 2Waters Corp,
Manchester, UK
TP 233 

 Chris Hoseld1; Marjeta Urh1;
Michael Rosenblatt1; Richard Jones2; Michael Ford2; Ravi
Amunugama2; Dave Allen2; 1Promega, Madison, WI; 2MS
Bioworks, Ann Arbor, MI
TP 234 Ion Mobility-Mass Spectrometry Enables the Facile
Characterization of Stapled Peptide Crosslink
 Eric (Xiangguo) Shi; Vincent Guerlavais;
Krzysztof Darlak; Jim Horstick; Scott Lentini; D. Allen Annis;
Aileron Therapeutics, Cambridge, MA
TP 235 

 Serenus Hua1; Myung Jin Oh1; Ha Neul
Jeong1; Bum Jin Kim1; Gregory Staples2; Rudolf Grimm1,
2; Hyun Joo An1; 1Chungnam National University, Daejeon,
Korea; 2Agilent Technologies, Santa Clara, CA
TP 236 
 Justin B.
Sperry 1; John H. A. Amery1; James A. Carroll1; Jason C.
Rouse2; 1Analytical R&D, Pzer, Chestereld, MO; 2Pzer,
Andover, MA
TP 237 
Maria Lorna A. De Leoz1, 2; Xinjian Yan1; Xiaoyu Yang1;
Yuxue Liang1; Lisa Kilpatrick1; Yamil Simon1; Michael
J. Tarlov1; Stephen E. Stein1; 1NIST, Gaithersburg, MD;
2University of Maryland, College Park, MD
TP 238 

 Hongwei Xie;
Song Klapoetke; Jeremy Woods; Linda Yi; Tyler Davis; KBI
Biopharma, Durham, NC

TP 239 The Lambda Scoring Framework: a Bayesian Posterior


Ryan T. Fellers1; Richard D. LeDuc2; Bryan P. Early1; Paul
M. Thomas1; Neil L. Kelleher1; 1Northwestern University,
Evanston, IL; 2Indiana University, Bloomington, IN
TP 240 
 Christian Heckendorf;
Roger Theberge; Jean L Spencer; Catherine E Costello;
Mark E McComb; Boston University School of Medicine,
Boston, MA
TP 241 MIND: A Soft-Sensor to Improve Mass Accuracy in
 Piotr Dittwald3;
Frederik Lermyte2, 4; Frank Sobott2, 4; Ania Gambin3; Dirk
Valkenborg1, 2; 1Applied Bio & Molecular Systems, VITO,
Mol, Belgium; 2Center for Proteomics, University of Antwerp,
Antwerp, Belgium; 3Computational Biology Group, University
of Warsaw, Warsaw, Poland; 4Biomolec. Mass Spectrometry,
University of Antwerp, Antwerp, Belgium
TP 242 
 Xiaowen Liu1; Shawna Hengel 2; Si Wu2;
Nikola Tolic2; Ljiljana Pasa-Tolic2; Pavel Pevzner3; 1IUPUI,
Indianapolis, IN; 2PNNL, Richland, WA; 3UCSD, San diego,
CA
TP 243  Mikhail
Dvorkin1; Sonya Alexandrova1; Xiaowen Liu2; Si Wu3;
Ljiljana Paša-Tolić3; Nikola Tolić3; Lennard Dekker4; Martijn
Vanduijn4; Theo Luider4; Pavel Pevzner1, 5; Kira Vyatkina1;
TUESDAY POSTERS
GENERAL INFORMATION
PAGE 96 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
1SPb Academic University, St Petersburg, Russian
Federation; 2Indiana University, Indianapolis, IN; 3Pacic
Northwest National Laboratory, Richland, WA; 4Erasmus
MC, Rotterdam, The Netherlands; 5University of California,
San Diego, La Jolla, CA
TP 244 Autopilot: An Acquisition Control System with
Fragmentation Reanalysis Informed by Online Database

Ken Durbin; Philip Compton; Ioanna Ntai; Adam Catherman;
Ryan Fellers; Neil Kelleher; Northwestern University,
Evanston, IL
Informatics: Systems Biology and
Large-Scale Analyses, 245 – 254
TP 245 
 Martin Damsbo; Jacob Poder;
Erik Nielsen; Christian Ravnsborg; Alexandre Podtelejnikov;
Thermo Fisher Scientic, Odense, Denmark
TP 246 
Muscle Proteome in a Model of Angiotensin-II Mediated
 Fernando J. García-Marqués; Elena Bonzón
Kulichenko; Jesus Vazquez Cobos; CNIC, Madrid, Spain
TP 247 An Automated Program for Protein Turnover
Calculations from LC/MS Shotgun Proteomics Data

David Lyon; Molecular Systems Biology, Vienna, Austria
TP 248 An Integrated Systems Biology Platform for Complete
 Pratik Jagtap1; John Chilton1;
Ebbing de Jong2; James Johnson1; Joel Kooren2; Getiria
Onsongo1; Sricharan Bandhakavi3; Timothy Grifn2;
1Minnesota Supercomputing Institute, UMN, Minneapolis,
MN; 2University of Minnesota, Minneapolis, MN; 3Bio-Rad
Laboratories, Hercules, CA
TP 249 Scoring Protein Interactions Using CRAPome – A

 Dattatreya Mellacheruvu1; Zachary
Wright1; Anne-Claude Gingras2, 3; Alexey Nesvizhskii1;
1University of Michigan, Ann Arbor, MI; 2University of
Toronto, Toronto, Canada; 3Samuel Lunenfeld Research
Institute, Toronto, Canada
TP 250 Analysis of the STAT3 Interactome Using in-situ
 Stefan Kalkhof1; Conny Blumert2;
Riccardo Brumm3; Dirk Labudde3; Friedemann Horn2; Martin
von Bergen1; 1Helmholtz-Centre UFZ, Leipzig, Germany;
2University Leipzig, Leipzig, Germany; 3University of applied
sciences, Mittweida, Germany
TP 251 IsoMS: A High-Throughput Data Analysis Software
for Extracting Quantitative Information from Data

Ruokun Zhou; Chiao-Li Tseng; Liang Li; Department of
Chemistry, University of Alberta, Edmonton, Canada
TP 252 
Run Correlations Implemented in the Spectronaut
 Oliver M. Bernhardt1; Roland M. Bruderer1, 2;
Tejas P. Gandhi1; Saša M. Miladinović1, 2; Reto Ossola1;
Yulia Butscheid1; Oliver Rinner1; Lukas Reiter1; 1Biognosys,
Schlieren, Switzerland; 2ETH Zurich, Zurich, Switzerland
TP 253 
in Cancer Cell Lines Using Rigorous, FDR-controlled
 Nagarjuna Nagaraj; Jurgen
Cox; Matthias Mann; MaxPlanck Institute of Biochemistry,
Martinsried, Germany
TP 254 
Perfect Combination towards a More Comprehensive
in vivo
Gerben Menschaert1; Petra Van Damme1, 2; Jeroen Crappé1;
Alexander Koch1; Sandra Steyaert1; Wim Van Criekinge1;
1Ghent University, Gent, Belgium; 2VIB-Flanders Institute for
Biotechnology, Ghent, Belgium
Biomarker Discovery: Proteins, 255 – 275
TP 255 Comparison of Long-term-non-progressors vs. Normal-

Extensive Ion-Current-Based Proteomic Expression

Xiaomeng Shen1; Xiaosheng Jiang1, 2; Jun Li1, 2; Jun
Qu1, 2; 1University at Buffalo, Buffalo, NY; 2NY CoE in
Bioinformatics and Life Sciences, Buffalo, NY
TP 256 Differential Proteomics of Monosodium Urate Crystal

 Chih-Wei
Chiu1; Ying-Chu Shih2; Sung-Fang Chen1; 1National Taiwan
Normal University, Taipei, Taiwan; 2Industrial Technology
Research Institute, Hsinchu, Taiwan
TP 257 

Interesting Plasma Biomarkers Predicting Sudden
 Chengjian Tu 1, 2; Jun Li1, 2; James
Fallavollita1; Rebeccah Young1; Xiaomeng Shen1, 2; Bo An1,
2; John M. Canty1; Jun Qu1, 2; 1University at Buffalo, Buffalo,
NY; 2NY CoE in Bioinformatics and Life Sciences, Buffalo,
NY
TP 258 Biomarkers of Western Diet Induced Metabolic Disorder
 Stephen A. Whelan; Chunxiang Yao;
Jessica B. Behring; Jean L. Spencer; Deborah A. Siwick;
Wilson S. Colucci; Richard A. Cohen; Catherine E. Costello;
Markus M. Bachschmid; Mark E. Mccomb; Boston University
School of Medicine, Boston, MA
TP 259 Detection of Endothelial Cell Surface Proteins Following
Irradiation as Potential Targets for Brain Arteriovenous
 Margaret Simonian2; Nalaka Runnulu1;
rachel Ogorzalek Loo21; Joseph Loo1; Marcus Stoodley2;
Mark Molloy3; 1UCLA, Los Angeles, CA; 2Australian School
of Advanced Medicine, Sydney, Australia; 3Australian
Proteomics Analysis Facility, Sydney, Australia
TP 260 Quantitative Proteomic Analysis of Saliva in Periodontal

 Andrew Creese1;
Melissa Grant1; Marcelo Aspiras2; Marko de Jager2;
Helen Cooper1; Iain Chapple1; 1University of Birmingham,
Birmingham, UK; 2Philips Oral Healthcare, Bothell
TP 261 

 Andrew W. Jones1; Andrew J. Creese1; Ian
Davis2; Iain L. C. Chapple1; 1College of Medical & Dental
Sciences, University of Birmingham, Birmingham, UK;
2Waltham Centre for Pet Nutrition, Waltham-on-the-Wolds,
Melton Mowbray, UK
TP 262 Application of Multi-omic and Functional Network
Analysis for Paediatric Patients Diagnosed with
 Lee A Gethings1;
Johannes P.C. Vissers1; John Shockcor2; Stephen
McDonald2; Sandra Kraljević Pavelić3; Mirela Sedic3; Maja
Lemac4; Danica Batinić4; James Langridge1; Olga Vasieva5;
Keith Compson1; 1Waters, Manchester, UK; 2Waters
Corp, Milford, MA; 3University of Rijeka, Rijeka, Croatia;
4University of Zagreb, Zagreb, Croatia; 5University of
Liverpool, Liverpool, UK
TP 263 
Display Analysis for the Protein Expression between
 Yi-
Ling Chen1; Ming-Hui Yang2; Yu-Chang Tyan 3; 1Kaohsiung
TUESDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 97
TUESDAY POSTERS
Medical University Hospital, Kaohsiung, Taiwan; 2National
Yunlin University of Science & Technology, Yunlin, Taiwan;
3Kaohsiung Medical University, Kaohsiung, Taiwan
TP 264 

free MSE Chenxi Yang; Di Ma; Xudong Shi;
K. Craig Kent; Lingjun Li; University of Wisconsin, Madison,
WI
TP 265 
 Matthew Wroblewski;
William Oetting; Gary Nelsestuen; University of Minnesota,
Minneapolis, MN
TP 266 Nicotine Alters the Proteome of Pancreatic Cell Lines:
 Joao A. Paulo;
Steven P. Gygi; Harvard Medical School, Boston, MA
TP 267 Proteomic Analysis of Matched Normal and Diseased

 Fayun Che; jennifer T aguilan; Edward Nieves;
Abdissa Negassa; Ruth H Angeletti; Thomas E Rohan;
Albert Einstein College of Medicine, Bronx, NY
TP 268 
 Stephen A Whelan; Roger Theberge;
Jean L Spencer; Paula Grifn; Chuanhua Xing; Martin H
Steinberg; Catherine E Costello; Elizabeth S Klings; Mark
E. Mccomb; Boston University School of Medicine, Boston,
MA
TP 269 Interference of Protease Inhibitors with Peptidomic

Diana Klingler1; Markus Hardt2; 1Boston Biomedical
Research Institute, Watertown, MA; 2The Forsyth Institute,
Cambridge, MA
TP 270 Direct MALDI Analysis of Naturally Cleaved Human
Saliva Samples: Mapping to a Series of KPQ-terminated
 Kenneth
Parker 1; Na Tian2; Frank Oppenheim2; Eva Helmerhorst2;
1SimulTOF/ VIC Instruments, Sudbury, MA; 2Boston
University School of Dental Medicine, Boston, MA
TP 271 
 Swati
Anand; BYU, Provo, UT
TP 272 
 Lindsay Schambeau1; Lewis Pannell1;
John Benjamin2; Chadi Eltaha3; 1USA Mitchell Cancer
Institute, Mobile, AL; 2Vanderbilt University Medical Center,
Nashville, TN; 3University of South Alabama, College of
Medicine, Mobile, AL
TP 273 
Knockout Mus Joseph Capri;
Puneet Souda; Upendra Kar; Chris Ryan; William McBride;
Andrew Norris; Julian Whitelegge; UCLA DGSOM, Los
Angeles, CA
TP 274 Mass Spectrometry Based Quantitative Proteomics for
Discovery of Plasma Protein Biomarkers at Different
 Linhong Jing1; Zhu-qiu
Jin1; Wei Xie1; Shuaipeng Zhang2; 1South Dakota State
University, Brookings, SD; 2Vanderbilt University, Nashville,
Tennessee
TP 275 
Patients Applied to the Quest for Predictive Biomarkers
 Peter Pichler1; Ludwig Wagner2;
Christian Baumann3; Michael Schutzbier1; Volker Kruft3; Karl
Mechtler1; 1IMP Vienna, Vienna, Austria; 2Medical University
of Vienna, Vienna, Austria; 3AB SCIEX, Darmstadt,
Germany
Neurodegenerative, Cardiovascular and

TP 276 Developing a High-Throughput Clinical Assay Using
Selected Reacion Monitoring-Mass Spectrometry
 Christine Jelinek1;
Liana Rosenthal1; Rachel Lieberman2; Kevin Meyers3; Ted
Dawson1; Jennifer Van Eyk1; 1Johns Hopkins School of
Medicine, Baltimore, MD; 2Shimadzu Sceintic Instruments,
Columbia, MD; 3Pernity Biosciences, Inc, West Lafayette,
IN
TP 277 
Associated Changes in the Proteome of Whole Human
 Manuela Gesell
Salazar; Annette Murr; Elke Hammer; Nico Jehmlich;
Vishnu Mukund Dhople; Birte Holtfreter; Thomas Kocher;
Uwe Völker; University Medicine Greifswald, Greifswald,
Germany
TP 278 
Alzheimers Disease Using an Integrated Serum
 Dipti Shah; Frederick Rohlng; Jesse
Cobell; MeiHwa Tanielle Bench Alvarez; John Kauwe;
Steven Graves; Brigham Young University, Provo, UT
TP 279 Characterization and Quantitation of Alpha-Synuclein
and Subspecies in Human CSF as Candidate
 Bekim Bajrami;
Cheryl Lu; Sri Laxmanan; Jaya Goyal; Juan Chavez;
Bernard Ravina; Joleen White; Teresa Compton; Ru Wei;
Biogen Idec, Cambridge, MA
TP 280 Characterization of the C-terminal End of Soluble
Amyloid Precursor Protein in Human Cerebrospinal
 Gunnar Brinkmalm 1; Ann Brinkmalm1; Philippe
Bourgeois2; Rita Persson1; Oskar Hansson3, 4; Erik
Portelius1; Marc Mercken5; Ulf Andreasson1; Stéphane
Parent2; Francesco Lipari2; Annika Öhrfelt1; Maria
Bjerke1; Lennart Minthon3, 4; Henrik Zetterberg1, 6; Kaj
Blennow1; Magdalena Nutu1; 1University of Gothenburg,
Mölndal, Sweden; 2PerkinElmer Biosignal, Inc., Montreal,
Canada; 3Lund University, Malmö, Sweden; 4Skåne
University Hospital, Malmö, Sweden; 5Janssen Research
and Development, Beerse, Belgium; 6UCL Institute of
Neurology, London, UK
TP 281 
Human Plasma Clusterin - A Putative PTM Marker of
 Hui-Chung Liang1; Claire Russell1;
Ray Chung2; Abdul Hye2; Chantal Bazenet2; Simon
Lovestone2; Ian Pike1; Malcolm Ward1; 1Proteome Sciences
plc, London, UK; 2King’s College London, London, UK
TP 282 Quantitative Proteomic Analysis of Amyotrophic Lateral
Sclerosis-linked Cellular Stress Response with Tandem
 Kristin J. Boggio; John D. Leszyk; Scott A.
Shaffer; Daryl A. Bosco; University of Massachusetts
Medical School, Worcester, MA
TP 283 Disease Biomarkers for Schizophrenia Reverted
by Antipsychotic Drug Administration: Six-Plex
Quantitative Phosphoproteomics of Prefrontal
 Marianne Danielsen1; Kamilla
Soe Pedersen1; Nadia Taouatas1; Jens D Mikkelsen2;
Henrik H Hansen3; Majbrit M Jensen2; Hans Christian
Beck4; 1Danish Technological Institute, Aarhus, DK;
2Neurobiology Research Unit, Rigshospitalet, Copenhagen,
DK; 3NeuroSearch A/S, Ballerup, DK; 4Centre for Clinical
Proteomics, OUH, Odense, DK
TP 284 

Yngvild Bjorlykke1; Erling Tjora1; Fiona E. McAllister3; Frode
GENERAL INFORMATION
PAGE 98 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
Berven4; Helge Raeder2; 1University of Bergen, Department
of Medicine, Bergen, Norway; 2University of Bergen,
Department of Pediatrics, Bergen, Norway; 3Department
of Cell Biology, Harvard Medical School, Boston, MA;
4Proteomics Unit (PROBE), University of Bergen, Bergen,
Norway
TP 285 Systematic Characterization of Human Platelets in

Julia M. Burkhart1; Marc Vaudel1; Kristin Becker1; Lennart
Martens2; Albert Sickmann1; Rene P. Zahedi1; 1Leibniz-
Institut für Analytische Wissenschaften, Dortmund,
Germany; 2VIB Department of Medical Protein Research,
Gent, Belgium
TP 286 Taking Control: Human Cytomegalovirus Invades Host

 Rommel Mathias; Todd Greco; Ileana M.
Cristea; Princeton University, Princeton, NJ
TP 287 Quantitative Analysis of the Parotid Salivary Proteome
 Stephen
Swatkoski1; Kiran Ambatipudi2; James Melvin2; Marjan
Gucek1; 1NIH/NHLBI, Bethesda, MD; 2NIH/NIDCR,
Bethesda, MD
TP 288 Finding Invasive Aspergillosis Protein Biomarkers in
 Chengsi Huang1,
2; Jason W. McCarthy3; Yun Zhang1; Carmen Luraschi-
Monjagatta2; Donna Wolk2; KS Knox2; Marta Feldmesser3;
Vicki H. Wysocki1; 1The Ohio State University, Columbus,
OH; 2The University of Arizona, Tucson, AZ; 3Albert Einstein
CoM, Yeshiva University, Bronx, NY
TP 289 
Markers of Intestinal Fibrosis Using Lectin Enrichment,
 Andy Lo; Ryan W. Stidham;
David M. Lubman; University of Michigan, Ann Arbor, MI
TP 290 
 Cynthia Williams; Anne Fenton; Lauren
Nagy; Qiuting Hong; L.Renee Ruhaak; Satya Dadenkar;
Carlito Lebrilla; UC Davis, Davis, CA
TP 291 
 Andrew VanSchoiack1; Tao
Peng1; Lourdes Lewis1; John Galgiani1; Vicki Wysocki2;
1University of Arizona, Tucson, AZ; 2The Ohio State
University, Columbus, OH
TP 292 Unique Protein Signature of Circulating Microparticles
 Ole Østergaard1;
Christoffer T. Nielsen1; Line V. Iversen1; Julia T. Tanassi1;
Steen Knudsen2; Søren Jacobsen3; Niels H. H. Heegaard1;
1Statens Serum Institut, Copenhagen, Denmark; 2Medical
Prognosis Institute, Copenhagen, Denmark; 3Rigshospitalet,
Copenhagen University Hospital, Copenhagen, Denmark
TP 293 Analysis of Key Methionine Oxidation in ADAMTS13
 Yi Wang1;
Junmei Chen1; William E. Hobbs1; José A. López1, 2; Dominic
W. Chung1, 2; Xiaoyun Fu1, 2; 1Puget Sound Blood Center,
Seattle, WA; 2University of Washington, Seattle, WA
TP 294 Improvement of a Targeted MS Method used to
Compare Enzyme Levels versus Enzyme Activity
 Julie Weisz;
Christine Wu; University of Pittsburgh, Cell Biology,
Pittsburgh, PA
TP 295 A Novel Hybrid Targeted/Unbiased LC/MS/MS Method
Using Isotopic TMT Enables Superior Peptide Selection
 Christopher Lößner1;
Stephan Jung1; Emma Lahert2; Hans Dieter Zucht1; Stefan
Selzer1; Ian Pike2; Malcolm Ward2; 1Proteome Sciences
R&D GmbH & Co. KG, Frankfurt, Germany; 2Proteome
Sciences plc, London, UK
TP 296 Evaluation of a Multiplexed Mass Spectrometry-Based
Method for Measuring Candidate Peptide Biomarkers
in Alzheimer’s Disease Neuroimaging Initiative
 Daniel S. Spellman1; Kristin R. Wildsmith2;
Lee Honigberg2; Angus C. Nairn3; Judith A. Siuciak4, 7;
Mitchel A. Kling5; Howard Schulman6; Michael Schirm6;
Daniel Chelsky6; William Z. Potter4, 7; Alzheimer’s Disease
Neuroimaging Initiative7; Biomarkers Consortium CSF
Proteomics Project Team4; 1Merck and Co., Inc., West
Point, PA; 2Genentech, Inc., South San Francisco, CA;
3Yale University School of Medicine, New Haven, CT;
4Foundation of the National Institutes of Health, Bethesda,
MD; 5University of Pennsylvania, Philadelphia, PA; 6Caprion
Proteome, Inc., Montreal, Canada; 7Alzheimer’s Disease
Neuroimaging Initiative (ADNI), Bethesda, MD
TP 297 Simultaneous Analysis of Tryptophan, Kynurenines

 Anthony Macherone1, 2; Rafael
Acosta1; David Graham2; 1Agilent Technologies, Santa
Clara, CA; 2Johns Hopkins University School of Medicine,
Baltimore, MD

TP 298 
by Orbitrap Mass Spectrometry with Isotope Data
 Ryo Takahashi; Seon Hwa Lee; Takaaki
Goto; Tomoyuki Oe; Tohoku University, Sendai, Japan
TP 299 New Analytical Platform Based on MS Technologies for

 Igor Popov1, 5; Alexey Kononikhin2,
3; Konstantin Nagornov2; Nataliia Starodubtseva2, 3;
Anna Ryabokon1; Maria Indeykina1, 2; Evgeny Kukaev1, 5;
Viktoria Kurova1; Alexander Spassky1, 2; Stanislav Pekov2;
Irina Larina4; Sergei Varfolomeev1, 6; Eugene Nikolaev1,
2; 1Emanuel Institute of Biochemical Physics, Moscow,
Russia; 2Institute for Energy Problems of Chemical
Physics, Moscow, Russia; 3Research Center for Obstetrics,
Gynecology, Moscow, Russia; 4Institute for Biomedical
Problems, Moscow, Russia; 5Moscow Institute of Physics
and Technology, Moscow, Russia; 6Lomonosov Moscow
State University, Moscow, Russia
TP 300 Optimization of LCMS for Analysis of Small Peptide and
 Usha Mishra; Minnmass(Minnesota
Mass Spec), Minneapolis Mn, MN
TP 301 Rapid Analysis of Endogenous Steroids Using
Convergence Chromatography Coupled with Mass
 Christopher J. Hudalla1; Stuart
Chadwick2; Fiona Liddicoat2; Andrew Peck1; Kenneth J.
Fountain1; 1Waters Corporation, Milford, MA; 2Waters
Corporation (UK), Manchester, UK
TP 302 Accelerated Protein Biomarker Discovery with
Microwave & Magnetic (M2 David Black1;
Linda Nagore1; Anjali Purkar1; Swetha Mahesula1; Itay
Raphael1; Jonathan Gelfond2; Stephen Bach1; Thomas
Forsthuber1; William Haskins1, 2; 1University of Texas, San
Antonio, TX; 2University of Texas HSC, San Antonio, TX
TP 303 

Ulla Sollenberg1; Kim Kultima2; Mats Borén1; Marcus
Söderquist1; Karl Sköld1; 1Denator AB, Gothenburg,
Sweden; 2Uppsala University, Uppsala, Sweden
TP 304 Calcyclin Levels Determined by High-Throughput SRM
 Coskun
Güzel2; Johannes PC Vissers1; Lennard Dekker2; Gerda
G Zeeman3; Eric AP Steegers3; Theo M Luider2; 1Waters
Corporation, Manchester, UK; 2ErasmusMC, Department
of Neurology, Rotterdam, The Netherlands; 3ErasmusMC,
Department of Gynaecology, Rotterdam, The Netherlands
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 99
TUESDAY POSTERS
TP 305  Anthony
Macherone1, 2; 1Agilent Technologies, Wilmington, DE;
2Johns Hopkins University School of Medicine, Baltimore,
MD
Proteomics: Plasma and Tissue, 306 – 341
TP 306 
SRM to Determine Reproductive Status of Breeding

Marine Plumel1; Virginie Plot2; Alain Van Dorsselaer1;
Christine Carapito1; Jean-Yves Georges2; Fabrice
Bertile1; 1DSA, IPHC, Strasbourg, France; 2DEPE, IPHC,
Strasbourg, France
TP 307 Plasma Proteome Kinetics in Nonhuman Primates:
Probing Lipoprotein Synthesis with 2H2O and Targeted
 Haihong Zhou; David McLaren; Ablatt Mahsut;
Yi Pan; Ying Chen; Kathy Bierilo; Dan Xie; Steve Stout;
Kithsiri Herath; Keiana Dunn; Alison Kulick; Rui Tang; Ray
Rosa; Marcie Donnelly; Cesaire Gai; Andrew Gewain;
Harmony Lederman; Jose Castro-Perez; Doug Johns;
Michelle Cleary; Stephen Previs; Thomas Roddy; Merck &
Co., Inc., Kenilworth, NJ
TP 308 Serum Proteomics for Biomarker Discovery Before and
After Antidepressant Treatment of Major Depressive
 JiYeong Lee1; Hee-Joung Lim2; Jong-Moon
Park3; Kyu Young Lee4; Ju Eun Yi4; HooKeun Lee3; Jong-
Hoon Kim2; Eun-Jeong Joo4; Hee-Gyoo Kang1; 1Eulji
University, Seongnam, Korea; 2Korea University, Seoul,
Korea; 3Lee Gil Ya Cancer and Diabetes Institute, Incheon,
Korea; 4School of Medicine Eulji University, Seoul, Korea
TP 309 Improving Label-Free Quantitation of Plasma and
Serum Proteins Using a High-Resolution Hybrid
 Maryann S. Vogelsang1;
Amol Prakash1; David A. Sarracino1; Scott Peterman1;
Bryan Krastins1; Jennifer N. Sutton1; Gregory Byram1; Gouri
Vadali1; Shadab Ahmad1; Bruno Darbouret2; Mary F. Lopez1;
1Thermo Fisher Scientic, BRIMS Center, Cambridge, MA;
2Thermo Fisher Scientic, CD Biomarkers, Nimes, France
TP 310 
 Saša M. Miladinović1,
2; Reto Ossola1; Jasmin van den Heuvel1; Tejas Gandhi1;
Yulia Butscheid1; Oliver Bernhardt1; Lukas Reiter1; Ruedi
Aebersold2; Johan Malstroem1, 3; Oliver Rinner1; 1Biognosys
AG, Schlieren, Switzerland; 2ETH Zurich, Zurich,
Switzerland; 3Lund University, Lund, Sweden
TP 311 Comparative Proteomic and Metabolomic Analyses
 Greg
Donohoe; Hossein Maleki; Tim Nurkiewicz; Stephen
Valentine; West Virginia University, Morgantown, WV
TP 312 
 Jon Reed; Ariel Hart; Robert
Pelot; Gogce Crynen; James Evans; Laila Abdulla; Fiona
Crawford; Roskamp Institute, Sarasota, FL
TP 313 QconCATs for Cholesterol-Related Proteins in
 Meiyao Wang; Illarion V. Turko;
IBBR, Rockville, MD
TP 314 Easy Access to Mass Spectrometry at Multiple Core
Facilities Operating TripleTOF 5600 and Orbitrap Elite/
 Anthony Yeung1; Kelly
Jones1; Phillip Kim1; Bhavinkumar Patel1; Kelsen Steven2;
Alan Braverman2; Derrick Swinton3; Philip Gafken4; Lisa
Nader Jones4; William Lane5; John Neveu5; Hon-Chiu
Leung6; Scott Shaffer7; John Leszyk7; Bruce Stanley8;
Todd Fox8; Anne Stanley8; Michael Hall1; Heather Hampel9;
Albert de la Chapelle9; Christopher South9; Randall Burt10;
David Jones10; Levy Kopelovich11; 1Fox Chase Cancer
Center, Philadelphia, PA; 2Temple University School of
Medicine, Philadelphia, PA; 3Lincoln University, Lincoln, PA;
4Fred Hutchinson Cancer Center, Seattle, WA; 5Harvard
University, Cambridge, MA; 6Baylor College of Medicine,
Houston, TX; 7University of Massachusetts Medical School,,
Worcester, MA; 8Penn State College of Medicine, Hershey,
PA; 9The Ohio State University, Columbus, OH; 10The U.
of Utah, Salt Lake City, UT; 11National Cancer Institute,
Bethesda, MD
TP 315 Effects of Chronic Ethanol Consumption on Protein
Expression in Rat Amygdala Studied by Quantitative
 Bill
Huang1; Zheng-Ming Ding2; William McBride2; Hee-Yong
Kim1; 1NIAAA/NIH, Rockville, MD; 2Indiana University
School of Medicine, Indianapolis, IN
TP 316 Quantitative Proteomic Study of Nucleus Accumbens
in Response to Cocaine Self-Administration in
 Cheryl
F. Lichti; Robert D. English; Xiuzhen Fan; Thomas Green;
University of Texas Medical Branch, Galveston, TX
TP 317 Effect of Chronic Methamphetamine Exposure on the
 Rui Zhu1;
Tianjiao Yang1; Firas Kobeissy2; Kevin Wang2; Mark Gold2;
Yehia Mechref1; 1Texas Tech University, Lubbock, TX;
2University of Florida, Gainesville, FL
TP 318 In vivo Quantitative Proteomics of Somatosensory
Cortical Synapses Shows Which Protein Levels are
 Jeffrey Savas1;
Margaret Butko2; Beth Friedman2; Claire Delahunty1;
Ford Ebner3; Roger Tsien2; John Yates III1; 1The Scripps
Research Institute, La Jolla, CA;
2
University of California at
San Diego, La Jolla, Ca;
3
Vanderbilt University, Nashville, TN
TP 319 Postsynaptic Density Protein Composition is Altered
in Behaviorally Depressed Adult Female Cynomolgus
 Stephanie L. Willard1; Karin E. Borgmann-
Winter1, 2; Matthew L. MacDonald1; Carol A. Shively3;
Chang-Gyu Hahn1; 1University of Pennsylvania, Dept
of Psychiatry, Philadelphia, PA; 2Childrens Hospital of
Philadelphia, Philadelphia, PA; 3Wake Forest School of
Medicine, Dept of Pathology, Winston-Salem, NC
TP 320 Constellation of Synaptic Proteins at the Postsynaptic-
Density Differentiates Schizophrenia from Normal
 Matthew L Macdonald1; Nathan Yates2; Robert
Sweet1; 1Univ. of Pittsburgh, Dept of Psychiatriy, Pittsburgh,
PA; 2Univ. of Pittsburgh, Genomics and Proteomics Core,
Pittsburgh, PA
TP 321 Study of Cerebral Proteomics Expression of
Hippocampal Region from Rats Exposed to Stress

 Victor Alfonso Hernández; Enrique
Mejía-Ospino; Nasser Guerrero; Rodrigo Torres-Saez;
Carlos Conde; Universidad Industrial de Santander,
Bucaramanga, Colombia
TP 322 The Sex Biased Phosphoproteome: A Novel Approach
Towards Understanding The Molecular Basis for Sex
 Rita J.
Valentino; Debra A. Bangasser; Zach Plona; Christopher
McKennan; Hua Ding; Steven H. Seeholzer; Children’s
Hospital of Philadelphia, Philadelphia, PA
TP 323 
and Characterization of SNARE Complexproteins
 Ann Brinkmalm 1; Gunnar
Brinkmalm1; Henrik Zetterberg1; Rita Persson1; Jenny Ho2,
3; Martin Hornshaw2, 3; Madalina Oppermann2, 3; William
G Honer4; Kaj Blennow1; Annika Öhrfelt1; 1University of
Gothenburg, Molndal, Sweden; 2Thermo Fisher Scientic,
Hemel Hempstead, UK; 3Thermo Fisher Scientic, Kungens
kurva, Sweden; 4University of British Columbia, Vancouver,
Canada
GENERAL INFORMATION
PAGE 100 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 324 Quantitative Phosphoproteomic Analysis of

 Lerna Uzasci1; Avindra Nath2; Robert
Cotter1; 1Johns Hopkins University School of Medicine,
Baltimore, MD; 2National Institute of Health, Bethesda, MD
TP 325 Effects of Developmental Exposure to a Commercial

 Witold M Winnik1; Joyce
E. Royland1; Cristina Osorio2; Oscar Alzate2; Prasada Rao
S. Kodavanti1; 1U.S. Environmental Protection Agency,
Research Triangle Park, NC; 2Systems Proteomics Center,
UNC, Chapel Hill, NC
TP 326 Data-Independent Acquisition with Ion Mobility (HDMSE

Lewis M. Brown; Guomei Tang; Ryan M. Colligan; David
Sulzer; Columbia University, New York, NY
TP 327 
Knock-Out Mouse Brain Tissues Using a Quadrupole
 Radiance J. Gibson;
Angelito I. Nepomuceno; Nagendran Muthusamy; Shan
M. Randall; Philip L. Loziuk; H. Troy Ghashghaei; David C.
Muddiman; North Carolina State University, Raleigh, NC
TP 328 
Pathway Proteins and Metabolites in Transgenic
 Zhichang Yang; Jie Liu; Quanzi Li;
Ronald Sederoff; Vincent L. Chiang; David C. Muddiman;
North Carolina State University, Raleigh, NC
TP 329 Mass Spectrometry-Based Proteome Characterization
of Laser Microdissected Ovary and Oviduct Tissues
 Angelito I.
Nepomuceno1; Adam M. Hawkridge2; James N. Petitte1;
David C. Muddiman1; 1North Carolina State University,
Raleigh, NC; 2Virginia Commonwealth University,
Richmond, VA
TP 330 
Jing Wang; Yankai Xia; Gaigai Wang; Yueshuai Guo; Tao
Zhou; Yujie Sun; Xuejiang Guo; Zuomin Zhou; Jiahao Sha;
Nanjing Medical University, Nanjing, China
TP 331 Qualitative and Quantitative Expression Status of the

 Quanhui Wang1,
2; Bo Wen1; Shaohang Xu1; Dahai Jiang1; Liang Lin1; Jin
Zi1; Xiaomin Lou2; Haidan Sun2; Chuangbin Chen1; Fengji
Tan 1; Siqi Liu1, 2; 1BGI-Shenzhen, Shenzhen, China; 2Beijing
Institute of Genomics, Beijing, China
TP 332 
Analysis through Parallel Reaction Monitoring with
 Matthew
Meyer1; Kelly V. Ruggles2; Petra Erdmann-Gilmore1; Robert
Kitchens1; Jacqueline Snider1; Jeremy Hoog1; Shunqiang
Li1; Jeanne Rumsey1; Sherri R. Davies1; Matthew J. Ellis1;
David Fenyo2; R. Reid Townsend1; 1Washington University
School of Medicine, St. Louis, MO; 2New York University,
New York, NY
TP 333 
 Carine
Steiner1, 2; Pierre Lescuyer1, 3; Jean-Christophe Tille3;
Thomas McKee3; Marlene Thomas4; Miro Venturi4; Laura
Rubbia-Brandt3; Denis Hochstrasser1, 3; Paul Cutler2;
Alexander Scherl3; Axel Ducret2; 1University Hospital
Geneva, Geneva, Switzerland;
2
F. Hoffmann-La Roche,
Basel, Switzerland;
3
University of Geneva, Geneva,
Switzerland;
4
Roche Pharma Research, Penzberg, Germany
TP 334 An MRM-based Approach for Quantifying
 Jeffrey
Whiteaker; Richard Ivey; Lei Zhao; Regine Schoenherr;
Jacob Kennedy; Chenwei Lin; Ping Yan; Amanda Paulovich;
Fred Hutchinson Cancer Research Center, Seattle, WA
TP 335 The Detection of Breast Cancer Using Mass
 Yun Chen;
Nanjing Medical University, Nanjing, China
TP 336 Proteomic Investigation of the Mechanism of Infection
 Catalina
Petrareanu1; Izabela Sokolowska2; Alina Macovei1; Alisa G
Woods2; Costel C. Darie2; Norica Branza-Nichita1; 1Institute
of Biochemistry, Bucharest, Romania; 2Clarkson University,
Potsdam, NY
TP 337 An Extensive and Reproducible Ion-Current-Based
Method Enabled Large-Scale Pharmacoproteomic

Eslam Nouri-nigjeh; Siddharth Sukumaran; Chengjian Tu;
Jun Li; Haoying Yu; Debra C. DuBois; Richard R. Almon;
William Jusko; Jun Qu; University at Buffalo, Buffalo, NY
TP 338 Quantitative Mitochondrial Proteomics Revealed
an Intimate Connection between Insulin Signaling,
 Chun-Qing Song1,
2; En-Zhi Shen1, 2; Mei-Jun Zhang2; Hanqing Zhao3; Yu-Xin
Li2; Wen-Hong Zhang2; Liping Wei2, 3; Meng-Qiu Dong1,
2; 1College of Biological Sciences, CAU, Beijing, China;
2National Institute of Biological Sciences, Beijing, China;
3Center for Bioinformatics, Peking University, Beijing, China
TP 339 Heat Inactivation Enables Reliable Measurement
 Charlotta Göransson; Marcus
Söderquist; Denator AB, Gothenburg, Sweden
TP 340 
 Christopher Moss1; Holger Russ2;
Roger Higdon1; Matthias Hebrok2; Eugene Kolker1; 1Seattle
Children’s Research Institute, Seattle, WA; 2University of
California, San Francisco, CA
TP 341 

Trust Razunguzwa; Gregory Boyce; Pamela Williams;
Callee Walsh; Holly Henderson; Brent Reschke; Matthew
Powell; Protea Biosciences, Morgantown, WV

TP 342 WCX-HILIC Coupled to Middle-Down ECD Mass
Spectrometry for Histone Post-Translational
 Annie Moradian 1; Michael
Sweredoski1; Anastasia Kalli2; Sonja Hess1; 1California
Institute of Technology, Pasadena, CA; 2Children’s Hospital
Los Angeles, Los Angeles, CA
TP 343 Quantitative Histone Proteoform Dynamics with Top
 Xibei
Dang; Yeqing Tao; Jenna Scotcher; Nicolas L. Young;
NHMFL / FSU, Tallahassee, FL
TP 344 Dynamic Changes in Histone Post-Translational

 Xibei Dang1, 2; Jenna Scotcher1; Yeqing Tao1,
2; Takayo Sasaki2; David M. Gilbert2; Alan G. Marshall1, 2;
Nicolas L. Young1; 1National High Magnetic Field Laboratory,
Tallahassee, FL; 2Florida State University, Tallahassee, FL
TP 345 Investigations of Histone H2B Isoform Function Using
 Rosalynn
Molden1; Anna Arnaudo1; Nicolas Young2; Benjamin
Garcia3; 1Princeton University, Princeton, NJ; 2National High
Magnetic Field Laboratory, Tallahassee, FL; 3University of
Pennsylvania, Philadelphia, PA
TP 346 Novel Somatic Mutations in Histone H3 are Associated

 Shu Lin1; Peter Lewis2; Manuel
Müller3; Matthew Koletsky2; Francisco Cordero4; Laura
Banaszynski2; Tom Muir3; Oren Becher4; C. David Allis2;
Benjamin Garcia1; 1University of Pennsylvania, Philadelphia,
PA; 2The Rockefeller University, New York, NY; 3Princeton
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 101
TUESDAY POSTERS
University, Princeton, NJ; 4Duke University Medical Center,
Durham, NC
TP 347 Development of a Click-Chemistry Based Method to
Quantitatively Study Propagation of Histone Post-

 Anna Arnaudo1, 2; Peter DiMaggio3; A James
Link1; Benjamin Garcia2; 1Princeton University, Princeton,
NJ; 2University of Pennsylvania, Philadelphia, PA; 3Imperial
College, London, UK
TP 348 in vitro
 Natarajan Bhanu;
Leila Afjehi-Sadat; Benjamin A Garcia; University of
Pennsylvania, Philadelphia, PA
TP 349 An in vitro

Compartmentalized Cell Extracts via Mass
 Tobias Maile1; Laura-Mae Britton2; Tom
Januario1; Bob Yauch1; Benjamin Garcia3; David Arnott1;
1Genentech, South San Francisco, CA; 2Princeton
University, Princeton, NJ; 3University of Pennsylvania,
Philadelphia, PA
TP 350 A New Strategy for Bottom-Up Analysis of Histone

 Anita
Izrael-Tomasevic1; Tobias Maile1; Victoria Pham1; Robert
Pitti1; Alexandre Masselot1; Eric Chan2; Patrick Trojer2;
Marie
Classon
1
; David Arnott
1
;
1
Genentech, Inc., S. San Francisco,
CA;
2
Constellation Pharmaceuticals, Cambridge, MA
TP 351 High-Resolution Accurate Mass and Intelligent


 Amol Prakash1;
Maryann Vogelsang1; David Sarracino1; Scott Peterman1;
Victoria Lunyak2; James Tollervey2; Benny Blackwell2;
Shadab Ahmad1; Gregory Byram1; Bryan Krastins1; Mary
F Lopez1; 1ThermoFisher, Cambridge, MA; 2Buck Institute,
Novato, CA
TP 352 A Direct LC-MRM Measurement of Histone H3K27
Di-, Tri-Methylation and Acetylation without Lysine
 Lei Wang; Yasuhiro Funahashi; Mark
Matijevic; Yoshiya Oda; Eisai Inc, Andover, MA
TP 353 Quantifying the Effects of FLASH Knockdown On

Joshua A Reavis; Kerry M Bauer; Susan B Skube; Evan S
Merryman; Amanda B Hummon; University of Notre Dame,
Notre Dame, IN
TP 354 Systems Analysis of Epigenetic Domains – Deducing

 Miroslav Nikolov1;
Nadin Zimmermann1; Alexandra Stützer1; Efrat Shema2;
Mahmood Haj-Yahya3; Ashraf Brik3; Moshe Oren2; Henning
Urlaub1, 4; Wolfgang Fischle1; 1Max Planck Institute for
Biophysical Chemistry, Göttingen, Germany; 2Weizmann
Institute of Science, Rehovot, Israel; 3Ben-Gurion University,
Beer-Sheva, Israel; 4University Medical Center, Göttingen,
Germany
TP 355 
Translational Level in the DNMT Double Knockout
 Alexander Koch1; Gerben
Menschaert1; Petra Van Damme1, 2; Jolien Hollebeke1, 2;
Wim Van Criekinge1; 1Ghent University, Gent, Belgium;
2VIB-Flanders Institute for Biotechnology, Ghent, Belgium
TP 356 
Isoforms Using 15
 Kyle W. Anderson; Junjun Chen;
Illarion V. Turko; IBBR, Rockville, MD

TP 357 Off-line High-pH Low-pH 2D-LC Separation Combined
with Isotope Labeling MS for Comprehensive

 Tao Huan; Wei Han; Liang Li; University of
Alberta, Edmonton, Canada
TP 358 Comprehensive Polar Metabolite Analysis in Two
Minutes: Rapid CE-MS Separations Combined with
Ultrafast, High Resolution Time-Of-Flight Mass
 Roza Wojcik; Matthew Giardina; Jeffrey S.
Patrick; Viatcheslav Artaev; LECO Corporation, St. Joseph,
IN
TP 359 
Isomers with Improved Selectivity by Capillary
 Naomi Kuehnbaum;
Philip Britz-McKibbin; McMaster University, Hamilton,
Canada
TP 360 
 Joshua
Heinemann; Ece Topulzu; Brian Bothner; Montana State
University, Bozeman, MT
TP 361 Collision-Cross Sections of Common Cellular

Giuseppe Paglia1; Giuseppe Astarita2,4; J. Will Thompson3;
Jonathan P. Williams2, 4; James Langridge2, 4; Bernhard
O. Palsson1, 5; 1Center for Systems Biology, University of
Iceland, Reykjavik, Iceland; 2Waters Corporation, Milford,
MA; 3Duke Proteomics Core Facility, Durham, NC; 4Waters
Corporation, Manchester, UK; 5Systems Biology Research
Group, UCSD, San Diego, CA
TP 362 
 Suraj Dhungana;
Brian F. Thomas; Susan Sumner; RTI RCMRC, RTI
International, Durham, NC
TP 363 Using Simultaneous Selective Ion Monitoring and
Scan Data Collection to Streamline the Analysis of

 Joe Gummer1; Catherine Rawlinson1; Laura Grogan2;
John Hewetson3; Robert Trengove 1; 1Murdoch University,
Murdoch, Australia; 2James Cook University, Townsville,
Australia; 3Shimadzu Scientic Instruments (Oceania),
Sydney, Australia
TP 364 

 Josef Ruzicka1; Mark Szewc1; Jan
Hazebroek2; Chris Vlahakis2; Chris Beecher3; 1Thermo
Fisher Scientic, Somerset, NJ; 2DuPont Pioneer, Johnston,
IA; 3NextGen Metabolomics, Ann Arbor, MI
TP 365 Chemoselective Capture of Carbonyl-Containing
Metabolites for Stable Isotope Resolved Metabolomic
 Pawel K.
Lorkiewicz1, 2; Richard M. Higashi1, 2; Stephanie J. Mattingly2;
Michael H. Nantz2; Hunter N. B. Moseley1, 2; Andrew
N. Lane1, 3; Teresa W-M. Fan1, 2; 1CREAM, University
of Louisville, Louisville, KY; 2Department of Chemistry,
University of Louisville, Louisville, KY; 3J.G. Brown Cancer
Center, University of Louisville, Louisville, KY
TP 366 Protein Sensor for Discrimination of Complex
 Timothy Hamerly1; Joshua
Heinemann1; Monika Tokmina-Lukaszewska1; Elizabeth
R. Lusczek2; Kristine E. Mulier2; Greg Beilman2; Brian
Bothner1; 1Montana State University, Bozeman, MT;
2Department of Surgery - University of Minnesota,
Minneapolis, MN
GENERAL INFORMATION
PAGE 102 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 367 
Containing Metabolites Using N,N-Dimethyl Leucine
Reagents via Capillary Electrophoresis-Electrospray
 Ling Hao; Hui Ye; Xuefei
Zhong; Tyler Greer; Dustin Frost; Zhidan Liang; Lingjun Li;
University of Wisconsin, Madison, WI
TP 368 Material-oriented Tandem MS Libraries for
 Yamil
Simón-Manso1; Kelly H. Telu1; John Halket2; Yuri Mirokhin1;
Stephen E. Stein1; 1NIST, Gaithersburg, MD; 2King’s College
London and Imperial College London, London, UK
TP 369 Construction of a Plant Natural Products Tandem Mass
 Zhentian Lei1; Li Jing2; Hua Zhang2;
David Huhman1; Zhiqin Zhou2; Lloyd Sumner1; 1The Samuel
Roberts Noble Foundation, Ardmore, OK; 2Southwest
University, Chongqing, China
TP 370 Understanding Environmental Tobacco Smoke
Exposure and Effects in Asthmatic Children through
Determination of Urinary Cotinine and Targeted
 Denise K. MacMillan; R. Dan
Zehr; Barbara Jane George; James L. Crooks; Jane E.
Gallagher; USEPA/NHEERL, Durham, NC
TP 371 Metabolic Alterations in Breast Cancer Cells and
 Haiwei Gu 1; Daciana Margineantu2;
Danijel Djukovic1; George Rogers3; David Hockenbery2;
Daniel Raftery1; 1University of Washington, Seattle, WA;
2Fred Hutchinson Cancer Research Center, Seattle, WA;
3Seahorse Bioscience, North Billerica, MA
TP 372 Xenobiotic Control of Lung Cancer Metabolism by

Sonnet Davis; Alexander Patent; Kylie Mitchell; Arvind
Ramanathan; Buck Institute for Research on Aging, Novato,
CA
TP 373 A Nutritional Urinary Metabolomics Approach to
Investigate the Effect of Pulse-Based Diets in an

Matthew Hanson2, 3; Carla G Taylor1, 3; Peter Zahradka2, 3;
Michel Aliani1, 3; 1Human Nutritional Sciences, University
of Manitoba, Winnipeg, MB, Canada; 2Dept Physiology,
University of Manitoba, Winnipeg, MB, Canada; 3CCARM,
St. Boniface Hospital Research Centre, Winnipeg, MB,
Canada
TP 374 Metabolic Rebalancing of CR6 Interaction Factor

 Surendar Tadi1, 2;
Soung Jung Kim2; Min Jeong Ryu2; Tae Seong Park3;
Ji-Seon Jeong1; Young Hwan Kim3; Gi Ryang Kweon2;
Minho Shong2; Yong-Hyeon Yim1; 1KRISS, Daejeon,
South Korea; 2Chungnam National University, School of
Medicine, Daejeon, Korea; 3Korea Basic Science Institute,
Cheongwon-gun, Korea
TP 375 Regulation of Oligodendrocyte Lipid Composition

Richard Schneider1; Caroline Reiss2; Hebe Guardiola-Diaz3;
1Pzer Global R&D, Groton, CT; 2Yale University, New
Haven, CT; 3Trinity College, Hartford, CT
TP 376 Application of nanoLC-MS/MS in a Metabolomics
 Stephen Barnes1;
Landon Wilson1; Ali Arabshahi1; Wei Wu2; Sanjay Niggam2;
1University of Alabama at Birmingham, Birmingham, AL;
2University of California-San Diego, La Jolla, CA
TP 377 On-line Detection of Human Stress by Real Time Mass
 Ernesto
Criado-Hidalgo1; Guillermo Vidal-de-Miguel1; Rafael Borrajo-
Pelaez1, 2; 1SEADM S. L., Boecillo, Spain; 2University of
California, Irvine, CA
TP 378 
C. Elegans Yaoling
Long; Puneet Chowdhary; Rebecca Butcher; Nicolas Polfer;
David Powell; Department of Chemistry, University of
Florida, Gainesville, FL
TP 379 A Metabolomic Analysis of the Effects of Environmental
Stress on Deinococcus radiodurans
Jingyueh Jeng 1; Chunain Cheng2; Kuan-lin Yu1; 1Chia Nan
Univ of Pharmacy & Science, Tainan, Taiwan; 2National Sun
Yat-sen University, Kaohsiung, Taiwan
TP 380 High Resolution Peptidomics Links Drug Resistance
to Impaired Hemoglobin Metabolism in the Malaria
Parasite Plasmodium falciparum Ian A. Lewis; Katelynn
S. Baska; David H. Perlman; Manuel Llinas; Princeton
University, Princeton, NJ
TP 381 
 Julie Lin1; Michael Athanas1; Mark Dreyer1;
Rose Herbold1; Paul Tarr2; 1Thermo Fisher Scientic, San
jose, Ca, CA; 2California Institute of Technology, Pasadena,
Ca
TP 382 

 Junhua Wang; David Peake; Yingying Huang; Thermo
Fisher Scientic Inc, San Jose, CA
Metabolomics: Untargeted Metabolite

TP 383 Evaluating the Effects of Penicillin Treatment on the
Urine and Plasma Metabolomes of Sprague-Dawley
 Jinchun Sun 1; Laura Schnackenberg1; Sangeeta
Khare1; Xi Yang1; James Greenhaw1; William Salminen2;
Donna Mendrick1; Richard Beger1; 1NCTR / USFDA,
Jefferson, AR; 2PAREXEL International, Boston, MA
TP 384 
of Novel Biological Pathways in the Progression of
 Panagiotis Vorkas1; Joseph Shalhoub2;
Giorgis Isaac3; Elizabeth Want1; Jeremy Nicholson1; Alun
Davies2; Elaine Holmes1; 1Biomolecular Medicine, Imperial
College, London, UK; 2Section of Vascular Surgery, Imperial
College, London, UK; 3Waters Corporation, Milford, MA
TP 385 Determination of SIRT-3 Dependent Metabolic Changes
in Diabetic Nephropathy Using Novel Metabolomic
 Suma Ramagiri1; Hari Kosanam2; Kerri Thai3;
Dave Cox1; Lyle Burton1; Eva Duchoslav1; Ron Bonner1;
Andrew Advani3; Richard Gilbert3; 1AB SCIEX, Concord,
Canada; 2Mt.Sinai Hospital, Dept of Pathology and Lab
Med, Toronto, Canada; 3St.Michael’s Hospital, Dept of
Medicine, Toronto, Canada
TP 386 Multi-platform Metabolomic Study of Burn Injury in a
Rat Model using NMR Spectroscopy and HILIC and
 Sam Li1; Anna Karen Carrasco
Laserna1; Siong Chun Foo1; Shabbir Moochhala2; 1National
University of Singapore, Singapore, Singapore; 2DSO,
Singapore
TP 387 Direct Analysis of Serum Lipids from Zucker Rats using
High Performance TOFMS – Resolution, Mass Accuracy
 Jeffrey Patrick; Lucas Smith; Kevin
Siek; Stephanie Amaya; Joe Binkley; LECO Corporation, St.
Joseph, MI
TP 388 Metabolomics of Opiate-Induced Changes in Murine
 Manhong Wu1; Peyman Sahbaie1;
Ming Zheng1; David Clark1; Gary Peltz1; Soa Aronova2;
Stephan Baumann2; 1Stanford University, Stanford, CA;
2Agilent Technologies, Inc., Santa Clara, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 103
TUESDAY POSTERS
TP 389 High Accuracy Prostate Cancer Detection Using
 Xiaoling
Zang1; Christina Jones1; Tran Long1; María Monge1;
Manshui Zhou1; L. DeEtte Walker1; Alexander Gray1; John
McDonald1; Nikhil Shah2; Rajesh Laungani2; Facundo
Fernández1; 1Georgia Institute of Technology, Atlanta, GA;
2Piedmont Hospital, Atlanta, GA
TP 390 
 Kelly Hines1; Billy Ballard2;
Dana Marshall2; John McLean1; 1Vanderbilt University,
Nashville, Tennessee; 2Meharry Medical College, Nashville,
Tennessee
TP 391 Metabolomic Response of Human Breast Cancer
 Liang Zhao; Shelly
Odwin-DaCosta; Mounir Bouhifd; Helena Hogberg; Lena
Smirnova; Andre Kleensang; James D. Yager; Thomas
Hartung; School of Public Health, Johns Hopkins University,
Baltimore, MD
TP 392 Metabolite Phenotypes Predictive of Non-Small Cell
 Ji-Won Park1; Hyobin Jeong2; Sujin Kim1;
Byeongsoo Kang2; Hark Kyun Kim3; Daehee Hwang2;
Tae Geol Lee1; 1KRISS, Daejeon, South Korea; 2postech,
Pohang, South Korea; 3NCC, Goyang, South Korea
TP 393  Suhong Zhang4,
4; Maya Khezam1, 4; Nathaniel Snyder2, 4; Clementina
Mesaros2, 4; Kenneth Yu3, 4; Ian Blair2, 4; 1Centers for
Excellence in Environmental Toxicology, Philadelphia,
PA; 2Cancer Pharmacology, University of Pennsylvania,
Philadelphia, PA; 3Memorial Sloan-Kettering Cancer Center,
New York, NY; 4, Philadelphia, PA
TP 394 Metabolomics Investigation of Ovarian Cancer
Progression in a Dicer-Pten Double Knockout Mouse
 Christina Jones1; Maria Monge1; Jaeyeon Kim2;
Martin Matzuk2; John McDonald1; Facundo Fernandez1;
1Georgia Institute of Technology, Atlanta, GA; 2Baylor
College of Medicine, Houston, TX
TP 395 
 Jeffrey Mcguire; US Army ECBC,
Aberdeen Proving Ground, MD
TP 396 Mass Spectrometry Metabolomics to Identify Novel
 Masoumeh
Karimpour1; Izabella Surowiec1; Johan Trygg1; Angela
Zivkovic2; Malin Nording1; 1Department of Chemistry, Umea
University, Umea, Sweden; 2University of California, Davis,
CA
TP 397 Effect of Exercise on Fatty Acid Metabolism in Aging
 Nataliya Chorna; Ivan Santos; Sandra Pena de Ortiz;
University of Puerto Rico, San Juan, PR
TP 398 
Samples: Individual’s Response to Stress During
 Monika Tokmina-
Lukaszewska1; Navid Movahed1; Kristine Mulier2; Nancy
Witowski2; Greg Beilman2; Brian Bothner1; 1Montana State
University, Bozeman, MT; 2Medical School, University of
Minnesota, Minneapolis, MN
TP 399 
Makgeolli Depending on the Strains and the in vitro
 HyeRyun Kim; Jang-Eun Lee;
Jae Ho Kim; Byung Hak Ahn; Korea Food Research
Institute, Seongnamsi, Asia/Pacic Region
TP 400 Expanding Metabolic Pathways in the Ovarian Tissues
 Tae Geol Lee1;
Ji-Won Park1; Su Jin Kim1; Byeongsoo Kang2; Hyobin
Jeong2; Hark Kyun Kim3; DaeHee Hwang2; 1KRISS,
Daejeon, South Korea; 2Postech, Pohang, South Korea;
3NCC, Goyang, South Korea
TP 401 Fecal Metabolomics of the Mouse Digestive Tract to

Samanthi I. Wickramasekara1; Chunxiao Guo1; Fereshteh
Zandkarimi1; Jeffrey Morré1; Richard L. Gallo2; Adrian F.
Gombart1; Claudia S. Maier1; 1Oregon State University,
Corvallis, OR; 2University of California, San Diego, CA
TP 402 Exploration of Ethanol-induced Liver disease using

 Jeffrey Patrick1; Joe Binkley1; John Heim1; Jens
Hoefkens2; 1LECO Corporation, St. Joseph, MI; 2Genedata
(USA), lexington, MA
TP 403 Untargeted Metabolomics Reveals Alteration of the

Jaewoo Choi; Debbie J. Mustacich; Wendy I. Baltzer; Jan F.
Stevens; Oregon State University, Corvallis, OR
TP 404 Analysis of Cerebrospinal Fluid to Investigate the Effect

 Farbod Fazlollahi1; Christopher
Coe2; Gabriele Lubach2; Kym Faull1; 1UCLA, Los Angeles,
CA; 2University of Wisconsin, Madison, WI
TP 405 
and Fecal Samples to Study the Effect of Consuming
 Lavanya
Reddivari1; Sridhar Radhakrishnan1; Sumit Shah2; Jairam
Vanamala1, 3; 1Colorado State University, Fort Collins, CO;
2Agilent Technologies, Inc, Wakeeld, MA; 3University of
Colorado Cancer Center, Aurora, CO
TP 406 
Candidate Predictive Biomarker of L-Asparaginase
Response and as an Additive for Possible Combination
 Leslie Silva; Philip Lorenzi; David Hawke; John
Weinstein; MD Anderson Cancer Center, Houston, TX
TP 407  Clementina
Mesaros; Nathaniel W. Snyder; Anil Vachani; Ian A. Blair;
University of Pennsylvania, Philadelphia, PA
TP 408 The Metabolomics of Oxidative Stress: Investigating
the Impact of a Sod1-null Mutant and Paraquat
Induced Stress Using Liquid Chromatography/Mass
 Jose M. Knee1; Teresa Z. Rzezniczak1;
Kevin K. Guo3; Aiko Barsch2; Gabriela Zurek2; Thomas
J. S. Merritt1; 1Dept. Chemistry&Biochemistry Laurentian
University, Sudbury, Ontario, Canada;
2
Bruker Daltonik GmbH,
Bremen, Germany;
3
Bruker Daltonics Inc., Billerica, MA
TP 409 
 Lekha Sleno1;
Audrey Ste-Rose1; Guri Giaever2; Corey Nislow2; 1UQAM,
Montreal, Canada; 2UBC, Vancouver, CA
TP 410 

Ming-Zhi Zhu; Sha Chen; Shao-Hua Li; Ming-Quan Guo;
Wuhan Botanical Garden, Chinese Academy of Science,
Wuhan, China
TP 411 Metabolomic Analysis of a Staphylococcus

Feifei Fu; Yiman Wu; Victor Cheng; Joel Weiner; Liang Li;
University of Alberta, Edmonton, Canada
TP 412 
Response in Chlamydomonas reinhardtii
 Zipora Tietel;
Kohei Takeuchi; Mine Palazoglu; Oliver Fiehn; UC Davis
Genome center, Metabolomics, Davis, CA
TP 413 Untargeted Metabolomic Study on the Effect of in vitro

Soyoun Ahn 1, 2; Sukalya Poothong2; Barbara Reed2, 3;
Claudia Maier1, 2; 1EHSC Oregon State University, Corvallis,
OR; 2Department of Horticulture Oregon State University,
Corvallis, OR; 3USDA-ARS, Corvallis, OR
GENERAL INFORMATION
PAGE 104 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 414 Metabolomics of Hermaphroditic C. elegans via Isotopic
Ratio Outlier Analysis Using High-Resolution Accurate
 Kevin J. McHale1; Mark Szewc1; Gregory
S. Stupp2; Chaevien Clendinen2; Ramadan Ajredini2; Arthur
S. Edison2; Chris Beecher3; 1Thermo Fisher, Somerset,
NJ; 2University of Florida, Gainesville, FL; 3NextGen
Metabolomics, Ann Arbor, MI
TP 415 Natural Products Drug Discovery from Marine
Invertebrate-Associated Bacteria: Strain Selection

Gregory A. Ellis1; Yanpeng Hou2; Thomas P. Wyche1; Doug
R. Braun1; Navid Adnani1; Emmanuel Vazquez-Rivera1; Tim
S. Bugni1; 1University of Wisconsin School of Pharmacy,
Madison, WI; 2PepsiCo, New Haven, CT
TP 416 Untargeted Metabolomics for the Discovery of Small
 Jay Kirkwood;
Cristobal Miranda; Fred Stevens; Oregon State University,
Corvallis, OR
TP 417 
Vincent Bonifay1; Whitney Smith1; Iwona Beech2; Jan
Sunner1; 1Oklahoma University, Norman, OK; 2University of
Portsmouth, Portsmouth, UK
TP 418 
 Chris Beecher1;
Peng Jiang2; Alex Ninfa2; 1NextGen Metabolomics, Ann
Arbor, MI; 2University of Michigan Medical School, Ann
Arbor, MI
TP 419 Metabolomics of Carbon Fixing Mutants of
 Dong hee Chung1; Christine
Rabinovitch-Deere1; Shota Atsumi1; Soa Aronova2;
1University of California, Davis, CA; 2Agilent Technologies,
Inc., Santa Clara, CA
Drug Metabolism: Quantitative Analysis, 420 – 451
TP 420 Investigating the Importance of Resolution and Scan
Speed for Qualitative/Quantitative Bioanalysis Using
 Brad
Yuska1; Ragu Ramanathan1; Tim Stratton2; Hongxia Wang2;
Frank Morris1; Patrick Bennett2; 1QPS, LLC, Newark, DE;
2ThermoFisher, San Jose, CA
TP 421 Analysis of Pharmaceutical Small Molecules Using a

 Yun W. Alelyunas1; Mark D. Wrona1; Catalin
Doneanu1; Stephen McDonald1; Paul D. Rainville1; Philip
Tiller2; 1Waters Corporation, Milford, MA; 2RMI laboratories,
North Wales, PA
TP 422 Development of Ultrasensitive Nanoscale LC/MS

 Miaoqing Shen1; Li Sun2;
Kevin Bateman2; Jack Henion1; 1Advion Bioanalytical
Lab, a Quintiles company, Ithaca, NY; 2Merck Research
Laboratories, West Point, PA
TP 423 Parallel-Micro Liquid Chromatography - Mass

using Dried Blood Spot Tube-based Sample Collection
 Kyoko Watanabe1, 3; Emmanuel Varesio1; Neil
Loftus
2
; Gérard Hopfgartner
1
;
1
Université de Genève, Genève,
Switzerland;
2
Shimadzu Corporation, MS/BU, Manchester,
UK;
3
Shimadzu Corporation, GADC, Kyoto, Japan
TP 424 Electrochemistry Coupled to LC-ICP-MS for the
Elucidation and Quantitative Assessment of the
 Daniel Melles1;
Christoph A. Wehe2; Panupun Limpachayaporn1; Günter
Haufe2; Uwe Karst2; 1University of Münster-Graduate School
of Chemistry, Münster, DE; 2University of Münster, Münster,
DE
TP 425 
Spectrometry Method for Determination of Imatinib
 Kumari Ubhayasekera; Warunika
Aluthgedara; Tommy Lewander; Jonas Bergquist; Uppsala
University, Uppsala, Sweden
TP 426 
Methods for High Resolution Mass Spectrometry Based

Eldho Raju; Dil Ramanathan; Kean University, Union, NJ
TP 427 SWATH – A High Resolution Data Independent
Acquisiton Approach to Pharmaceutical/ Biotherapeutic
Quantitation and Retrospective Qualitative
 Loren Olson 1, 2; Paul Clemens1, 2; Eva
Duchoslav1, 2; Gary Impey1, 2; 1AB SCIEX, Foster City, CA;
2AB SCIEX, Toronto, Canada
TP 428 


 Ragu Ramanathan1; Suma Ramagiri2; Brad
Yuska1; Frank Morris1; Jiyi Wang1; Anthony Srnka1; Yves
LeBlanc2; Gary Impey2; Loren Olson2; Helen Shen1; 1QPS,
LLC, Newark, DE; 2AB SCIEX, Concord, Ontario, Canada
TP 429 Parameter-Free Peak Area Integration for Multiple
 Yongdong Wang; Hongliang
(Leo) Xu; Ming Gu; Cerno Bioscience, Norwalk, CT
TP 430 Pragmatic Approaches to Determine the Exposures of

Johanna Haglund1, 2; Åsa Brunnström1, 2; Göran Eklund1,
2; Antti Kautiainen1, 2; Anna Sandholm1, 3; Magnus Halldin1;
Suzanne Iverson Hemberg1; 1AstraZeneca AB, Södertälje,
Sweden; 2MetaSafe AB, Södertälje, Sweden; 3Scandinavian
Development Services AB, Stockholm, Sweden
TP 431 Evaluate and Overcome the Impact of Hemolysis on
the Quantitation Using LC-MS/MS - Is “Revising SOP”
the Solution? Jing Ke; Yijin Xiao; Kelly Lam; Harry Zhao;
Zhongping (John) Lin; Frontage Laboratories, Inc, Exton, PA
TP 432 Automated, Empirical Method Development for Solid-
Phase Extraction of Pharmaceuticals from Biological
 Kc Van Horne1; Phil
Dimson1; Luigi Chanco1; Bruce Redmond1; Jacob Christ2;
David Hall1; 1SPEware Corporation, Baldwin Park, CA;
2ProLinear/Pontech, Inc., Rancho Cucamonga, CA
TP 433 Quantitation of Amino Acids in Response to
 Preeti
Purwaha; Philip L. Lorenzi; David Hawke; John N.
Weinstein; MD Anderson Cancer Center, Houston, TX
TP 434 UPLC-ESI+-MS/MS Method for Quantitation of
Circulating Levels of 13 Opiate and Opioid Analgesics
 Melissa Goggin;
Richard Lundberg; Karla Walker; Gregory Janis; MedTox
Laboratories, New Brighton, MN
TP 435 
Debrisoquine and OH-debrisoquine in Dried Blood
 Jason Barricklow; Hongying Gao; Pzer, Groton, CT
TP 436 A Sensitive and Selective Liquid Chromatography-
Tandem Mass Spectrometry Method for Quantitative

Praveen Srivastava1; Ganesh Moorthy1; Vu Nguyen1;
Robert Gross2; Jeffrey Barrett1; 1The Children’s Hospital of
Philadelphia, Philadelphia, PA; 2University of Pennsylvanaia,
Philadelphia, PA
TP 437 Quantitative Acetylation Analysis of Mitochondrial
Proteins in Type 2 Diabetic Mice and Treatment of
 Xiaolu Zhao1; Jie Dai2; Jianshuang Li1; Xiujuan
Zhu1; Ling Zheng1; Ole Nørregaard Jensen2; Lin Guo1;
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 105
TUESDAY POSTERS
1Wuhan University, Wuhan, P.R.China; 2University of
Southern Denmark, Odense, Denmark
TP 438 Determination of Norgestrel and Norgestimate in
 Hongkun Liang; crystal
Nguyen; Angel Tseng; Vi Dan; Yuan-Chek Chen; Kumar
Ramu; QPS, LLC., Newark, DE
TP 439 An LC-MS/MS Assay for Simultaneous Quantitation
of Docetaxel and its Prodrug-Conjugate for
Pharmacokinetic Studies of PRINT-Lipidized-Docetaxel
 Allison N Schorzman; Kevin Chu;
Matthew Finniss; Charles Bowerman; Jennifer Kuijer;
Andrew Madden; Joseph DeSimone; William Zamboni;
UNC, Chapel Hill, NC
TP 440 Characterization of Xylazine Metabolism in Rat Liver
 David St-Germain
Lavoie1; Floriane Pailleux1, 2; Pascal Vachon1; Francis
Beaudry1; 1Université de Montréal, Saint-Hyacinthe,
Canada; 2Université de Lyon, Villeurbanne, France
TP 441 
 Adlai
Niggebrugge; Mario Pellerin; Ardeshir Khadang; PRACS
Institute, Fargo, ND
TP 442 Simultaneous Determination of Pinitol and its

 Yun Kyoung Choi1; In Young Choi1; Ji Hoon
Jeoung2; Hohyun Kim1; 1Korea Medicine Research Institute,
Inc., Seoungnam, South Korea; 2College of Medicine,
Chung-Ang University, Seoul, South Korea
TP 443 Quantitation of Praziquantel and Its Metabolites
in Mouse Plasma Using Ultra-Performance

Amy Qiu Wang; Edward Kerns; Xin Xu; Gurmit Grewal;
Philip Sanderson; John Shen; John McKew; NCATS, NIH,
Rockville, MD
TP 444 Study of the Brain-Uptake of a Non-Radioactive
Pseudo-Carrier for [18

Xue Zhou1; Ai-Fang Deng1; Jinping Qiao1; Xian-Ying
Wu1; Yan Zhang1; Wei Yin1; Lin Zhu1; Hank Kung2;
1Beijing Normal University, Beijing, China; 2Department of
Radiology,University of Pennsylvania, Philadelphia, PA
TP 445 Highly Sensitive Determination of Desmopressin in
 Yun Kyoung Choi1;
Jae Geun Lee1; Ji Hoon Jeoung2; Hohyun Kim1; 1Korea
Medicine Research Institute, Inc., Seoungnam, South
Korea; 2Chung-Ang University, Seoul, South Korea
TP 446 
with LC-MS from Tissue Applied to Research on the
 Preston Sparks1;
Michael Roach1; Jesse Hines2; 1Eisenhower Army Medical
Center, Fort Gordon, GA; 2Perkin Elmer, Waltham, MA
TP 447 Mometasone Furoate in Human Plasma by LC/MS/
 Allan Xu; Xiaohua Li; Vince
Windisch; Keystone Bioanalytical, North Wales, PA
TP 448 A Sensitive and Robust Assay for Determination of
Clonidine in Human Plasma Using Derivatization and
 Yansheng Liu; Marsha Luna; Julie
Showalter; Rochelle Burke; Moo-Young Kim; KCAS LLC,
Shawnee, KS
TP 449 The “Double edge sword” of Hydroxypropyl-beta-
Cyclodextrin on the Quantitative Analysis of a
Lipoglycopeptide and its Hydroxylated Metabolites
 Moucun Yuan; James Waltrip; Song
Zhao; William R. Mylott; Bruce Hidy; Rand Jenkins; PPD,
Richmond, VA
TP 450 
 Xiaonan
Tang1; Jing Ke1; Halil Erol1; Chih Hsien Lin1; Harry Zhao1;
Zhongping (John) Lin1; Changfu Cheng2; 1Frontage
Laboratories, Inc., Exton, PA; 2CoNCERT Pharmaceuticals,
Inc., Lexington, MA
TP 451 Diastereomeric Separation of Chiral Metabolites

Stereoselective Metabolism? Chester L Bowen1;
Hermes Licea-Perez1; Tom DePhillipo2; Denise Heyburn2;
Paul Rainville2; Robert Plumb2; Christopher Evans1;
1GlaxoSmithKline, King Of Prussia, PA; 2Waters, Milford,
MA
Small Molecules: Quantitative Analysis II, 452 – 477
TP 452 Detailed Characterization of Conjugation Pathways of

by Rat and Human Liver Fractions Using LC/ESI-MS/
 Kuniko Mitamura1; Mami Kamibayashi1; Kanta Sato1;
Sachi Fujioka1; Rika Satoh (née Okihara) 2; Takashi Iida2;
Shigeo Ikegawa1; 1Kinki University, Higashi-Osaka, Japan;
2Nihon University, Tokyo, Japan
TP 453 Quantitation of Testosterone and Nandrolone Using

 Gurmeet Kaur Surindar Singh1, 2; Reena Desai1;
Mark Jimenez1; David Handelsman1; 1ANZAC Research
Institute, University of Sydney, New South Wales, Sydney,
Australia; 2Faculty of Pharmacy, Universiti Teknologi MARA,
Kuala Selangor, Selangor, Malaysia
TP 454 Quantitative Measurement of Fludarabine
Incorporation in Cellular DNA by Enzymology and
 Ye Feng1; Lan Li1; Lili Liu2; Stanton L.
Gerson2; Yan Xu1, 2; 1Cleveland State University, Cleveland,
OH; 2Case Comprehensive Cancer Center, Cleveland, OH
TP 455 Neurotransmitter Analysis in Rat Brain Microdialysis
 Changyu Quang; Michael
V. Stoeling; William C. Nethero; Jonathan D. Toot; Eric S.
Bodle; Spencer J. Carter; WIL Research, Ashland, OH
TP 456 Pharmacokinetic Studies of a Novel Thiazolidinedione
mitoNEET Ligand, NL-1, Using a Quantitative LC-MS/
 Kiran
Pedada1; Xiang Zhou1; Harini Jogiraju1; Richard Carroll2;
Werner Geldenhuys2; Li Lin2; David Anderson1; 1Cleveland
State University, Cleveland, OH; 2Northeast Ohio Medical
University, Rootstown, OH
TP 457 
 Alexander
Yoon; Stephen Shew; Joseph Watson; Kym Faull;
University of California, Los Angeles, CA
TP 458 Comprehensive LC/MRM Assay for Determination


Benjamin Oyler; Tsung-Ming Shih; John McDonough;
Benedict Capacio; USAMRICD, Aberdeen Proving Ground,
MD
TP 459 Low-Level Quantitative Analysis of Prostaglandins in
Human Serum and Urine by LC/MS/MS Utilizing Dual
 Yanan Yang; Kevin McCann;
Anabel Fandino; Caroline Chu; Mark Sartain; Na Pi; Agilent
Technologies, Inc, Santa Clara, CA
TP 460 Application of a Highly Sensitive LC/MS/MS Assay
for the Comparison of Exposure to Nicotine and
 Kimberly Clark; Joshua Prey; Richard
O’Connor; Mark Travers; Gerald Fetterly; Roswell Park
Cancer Institute, Buffalo, NY
GENERAL INFORMATION
PAGE 106 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 461 Determination of Urinary Catecholamines and
Metanephrines in a Single Run by LC/MS/MS for Clinical
 Linda Cote1; Christophe Deckers1; Kevin
McCann2; 1Agilent Technologies Canada, Saint-Laurent,
Canada; 2Agilent Technologies, Santa Clara, CA
TP 462 Quick Sample Preparation of Opiates from Urine for
 Daniel Tran; Agilent Technologies,
Lake Forest, Ca, CA
TP 463 High Throughput, Simultaneous Analysis, Separation

 Jianmei Wang; Ramiro
Cavazos; Toqueer Rizvi; Texas Medical Toxicology,
Houston, Texas
TP 464 
 Mikael Levi; Maureen
Ramero; Stéphane Moreau; Shimadzu France, Noisiel,
France
TP 465 Quantifying Metformin in Mouse Serum Using
Hydrophilic Interaction Liquid Chromatography and
Stable Isotope Dilution-Assisted Multiple Reaction

Da-Qing Yang; Mikel R. Roe; Michael E. Grossmann; Nancy
K. Mizuno; Adrian D. Hegeman; Margot P. Cleary; University
of Minnesota, Austin, MN
TP 466 Small Molecule, Big Challenges: Development and

 Jingguo
Hou; Ravi Orugunty; Xiaodong Zhu; Melvin Tan; Thomas
Horvath; Jing Zhou; Gregory Poch; Michael Sullivan;
Edward Wells; Steve Unger; WWCT, Austin, TX
TP 467 

 Tiffany Thomas; Roseann
Zott; Danielle Awad; Dawn Hershman; Serge Cremers;
Columbia University, New York, NY
TP 468 
Acid-Preserved Samples by Hydrophilic Interaction
 Alan W. Taylor;
Deborah Hobbs; Debbie J. Mustacich; Balz Frei; Linus
Pauling Institute, Oregon State University, Corvallis, OR
TP 469 
Normetanephrine, Histamine, Serotonin, and

Aihua Liu; Troy Voelker; Min Meng; Tandem Labs, Salt Lake
City, UT
TP 470 Development of an Analytical Method for Hydroxyurea
in Rat Plasma, Amniotic Fluid, and Fetus by HILIC-MS/
 Michael S. Gardner1; Melanie A. Rehder Silinski1;
Reshan A. Fernando1; Veronica G. Robinson2; Suramya
Waidyanatha2; 1RTI International, Research Triangle Park,
NC; 2Division of National Toxicology Program, NIEHS,
Research Triangle Park, NC
TP 471 Determination of S-ketamine in Rat Plasma by a Short-
 Qingtao (Mike) Huang1; Eric De
Waal1; Naidong Weng1; Weimin Wang2, 2; Chih Hsien Lin2, 2;
Hsiaoju Lin2; Zhongping (John) Lin2; Harry Zhao2; 1Johnson
& johnson, Raritan, NJ; 2Frontage Lab, Exton, PA
TP 472 
 Adlai
Niggebrugge; Laura Baum; Sarah Maasjo; Dan Pederson;
David O’Connor; Mario Pellerin; Ardeshir Khadang; PRACS
Institute, Fargo, ND
TP 473 
MS with Two Methods: Chiral Column Without
Derivatization and Non-Chiral Column with Pre-Column
 Shan Jin; Eric Britton; Steven Wiltshire;
Agilux Laboratories, Worcester, MA
TP 474 Analysis for Hydroxylated Polybrominated Diphenyl
 Yan-Ping Lin1; Louis Maljers2; Helen
Sun2; Isaac N. Pessah1; Birgit Puschner1; 1University of
California, Davis, CA; 2Bruker Daltonics Inc., Fremont, CA
TP 475 
 Moo-Young
Kim; Anika Pippin; Yu-Hui Ann Fu; Yansheng Liu; KCAS,
Shawnee, KS
TP 476 A Novel LC-MS/MS Method for the Ultra-Sensitive

 Adam Latawiec;
Michael Jarvis; AB SCIEX, Concord, Canada
TP 477 Chemical Derivatization of d6-bisphenol A Increases
 Nathan
C. Twaddle; Mona I. Churchwell; Daniel R. Doerge; NCTR/
FDA, Jefferson, AR

TP 478 High-speed Monitoring Method for Eicosanoids and
Related Compounds Using Liquid Chromatography /
 Masaki Yamada1, 2; Yoshihiro Kita1;
Suzumi Tokuoka1; Takahiro Kohira1, 3; Takao Shimizu1; 1The
University of Tokyo, Tokyo, Japan; 2Shimadzu Corporation,
Kyoto, Japan; 3Japanese Red Cross Society, Tokyo, Japan
TP 479 
 Tanxi Cai 1;
Jiaojiao Ma1; Charles C. Liu2; Fuquan Yang1; 1Institute of
Biophysics, CAS, Beijing, China; 2ASPEC Technologies
Limited, Beijing, China
TP 480 A Novel UHPLC-Q-TOF Method for the Detection and
 Carlos Leon; William
Wikoff; Tomas Cajka; Brian DeFelice; Dmitry Grapov; Oliver
Fiehn; UC Davis, Davis, CA
TP 481 
Mathematical Modeling of Neutral Losses Of Fatty
 Haowei Song; Jack Ladenson; Fongfu Hsu; John
Turk; Washington University in St. Louis, School of Medi, St.
Louis, MO
TP 482 Quantitative Analysis of Sulfatides in Mouse Plasma
 Guannan Li1; Ana Lis
Moyano2; Jan-Eric Mansson3; Maria Irene Givogri2; Richard
B. van Breemen1; 1University of Illinois College of Pharmacy,
Chicago, IL; 2University of Illinois College of Medicine,
Chicago, IL; 3University of Gothenburg The Sahlgrenska
Academy, Gothenburg, Sweden
TP 483 Quantitative Targeted Lipidomics in Urine:
 Sabrina Forni;
Lawrence Sweetman; Baylor Research Institute, Dallas, TX
TP 484 

 Pierre Picard1;
Gregory Blachon1; Serge Auger1; Réal Paquin2; 1Phytronix
Technologies, Quebec city, Canada; 2Université Laval,
Quebec City, Canada
TP 485 


Vinzenz Hofferek; Max-Planck-Institute, Potsdam-Golm,
Germany
TP 486 Shotgun Lipidomics Analysis of Diacylglycerol Species

Miao Wang; Huafeng Fang; Jacina Redden; Xianlin Han;
Sanford-Burnham Medical Research Institute, Orlando, FL
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 107
TUESDAY POSTERS
TP 487 Trimethylation Enhancement using Diazomethane

Quantitative Analysis Using Tandem Mass

Karl Wasslen; Hyunmin Lee; Jeffrey Manthorpe; Jeffrey C.
Smith; Carleton University, Ottawa, Canada
TP 488 Formation and the Use of [M+42] - Ion for the

phosphate and Its Analogs after bis Irina
Gorshkova; Evgeny Berdyshev; University of Illinois at
Chicago, Chicago, IL
TP 489 
 Spiros Manolakos1, 2; Theresa Evans-
Nguyen1, 2; Leila Albers1, 2; James Comolli1, 2; 1The Charles
Stark Draper Laboratory, Tampa, FL; 2The Charles Stark
Draper Laboratory, Cambridge, MA
TP 490 
 Yaping Zhang; Yujie Liu; Shuai Guo; Hui Liu;
Fenjie Li; Zhili Li; IBMS, CAMS&PUMC, Beijing, China
TP 491 
Manipulative Treatment on COPD Patients: Multi-Class

Chen Zhang; Michigan State University, East Lansing, MI
TP 492 
Discovery&Development, Nutritional and Clinical
 Roy Martin1; Katrin Strassburg2, 3; Thomas
Hankemeier3; Giorgis Isaac1; James Langridge1; Claude
Mallet1; Rob Vreeken2, 3; Giuseppe Astarita1; 1Waters
Corporation, Milford, MA; 2Netherlands Metabolomics
Centre, Leiden, The Netherlands; 3Analytical BioSciences,
LACDR, Leiden, The Netherlands
TP 493 Hydroxylated Metabolites of Docosahexaenoic
Acid are Substrates for 15-Hydroxyprostaglandin

 Stacy L. Gelhaus;
Franca Golin-Bisello; Sally Wenzel; Fernando Holguin;
Bruce A. Freeman; School of Medicine, University of
Pittsburgh, Pittsburgh, PA
TP 494 Combined Proteomics and Lipidomics Analyses
Enable the Characterization of Phagosome Maturation
 Christina Bell1; Guanghou
Shui2; Markus Wenk2; Michel Desjardins1; Pierre Thibault1;
1University of Montreal, Montreal, Canada; 2National
University of Singapore, Singapore
TP 495 
 Finnur Eiriksson2;
Baldur Sigurdsson2; Sesselja Omarsdottir1; Kari Skulason1;
Helga Ogmundsdottir1; Margret Thorsteinsdottir1, 2;
1University of Iceland, Reykjavik, Iceland; 2ArcticMass,
Reykjavik, Iceland
TP 496 
Disease in Post-Menopausal Women Using Shotgun
 Mark Apsega1;
Jianzhong Chen1; Kelly Nichols2; Jason J. Nichols2; Kari
B. Green1; 1The Ohio State Universtiy, Columbus, OH;
2Universtiy of Houston, Houston, TX
TP 497 Phosphatidylserine Effects on Platelet-Activating
 Audrey Meyer; Secil
Koseoglu; Yiwen Wang; Joseph Dalluge; Christy Haynes;
University of Minnesota, Minneapolis, MN

TP 498 Evaluation of Different Computational Algorithms for

Francesco Mattia Mancuso; Cristina Chiva; Mireia Ortega;
Eduard Sabidó; Proteomics Unit, CRG/UPF, Barcelona,
Spain
TP 499 Integration of mProphet Chromatogram Peak
 Brendan
Maclean1; Don Marsh1; Hannes Röst2; Lucia Espona
Pernas2; George Rosenberger2; Ruedi Aebersold2; Michael
MacCoss1; 1Univ of Washington, Seattle, WA; 2Institute of
Molecular Systems Biology, ETH Zurich, Zurich, Switzerland
TP 500 

Daryl G.S. Smith; Genevieve Gingras; Yves Aubin; Terry D.
Cyr; Health Canada, Ottawa, Canada
TP 501 
Quantitation of Large Scale Targeted Proteomics Using
 Michael R. Hoopmann;
Samuel L. Bader; Robert L. Moritz; Institute for Systems
Biology, Seattle, WA
TP 502 Tandem MS Epigenetics histones Analysis: A Novel

 Alexandre
Masselot; Tobias Maile; Victoria Pham; Anita Izrael-
Tomasevic; Robert Yauch; David Arnott; Genentech Inc.,
South San Francisco, CA
TP 503 X-Quant: A Transplantable Tool for Label-Free
 Bo
Wen1; Haiyi Zhao1; Guilin Li1; Qiang Feng1; Quanhui Wang1,
2; Siqi Liu1, 2; Jun Wang1; 1BGI-Shenzhen, Shenzhen, China;
2Beijing Institute of Genomics, CAS, Beijing, China
TP 504 
 Mathias Kuhring; Bernhard Renard; Robert
Koch-Institute, Berlin, Germany
TP 505 
 Pascal Szacherski1; Laurent Gerfault1;
Jean-François Giovannelli2; Audrey Giremus2; Pierre Mahé3,
4; Tanguy Fortin3, 4; Geneviève Choquet-Kastylevsky3, 4;
Amna Klich5; Catherine Mercier5; Pascal Roy5; Arnaud
Salvador6; Jérôme Lemoine6; Jean-Philippe Charrier3, 4;
Bruno Lacroix3, 4; Pierre Grangeat1; 1CEA Leti, MINATEC
Campus, Grenoble, France; 2Univ. Bordeaux, IMS, UMR
5218, Talence, France; 3bioMérieux, Grenoble, France;
4bioMérieux, Marcy l’Etoile, France; 5HCL, Service de
Biostatistique, Univ. Lyon I, CNRS, Lyon, France; 6Institut
des Sciences Analytiques,CNRS, Univ. Lyon, Lyon, France
TP 506 
Computation for Unsteady Flow Conditions Ranging
 Sorin Mitran;
Bruno Coupier; J. Michael Ramsey; University of North
Carolina, Chapel Hill, NC
TP 507 Detection and Correction of Interference in MS1
Quantitation of Peptides Using their Isotope
 Yifei Bao2; Jessica Chapman1; Joseph
Glavy2; Beatrix Ueberheide1; Manor Askenazi3; David
Fenyo1; 1New York University Langone Medical Center, New
York, NY; 2Stevens Institute of Technology, Hoboken, NJ;
3The Ionomix Initiative, Arlington, MA
TP 508 Accurate Multiplexed Proteomics at the MS2-Level
 Martin
Wühr; Wilhelm Haas; Graeme C. McAlister; Leonid Peshkin;
Ramin Rad; Marc W. Kirschner; Steven P. Gygi; Harvard
Medical School, Boston, MA
TP 509 
 Caleb J. Emmons; Brian C. Searle; Proteome
Software, Portland, OR
TP 510 Deconvolution of Overlapping Peptide Isotopic
Peak Clusters with EM Algorithm for Label-free
 Lei Xin 1; M. Ziaur Rahman1; Weiwu Chen1;
Bin Ma2; 1Bioinformatics Solutions Inc., Waterloo, Canada;
2University of Waterloo, Waterloo, Ontario
GENERAL INFORMATION
PAGE 108 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 511 RIPPER: A New Software Framework for Biomarker
Discovery Using the Proportionality Paradigm and
 Susan
K. Van Riper1; Kathryn J. Doroschak2; Ebbing P. de Jong2;
LeeAnn Higgins2; Nelson L. Rhodus2; Frank G. Ondrey2;
John V. Carlis2; Timothy J. Grifn2; 1University of Minnesota
Rochester, Rochester, MN; 2University of Minnesota,
Minneapolis, MN
TP 512 An Instrument Independent Demultiplexing Method

 Dario Amodei1; Jarrett
Egertson2; Brendan McLean2; Richard Johnson2; Olga
Vitek3; Michael MacCoss2; Parag Mallick1; 1Stanford
University, Palo Alto, CA; 2University of Washington, Seattle,
WA; 3Purdue University, West Lafayette, IN
TP 513 New Algorithm Utilizing All Ions MS/MS Data on TOF/Q-
TOF and Accurate Mass MS/MS Libraries for Rapid
 Frank Kuhlmann;
Stephen Madden; Bernhard Wuest; Maithilee Samant; Hong
Chen; Prerana Kapase; Agilent Technologies, Santa Clara, CA
TP 514 
 Getiria Onsongo; John Chilton; Michelle
Henderson; Timothy J. Grifn; Pratik Jagtap; Edgar Arriaga;
University of Minnesota, Minneapolis, MN
TP 515 
Applying Spectral Counting Strategies to Parent Ion
and Fragment Ion Intensities and Chromatographic
 Ying Zhang; Zhihui Wen; Michael Washburn;
Laurence Florens; The Stowers Institute for Medical
Research, Kansas City, MO
TP 516 Label-Free Inter-Sample Replicate Similarity Metrics
 Rob
Smith; Dan Ventura; John Prince; Brigham Young University,
Provo, UT
TP 517 

 David Brant1; Catharina
Crone2; Tim Stratton1; Nick Duczak1; Patrick Bennett1;
1Thermo Fisher Scientic, San Jose, CA; 2Thermo Fisher
Scientic GmbH, Bremen, Germany
TP 518 ProDIA-id: An Automatic Tool to Extract MS/MS Spectra

 Hui-Yin Chang1;
Nai-Yuan Chiang1; Chia-Feng Tsai2; Ya-Wen Tsai2; Ke-
Shiuan Lynn1; Chia-Ying Cheng1; Yu-Ju Chen2; Ting-Yi
Sung1; Wen-Lian Hsu1; 1Institute of Information Science,
Academia Sinica, Taipei, Taiwan; 2Institute of Chemistry,
Academia Sinica, Taipei, Taiwan
TP 519 A Qualitative and Quantitative Ion Mobility Enabled Data
 Andrew JK Williamson1;
Steven Ciavarini2; Scott J Geromanos2; Andrew Tudor3;
Barry Dyson3; Lee Gethings3; Kelly McMahon3; Robert
Tonge3; James I Langridge3; Anthony D Whetton1; Johannes
PC Vissers3; 1School of Cancer and Imaging Sciences,
Manchester, UK; 2Waters Corporation US, Milford, MA;
3Waters Corporation UK, Manchester, UK
TP 520 Critical Assessment of Proteome-Wide Label-Free
 Erik Ahrné; Timo
Glatter; Lars Molzahn; Alexander Schmidt; Proteomics Core
Facility, Biozentrum, Basel, Switzerland
TP 521 MS1Probe – Implementation of a Statistical Tool for
MS1-based Quantitation in Skyline for High Throughput
 Alexandria K. D’Souza1; Birgit
Schilling1; Julian Chytrowski1; Brendan MacLean2; Daniel
Broudy2; Nicholas J. Shulman2; Michael J. MacCoss2;
Bradford W. Gibson1; 1Buck Institute for Research on Aging,
Novato, CA; 2University of Washington, Seattle, Seattle, WA
TP 522 
Quantitation and Their Application to the
 John
Leszyk; Guramrit Singh; Melissa J. Moore; Scott A. Shaffer;
University of Massachusetts Medical School, Worcester, MA
TP 523 
 Scott Walmsley1; Damian
Fermin1; Hyungwon Choi2; Alexey Nesvizhskii1; 1University
of Michigan Department of Pathology, Ann Arbor, MI;
2National University of Singapore, Singapore, Singapore
TP 524 Automatic Reprocessing, Analysis and Reporting in
 Manuel
Perez Pacheco1; Carlos Cobas1; Felipe Seoane1; Santiago
Dominguez1; Mike Bernstein1; Chen Peng1; Agustin Barba1;
George Maydwell2; Scott Campbell2; 1Mestrelab Research,
Santiago De Compostela, Spain; 2Sierra Analytics, Modesto,
CA
TP 525 New Functionality for the Trans-Proteomic Pipeline:
 Luis
Mendoza1; David Shteynberg1; Joseph Slagel1; Michael
Hoopmann1; Terry Farrah1; Zhi Sun1; Brian Pratt2; Henry
Lam3; Jimmy K. Eng4; Alexey I. Nesvizhskii5; Eric W.
Deutsch1; Robert L. Moritz1; 1Institute For Systems Biology,
Seattle, WA; 2Insilicos, LLC, Seattle, WA; 3Hong Kong
University of Science and Technology, Clear Water Bay,
Hong Kong; 4University of Washington, Seattle, WA;
5University of Michigan, Ann Arbor, MI
TP 526 Capturing Multi-Dimensional Proteomes in an Online
 Yasmeen Ahmad; Mark Larance; Tony Ly;
Kathryn Kirkwood; Dalila Bensaddek; Armel Nicolas; Angus
I. Lamond; Centre for Gene Regulation & Expression,
University of Dundee, UK
TP 527 MZDASoft™ Parallel Peak Extractor™: A Software Tool
 Nelson
Ramirez; Zhiwei Wang; David M. Noriega; Yung Lai; Jianqiu
(Michelle) Zhang; UTSA, San Antonio, TX
TP 528 
 Jijie Wang;
Henry H. N. LAM; The Hong Kong University of Science and
Technology, Clear Water Bay, Kowloon, Hong Kong, China

TP 529 High-Throughput Cotinine Determination in Human
Plasma, Urine and Saliva Using LDTD-MS/MS in 8
 Sylvain Letarte1; Gregory
Blachon1; Serge Auger1; Pierre Picard1; Sarah Demers2;
1Phytronix Technologies, Québec, Canada; 2Université
Laval, Québec, Canada
TP 530 Cadmium Exposure Results in the Up-regulation of
DDAH I&II in Human Fibroblast Cells as Revealed by
 John Prins;
Yinsheng Wang; University of California, Riverside, CA
TP 531 Stable Isotope Dilution NanoLC-Nanospray Ionization
Tandem Mass Spectrometry Analysis of Three Ethylated
 Hauh-Jyun
Candy Chen; Chin-Ron Lee; National Chung Cheng Univ.,
Ming-Hsiung, Chia-Yi, Taiwan
TP 532 High Throughput Liquid Chromatography-
Tandem MassSpectrometry Method for Analysis of

 Steven Carmella;
Xun Ming; Andrea Yoder; Elizabeth Vielguth; Stephen S.
Hecht; Univ. of Minnesota Cancer Center, Minneapolis, MN
TP 533 Liquid Chromatography-Tandem Mass Spectrometry
Quantitationof DNA Adducts in Tissues of Rats Treated
Chronically with Enantiomers of the Carcinogen N’-
 Lijiao Zhao; Silvia Balbo; Mingyao
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 109
TUESDAY POSTERS
Wang; Peter Villalta; Pramod Upadhyaya; Stephen S.
Hecht; Univ. of Minnesota Cancer Center, Minneapolis, MN
TP 534 Toxicological Analysis of Whole Blood Samples Using
 Ken Lewis1; Robert
Sears2; Kim Gamble3; 1OpAns, LLC, Durham, NC; 2South
Carolina Law Enforcement Division, Columbia, SC; 3ITSP
Solutions, Hartwell, GA
TP 535 
MS/MSALL Acquisition on a Q-TOF Tandem Mass
 Michael J. Y. Jarvis; Jesse Seegmiller;
Jenny Moshin; Adrian Taylor; AB SCIEX, Concord, Canada
TP 536 

 Sean Daugherty1; Alun Hucthings2; Mark Upton1;
1PerkinElmer, Bucks, UK; 2Cardiff Tox Lab, University
Hospital Llandough, Cardiff, Wales
TP 537 Detection and Metabolic Characterization of the
Hallucinogenic Compound 25I-NBOMe in Biological
 David Le1; An Nguyen1; Samuel J
Stellpug2; Gregory Janis1; 1MedTox Laboratories, New
Brighton, MN; 2Regions Hospital Dept. of Emergency
Medicine, Saint Paul, MN
TP 538 
Methamphetamine Stereoisomers by Capillary

Flaubert Mbeunkui; Steven Cohen; Joseph Wiegel; Brent
Dixon; Physicians Choice Laboratory Services, Charlotte, NC
TP 539 A Mixed Targeted and Untargeted LC-TOF Approach
for Monitoring Emerging Drugs of Abuse in Biological
 An Nguyen; Gregory Janis; MedTox Laboratories,
New Brighton, MN
TP 540 Qualitative and Quantitative Analysis of Illicit Drugs
in Biological Fluids by Turbulent-Flow LC Coupled to
 Jérémy Pinguet1,
2; Lucie Roche1; Pauline Herviou1; Damien Richard1, 2;
1CHU Clermont Ferrand, Clermont Ferrand, France; 2UMR
INSERM 1107 Neurodol, Université d’Auvergne, Clermont
ferrand, France
TP 541 
-THC in Urine Using Automated Disposable Pipette
 Oscar G. Cabrices; Fred
Foster; Edward Pfannkoch; Gerstel Inc., Linthicum, MD
TP 542 Development of an LC-NSI-HRMS/MS-PRM Method for

to Determine the Mechanism of Benzene-Induced
 Adam Zarth; Silvia Balbo; Guang Cheng; Stephen
Hecht; University of Minnesota, Minneapolis, MN
TP 543 Selective Inhibition of Cytochrome P450 Isoform of
 Oh Kwang Kwon;
Miri Hong; Min Song; Sunju Kim; Ju Hee Sim; Jong-Sup
Bae; Sangkyu Lee; Kyungpook National University, Daegu,
Korea
TP 544 Pain Management Drug Monitoring in Urine Using
 Jill Wolken; Thomas Doran; Paula Smith;
Anita Iwanski; Don Wiebe; University of Wisconsin Hospital
and Clinics, Madison, WI
TP 545 An Improved Immunosuppressant Drug Research
 Joseph
Di Bussolo; Christopher Esposito; Francois Espourteille;
Thermo Fisher Scientic, Franklin, MA
TP 546 Comprehensive Clinical Toxicology Screening by a
 Markus Meyer1; Christoph
Gebhardt1; Birgit Schneider1; Sebastian Götz1; Laura M.
Huppertz2; Susanne Vogt2; Jürgen Kempf2; 1Bruker Daltonik,
Bremen, Germany; 2Institute of Legal Medicine, University
Freiburg, Freiburg, Germany
TP 547 High Throughput Analysis of the Polycyclic
AromaticHydrocarbon Metabolite Phenanthrene Tetraol

 Natalie Olvera; Claire Brookmeyer; Steven
Carmella; Stephen S. Hecht; Univ. of Minnesota Cancer
Center, Minneapolis, MN
TP 548 devTOX quickPredict: A Rapid LC-MS-Based Metabolite
Biomarker Assay to Predict Developmental Toxicity
 Paul R. West; Egnash Laura; Alan
Smith; Jessica Palmer; Kevin Conard; Mark Ross; Burr
Fontaine; Preeti Bais; Elizabeth Donley; Robert Burrier;
Stemina Biomarker Discovery, Madison, WI
TP 549 Aristolactam N-sulfate: A Highly Reactive Metabolite
 Irina Zaitseva; Viktoriya Siderenko;
Sivaprasad Attaluri; Francis Johnson; Arthur P. Grollman;
Charles R. Iden; Stony Brook University, Stony Brook, NY
TP 550 Analysis of All Citric Acid Cycle Metabolites by Liquid
 Andrew
J. Worth; Sankha Basu; Clementina Mesaros; Nathaniel
W. Snyder; Ian A. Blair; University of Pennsylvania,
Philadelphia, PA
TP 551 Rapid Determination of Tramadol and N-desmethyl
Tramadol in Human Urine by HPLC-MS-MS Optimized
 Mehdi Jalali; Pacic Toxicology Laboratory,
Chatsworth, CA
TP 552  Mustafa Selim1;
James Starr2; 1East Carolina University, Greenville, NC;
2U.S. Environmental Protection Agency, Research Triangle
Park, NC
TP 553 DNA Adductomics Methodology Utilizing a High
Resolution Accurate Mass MSn Approach for Analysis
 Peter Villalta; Silvia Balbo;
Pramod Upadhyaya; Stephen Hecht; University of
Minnesota, Minneapolis, MN
TP 554 
 Daniele Recenti1; Roberta
Lariccia1; Ilaria Ferrante1; Luigi Motti2; 1DANI, Cologno
Monzese, Italy; 2Dani SA, Contone, Switzerland
TP 555 Automated Sample Preparation for Toxicology

Adrian Taylor1; Michael Jarvis1; Jesse Seegmiller1; Oscar
Cabrices2; 1AB SCIEX, Concord, Canada; 2GERSTEL, Inc.,
Linthicum, MD
TP 556 Evaluation of Mitochondrial Function Based on
the Direct Single-Cell Molecular Analysis by Mass
 Sachiko Date1; Kiyoko Bando2; Jiro
Deguchi2; Izuru Miyawaki2; Juki Kimura2; Hitoshi
Funabashi2; Tsutomu Masujima1; 1Quantitative Biology
Center (QBiC), Riken, Osaka, Japan; 2Dainippon Sumitomo
Pharma Co., Ltd., Osaka, Japan
Diagnostic Clinical Chemistry: Small Molecules I, 557 – 577
TP 557 Measurement of Thiopurine Metabolites as a

 Stacy
Dee; Yvonne Wright; Russell Grant; LabCorp, Burlington,
NC
TP 558 Improved UPLC Tandem Mass Spectrometry Assay for

Jie Chen1; Gail A Ditewig Meyers1; Michael J Bennett1,
2; 1Children’s Hospital of Philadelphia, Philadelphia, PA;
2University of Pennsylvania, Philadelphia, PA
TP 559 Determination of 3-Epi-25-hydroxyvitamin D2 in Human
Serum Using Liquid Chromatography-Tandem Mass
 Susan Tai; NIST, Gaithersburg, MD
GENERAL INFORMATION
PAGE 110 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
TP 560 Development of an Improved Standard Reference
 Karen
Phinney; Mary Bedner; Susan Tai; Lane Sander; Katherine
Sharpless; Stephen Wise; National Institute of Standards
and Technology, Gaithersburg, MD
TP 561 Results from the Initial Comparability Studies of the

 Mary Bedner; Katrice Lippa; Susan Tai; NIST,
Gaithersburg, MD
TP 562 Reducing Systematic Errors in the LC-MS/MS
 Dietrich Volmer; Julia
Aspenleiter; Saarland University, Saarbrücken, Germany
TP 563 
 Alan
Edgington1; Lee Williams1; Rhys Jones1; Adam Senior1;
Helen Lodder1; Geoff Davies1; Steve Jordan1; Gavin Jones1;
Claire Desbrow1; Victor Vandell2; Frank Kero2; 1Biotage GB
Limited, Cardiff, UK; 2Biotage, Charlotte, NC
TP 564 The Determination of Optimum Centrifugation
Parameters when Designing a Robust and Sensitive
 Maria Cid; Stuart
Coleman; New York Presbyterian Hospital, New York, NY
TP 565  Jonathan
Tang; William Fraser; University of East Anglia, Norwich, UK
TP 566 Simple, Accurate Quantitation of Nicotinic Acid and
Nicotinamide in Human Plasma by Rapid Protein
 Shuguang Li; Erica
Pike; Phenomenex, Torrance, CA
TP 567 Evaluation of Acylcarnitines with Dicarboxylic Acid
Residues as Candidate Markers for Neurodegenerative
 Andrea Raffaelli1; Riccardo Donzelli2;
Alessandro Saba3; Adriano Carpita2; Gabriele Siciliano3;
1CNR ICCOM - UOS Pisa, Pisa, Italy; 2University of Pisa,
Department of Chemistry, Pisa, Italy; 3University of Pisa,
Department of Medicine, Pisa, Italy
TP 568 
MS Method to a High-Throughput LC-MS/MS Clinical
 Lisa Ford; Qibo Zhang; Carolyn
Shefeld; Jonathan McDunn; Robert Wolfert; Metabolon,
Research Triangle Park, NC
TP 569 Simultaneous and Fast Analysis of Amino Acids,
Acylcarnitines and Orotic Acid in Dried Blood Spots by
 Scott Kuzdzal1; Hironori
Kobayashi2; Toshikazu Minohata3; Yuki Hasegawa2; Ichiro
Hirano3; Seiji Yamaguchi2; 1Shimadzu Scientic Instruments,
Inc., Columbia, MD; 2Shimane University Faculty of
Medicine, Izumo, Japan; 3Shimadzu Corporation, Kyoto,
Japan
TP 570 Analysis of Dried Blood Spot Samples by High

 Julia Denes1; Steven L.
Robinette1; Eszter Szabo2; Ildiko Szatmari2; Laszlo Szonyi2;
Ernst W. Rauterberg3; Zoltan Takats1; 1Imperial College
London, London, UK; 21st Dept. of Pediatrics, Semmelweis
University, Budapest, Hungary; 3Hesse Child Health Centre,
Giessen, Germany
TP 571 Determination of Desmosterol, Campesterol,

 Jim Bruton;
Joseph McConnell; Daniel Hoefner; Tara Dall; Thomas
Dayspring; Health Diagnostic Laboratory, Richmond, VA
TP 572 Characterizing Blood Bile Alcohols in Cerebrotendinous

Detectable in a Dried Bloodspot LC-ESI-MS/MS Test for
 Andrea E DeBarber; Robert D Steiner; Oregon Health
& Science University, Portland, OR
TP 573 
 Silvia Bächer1; Michael Vogeser1;
Christine Lehmann2; Robert Wohleb2; Roland Geyer2;
1Clinical Chemistry, University Hospital Munich, Munich,
Germany; 2Tecan Schweiz AG, Männedorf, Switzerland
TP 574 Performance of the AbsoluteIDQ® Stero17 Kit on

 Hai
Pham Tuan; Doreen Kirchberg; Therese Koal; BIOCRATES
Life Sciences, Innsbruck, Austria
TP 575 
MS Ion Trap Analysis with a New Smart MRM Mode
 Andrea
Kiehne; Birgit Schneider; Markus Peer; Markus Meyer;
Bruker Daltonik GmbH, Bremen, Germany
TP 576 
for the Determination of 4 Immunosuppressant Drugs in
 Gregory Blachon1; Kamisha Johnson-Davis2;
Jean Lacoursiere1; Pierre Picard1; Serge Auger1; Annick
Dion-Fortier1; 1Phytronix Technologies, Québec, Canada;
2ARUP Laboratories, Salt Lake City, UT
TP 577 
and D3 in Plasma Using LDTD-MS/MS with Differential
 Alex
Birsan1; Pierre Picard1; Gregory Blachon1; Michael Jarvis2;
Serge Auger1; Adrian Taylor2; Jean Lacoursière1; 1Phytronix
Technologies Inc., Quebec, Canada; 2AB SCIEX, Concord,
Canada
Environmental Analysis:
Pharmaceuticals and Pesticides, 578 – 607
TP 578 A Strategy for an automated Unknown Screening
Approach on Environmental Samples Using HRAM
 Olaf Scheibner1, 3; Maciej Bromirski1,
3; Patricia van Baar2; Florian Wode2; Uwe Dünnbier2; Kristi
Akervik1, 3; Jamie Humphries1, 3; 1Thermo Fisher Scientic,
Bremen, Germany; 2Berliner Wasserbetriebe, Berlin,
Germany; 3Thermo Fisher Scientic, Austin, TX
TP 579 Screening Environmental Samples for a Diverse Range
of Compound Classes/Structures with Accurate Mass

Gareth Cleland; Lauren Mullin; Claude Mallet; Jennifer
Burgess; Waters Corporation, Milford, MA
TP 580 Ultra-sensitive Detection of Pharmaceutical and


 Zicheng Yang; Helen Sun; Kefei Wang; Bruker,
Fremont, CA
TP 581 Determination of Pharmaceuticals by Direct Aqueous
Injection-HPLC/MS/MS in Source and Drinking Waters
 Edward T. Furlong1;
Mary C. Noriega1; Susan T. Glassmeyer2; Dana W. Kolpin3;
1National Water Quality Lab, U.S. Geological Survey,
Denver, CO; 2U.S. Environmental Protection Agency,
Cincinnati, OH; 3U.S. Geological Survey, Iowa City, IA
TP 582 Determination of Pharmaceutical Compounds from
Drinking and Surface Water at Low ng/L Levels Using

László Toelgyesi1; Andreas Wanke2; Thomas Glauner1;
Susanne Soelter1; 1Agilent Technologies, Waldbronn,
Germany; 2SMUL Sachsen, Nossen, Germany
TP 583 Degradation Processes of Environmentally Relevant
 Linyan Zhu1, 2; Beatrix Santiago-
Schuebel1; Agnieszka Kraj3; Zhiliang Zhu2; Yanling Qiu2;
Stephan Kueppers1; 1Research Center Jülich, ZEA-3, Jülich,
Germany; 2Tongji University, Shanghai, China; 3Antec,
Zoeterwoude, The Netherlands
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 111
TUESDAY POSTERS
TP 584 Natural Attenuation of Emerging Contaminants in
the Critical Zone: Time of Flight Mass Spectrometry
 Rachel Maxwell1; Leif Abrell1;
Andrea Conine2; Shane Snyder1; Jon Chorover1; 1University
of Arizona, Tucson, AZ; 2Skidmore College, Saratoga
Springs, NY
TP 585 LC-MS/MS for Screening and Quantifying Anti-Cancer
Drugs and Metabolites in Waste Water Rejected in
 Thérèse Schembri1; Mikael Levi2;
François Gray1; Stéphane Moreau2; Claude Villard1; Pierre
Boissery3; Daniel Latte1; 1Aix Marseille Université, Inserm
UMR 911 CRO2, Marseille, France; 2Shimadzu France,
Noisiel, France; 3Agence de l’Eau Rhône Méditerranée &
Corse, Marseille, France
TP 586 
Drugs in Environmental Water by Dispersive
Liquid-Liquid Microextraction Coupled with Liquid
 Shih-
Shan Tai; Chung-Yu Chen; Maw-Rong Lee; National Chung-
Hsing University, Taichung, Taiwan
TP 587 Removal of Matrix Effects Using Ion-Exchange SPE
during Analysis of veterinary Antibiotics Present
 Morgan Solliec1, 2;
Daniel Massé2; Sébastien Sauvé1; 1Université de Montréal,
Montréal, Canada; 2Agriculture and Agri-Food Canada,
Sherbrooke, Canada
TP 588 

Pedro A. Segura; Angela Rodayan; Pearl Kaplan; Karim
Saadi; Rachel Benoît; Viviane Yargeau; McGill University,
Montréal, Canada
TP 589 Routine, Targeted and Non-Targeted Analysis of
Environmental Contaminants of Emerging Concern –

 Paul Yang1; Tung Vi Nguyen2; Vince Pileggi1;
Kristi Akervik3; Chunyan Hao1; Xiaoming Zhao1; Serei
Thach1; Jennifer Newman1; Yafang Lu1; Sonya Kleywegt1;
Shahram Tabe1; Ramin Farnood2; Charles Yang3; Jonathan
Beck3; Maciej Bromirski3; Dipankar Ghosh3; 1Ministry of the
Environment, Etobicoke, Canada; 2University of Toronto,
Toronto, Canada; 3Thermo Scientic, San Jose, CA
TP 590 Simultaneous Determination of Cationic and Anionic
Pharmaceuticals Using an Online SPE LC and a
 Mitsuha
Yoshikane1; Tairo Ogura2; Ichiro Hirano2; Yayoi Suzuki3;
Shoji Nakayama3; 1The University of Tokyo, Kashiwa,
Japan; 2Shimadzu Corporation, Kyoto, Japan; 3National
Institute for Environmental Studies, Tsukuba, Japan
TP 591 Results of a National Scale Survey Investigating the
Occurrence of Prescription Pharmaceuticals Present
 Angela Batt; Mitchell Kostich;
Jim Lazorchak; U.S. Environmental Protection Agency,
Cincinnati, OH
TP 592 Paper Spray Ionization of Herbicides from Dried Blood
 Steven L. Reeber; Sneha Gadi; Gary L. Glish;
University of North Carolina at Chapel Hill, Chapel Hill, NC
TP 593 
Mineralocorticoid-Active Compounds in Waste and
River Waters by LC-MS/MS and in vitro
Adrian A Ammann1; Petra Macikova2; Ksenia J Groh1;
Kristin Schirmer1; Marc J.-F. Suter1; 1Eawag, Duebendorf,
Switzerland; 2Masaryk University, Brno, CZ
TP 594 Quantitative Determination of Antidepressants by
Solvent Microextraction LC ESI-MS/MS in Biosolids
 Melissa M. Schultz; Lydia
Niemi; Madigan Murphy; Katherine Stencel; The College of
Wooster, Wooster, OH
TP 595 
Contaminants in Storm Water Retention Ponds Using
 Jonathan
Beck
1
; P. Lee Ferguson
2
; Gordon Getzinger
2
;
1
Thermo Fisher
Scientic, San Jose, CA;
2
Duke University, Durham, NC
TP 596 Trace Level Analysis of Herbicides in Drinking and
Surface Water by Online-SPE LC/Triple Quadrupole
 Edgar Naegele; Agilent
Technologies, Waldbronn, Germany
TP 597 Analysis of Diquat and Paraquat Using UHPLC-MS/MS
and UHPLC-Orbitrap MS – Method Development, Matrix
 Paul Yang1; Chunyan Hao1;
Franca Morra1; Xiaoming Zhao1; Xiaodong Liu2; Charles
Yang2; Jonathan Beck2; Maciej Bromirski2; Dipankar Ghosh2;
1Ministry of the Environment, Etobicoke, Canada; 2Thermo
Scientic, San Jose, CA
TP 598 Multi-Residue Method for the Target Analysis of
Pesticides in Crops by Liquid Chromatography-
 Nam-Sun Kim; SeongSoo
Park; Hwa-Mi Lee; Mi-Jung Noh; Hyun-Sook Lee; SungIl
Kim; SeungYoung Park; KeunHwa Choi; Dae Hyun Cho;
Regional Food and Drug Administration, Incheon, Korea
TP 599 
of Pesticides in different Matrices Using High Sensitive
 Karsten Ott1; Ugo Chiuminatto2; Sebastian
Fabritz2; Jianru Stahl-Zeng2; 1bilacon GmbH, Berlin,
Germany; 2AB Sciex, Darmstadt, Germany
TP 600 
in Drinking Water Using High Performance Triple
 Guifeng Jiang; Jia Wang;
Marcus Miller; Terry Zhang; Jonathan Beck; Charles Yang;
Dipankar Ghosh; Thermo Fisher Scientic, San Jose, CA
TP 601 High Throughput Analysis of Pesticide Residues in
 Leah Riter; Chad Wujcik;
Monsanto, St. Louis, MO
TP 602 Improved Screening for 500 Pesticides in Matrix Using a
 Marcus Miller;
Mary Blackburn; Dipankar Ghosh; Oleg Silva; ThermoFisher
Scientic, San Jose, CA
TP 603 High-Throughput Simultaneous Analysis of Pesticides
by Supercritical Fluid Chromatography/Orbitrap
 Megumi Ishibashi1; Miho Sakai1, 2;
Takashi Ando2; Tomoko Hamasaka3; Shigeru Sakamoto3;
Eiichiro Fukusaki1; Takeshi Bamba1; 1Graduate School of
Engineering, Osaka University, Suita, Japan; 2Miyazaki
Agricultural Research Institute, Miyazaki, Japan; 3Thermo
Fisher Scientic, Yokohama, Japan
TP 604 On-line SPE Coupled to UHPLC MS/MS for Analysis of
Multiple TOrCs in Water Using Simultaneous Positive
 Tarun Anumol1;
Sheher Mohsin
2
; Sylvain Merel
1
; Shane Snyder
1
;
1
University of
Arizona, Tucson, AZ;
2
Agilent Technologies, Schaumburg, IL
TP 605 Simultaneous Screening Target and Non-Target

Mass Ion Formula Database and Deconvolution
 Fang Zhang1; Yinlong Guo1; Chongtian Yu2;
zhe Cao2; Zhixu Zhang2; 1Shanghai insititue of organic
chemistry, Shanghai, China; 2Agilent Technologies(China)
Co., Ltd., Shanghai, China
TP 606 
Disrupting Compounds Characterization in Biological

Daniela Cavagnino1; Antonella Siviero1; Alessandra
Mantegazza1; Veronica Termopoli2; Pierangela Palma2;
Giorgio Famiglini2; Anna Maria Lavezzi3; Luigi Matturri3;
Achille Cappiello2; 1DANI Instruments, Cologno Monzese,
GENERAL INFORMATION
PAGE 112 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TUESDAY POSTERS
Italy; 2LC-MS Laboratory, DiSTeVA, University of Urbino,
Urbino, Italy; 3Research Center “Lino Rossi”, University of
Milan, Milan, Italy
TP 607 A Novel Screening Method for Anthropogenic Sewage

 Sebastian
Westrup; Nick Duczak; Michal Godula; Thermo Fisher
Scientic, San Jose, CA
Elemental Analysis, 608 – 618
TP 608 Development of Capillary Electrophoresis Inductively
Coupled Plasma Mass Spectrometry for Quantitative
Analysis of Phosphorylated Peptide with Metrological
 Kyoung-Seok Lee1; Jinil Kim2; Yong-Hyeon
Yim1; Su Kyeong Bang2; Tae Kyu Kim2; 1KRISS, Yuseong-
Gu, Korea; 2Department of Chemistry, Pusan National
University, Busan, Korea
TP 609 Optimizing Cold Cell LA-ICP-MS Conditions for the
Analysis of Elemental Localization and Imaging of
 Jason Hamilton; William Hoffman;
Guido Verbeck; University of North Texas, Denton, TX
TP 610 Reducing Matrix Effect through Femtosecond Laser
 Bochao Zhang; Wei Hang;
Xiamen University, Xiamen, China
TP 611 Development of a Method Based on Tandem Inductively
Coupled Plasma Mass Spectrometry for Determination

Mohamed Amr1; Saeed Al-Meer1; Khalid Al-Saad1; Elham
Fawzi2; 1Qatar University, Doha, Qatar; 2The Queen Dental
Center, Doha, Qatar
TP 612 The State of the Matter: Providing Insight through
 Craig Westphal; DuPont,
Wilmington, DE
TP 613 Analysis of Phosphorus in Some Environmental
Samples by ESI - Mass Spectrometry and ICP - Mass
 Jerzy Mierzwa; Tennessee State University,
Nashville, TN
TP 614 Determination of Iopromide in Environmental Waters
 Armando Durazo; Tarun
Anumol; Shane A. Snyder; University of Arizona, Tucson, AZ
TP 615 Redox Speciation Analysis of Iron by Ion-
Chromatography and ICP-MS Based on Speciated

Mesay M. Wolle1; Timothy Fahrenholtz2; G. M. Mizanur
Rahman2; Matt Pamuku2; H. M. “Skip” Kingston1; 1Duquesne
University, Pittsburgh, PA, 2Applied Isotope Technologies,
Pittsburgh, PA
TP 616 Rapid Detection of Metal Contaminants Using Ambient
 Jamie Nizzia; Christopher Mulligan;
Illinois State University, Normal, IL
TP 617 Ultra-fast LDTD-APCI-MS/MS Analysis of Steroid
Hormones Oxidized in Surface Water Using Potassium
 Paul Fayad1; Michele Prevost2; Sebastien
Sauve1; 1Universite de Montreal, Montreal, Canada; 2Ecole
Polytechnique de Montreal, Montreal, Canada
TP 618 Simultaneous Analysis of Heavy-Metals by ICP-MS:
2 and SiO2 Nanoparticles for the
 Khalid A. Al-Saad1;
Mohamed A. Amr1; Saeed H. Almeer1; Aisha N. Alsaygh1;
Esraa Y. Abbas1; Mohammed A Abdul-Hakim1; Mohammed
S. Muthana1; Siham S. Hersi1; Noor M. Bader1; Ahmed A.
Ramadan1; Sakthivel Sundaresan2; Narendra Agnihotra2;
1Qatar University, Doha, Qatar; 2TCE QSTP-LLC, Doha,
Qatar

TP 619 Using Ion Mobility Spectrometry to Screen Small

 Xueyun Zheng; Michael Bowers; University of
California Santa Barbara, CA
TP 620 
from Stevia Rebaudiana Bertoni Leaves by Traveling

Alessandra Tata1; Giovana Anceski Bataglion1; Gustavo
Henrique Martins Ferreira Souza2; Marcos Nogueira
Eberlin1; 1University of Campinas UNICAMP, Campinas
(SP), Brazil; 2MS Applications & Develop Lab, Waters
Corporation, Sao Paulo, Brazil
TP 621 Separation and Characterization of Polymeric


 Lorelie Imperial1; Barbara Larsen2;
Scott Grayson3; Sarah Trimpin1; 1Department of Chemistry,
Wayne State University, Detroit, MI; 2The DuPont Company,
Wilmington, DE; 3Department of Chemistry, Tulane
University, New Orleans, LA
TP 622 
Electrosprayed Polymer Ions Obtained via Charge
 Ernesto Criado Hidalgo1, 2; Juan Fernández
García1; Juan Fernández de la Mora1; 1Yale University, New
Haven, CT; 2SEADM S.L., Boecillo, Spain
TP 623 Characterization of Amino Acid and Peptide Isomers
Using Traveling Wave Ion Mobility Spectrometry-Mass
 Tawnya Flick; Chul Yoo; Iain Campuzano;
Michael Bartberger; Amgen, Inc., Thousand Oaks, CA
TP 624 Spontaneous Cold Ionization and Characterization of
Molecules from Surfaces by Matrix Assisted Ionization
Vacuum
Ellen D. Inutan; Sarah Trimpin; Wayne State University,
Detroit, MI
TP 625 Hadamard Transform Atmospheric Pressure Ion
Mobility Time-of-Flight Mass Spectrometry for Complex
 Xing Zhang1; William Siems1; Stephan
Graf2; Richard Knochenmuss2; Herbert Hill1; 1Washington
State University, Pullman, WA; 2Tofwerk AG, Thun,
Switzerland
TP 626 Determination and Characterization of PFOS in
Environmental Samples Using Travelling Wave Ion
 Michael McCullagh1;
Kendon Graham1; Dominic Roberts1; Kieran J Neeson1;
Jeff Goshawk1; Leonard Dillon1; Mike Hodgkinson1; Ingrid
Ericson2; Bert van Bavel2; 1Waters Corporation, Manchester,
UK; 2MTM Research Centre, Örebro University, Örebro,
Sweden
TP 627 A Novel Approach to the Reduction of False Positive

 Séverine Goscinny1; Michael
McCullagh2; Kieran Neeson2; Jeff Goshawk2; David
Eatough2; Sara Stead2; Ramesh Rao2; Dominic Roberts2;
1Scientic Institute of Public Health, Brussels, Belgium;
2Waters, Manchester, UK
TP 628 Effective Analysis of Explosives with IMS-MS Using
 Jihyeon Lee1; Soo Gyeong
Cho2; Eun Mee Goh2; Sungman Lee3; Sung-Suk Koh3;
Jeongkwon Kim1; 1Chungnam National University, Daejeon,
South Korea; 2Agency for Defense Development, Daejeon,
South Korea; 3Sensor Tech Inc., Kyunggi-Do, South Korea
TP 629 Ion Evaporation from Amine-Nitrate Nanodrops Yields
 Juan
Fernández García; Juan Fernández de la Mora; Yale
University, New Haven, CT
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 113
TP 630 
interactions using Ion Mobility - Mass Spectrometry
 Molly T. Soper; Brandon T.
Ruotolo; Department of Chemistry, University of Michigan,
Ann Arbor, MI
TP 631 The Effects of Polar Side Chains and Multiple Charges

Chunying Xiao; David H. Russell; Texas A&M University,
College Station, Texas
TP 632 Ion Cluster Effects on Differential Mobility as a Function
 Thomas Covey; Bradley Schneider; Jay
Corr; AB SCIEX, Concord, Canada
TP 633 Ion Mobility Study of Isomeric Carbohydrates as their

 Yuting Huang; Eric D. Dodds;
University of Nebraska-Lincoln, Lincoln, NE
TP 634 
Trapped Ion Mobility Spectrometry-Fourier Transform
 Yi Pu1; Mark Ridgeway2; Melvin
Park2; Cheng Lin3; Catherine E Costello1, 3; 1Boston
University, Boston, MA; 2Bruker Daltonics, Billerica, MA;
3Boston University School of Medicine, Boston, MA
TP 635 High Pressure Liquid Chromatography of Sugars and
Pharmaceuticals using a single Ambient Pressure
 Stephen Davila; Cheng-Hui
Yuan; Hermann Wollnik; Gary Eiceman; New Mexico State
University, Las Cruces, NM
TP 636 Origin of Conformers Produced During Electrospray
Ionization Revealed by Cryogenic Ion Mobility-Mass
Spectrometry: A Benchmark Study Using Substance
 Joshua A. Silveira1; Kyle L. Fort1; Nicholas A. Pierson2;
David E. Clemmer2; David H. Russell1; 1Texas A&M
University, College Station, TX; 2Indiana University,
Bloomington, IN
TP 637 Analyzing/Separating Isomers, Conformers, Isobaric
Compounds and Other Closely Related Small
 Filip Lemiere1, 2; Frank
Sobott1, 2; Jasper Boschmans1; Eliane Goossens1; Debbie
Dewaele1; 1Biomolecular Mass Spec., University of Antwerp,
Antwerp, Belgium; 2Centre for Proteomics, University of
Antwerp, Antwerp, Belgium
TP 638 Characterizing Conformation of Peptides in Low

Suk-Joon Hyung; Matthew Teague; Justin Stroh; Michael
Shapiro; Xidong Feng; Pzer Worldwide Research, Groton, CT
TP 639 Exploring nanoESI-DMS-MS/MS as a Rapid Quantitative
 Amol Kae1; Stephen Coy1; Adam Hall2; Sunita
Yadav1; James Glick1; Paul Vouros1; 1Northeastern
University, Boston, MA; 2Boston University, School of
Medicine, Boston, MA
TP 640 Improved Accuracy of Isobaric Tagging in Quantitative
Proteomics Using High Field Asymmetric Waveform
 Eric Bonneil1; Dave
Barnett2; Christelle Pomiès1; Pierre Thibault1; 1Universite
de Montréal, Montreal, Canada; 2Atlantic Cancer Research
Institute, Moncton, Canada
TP 641 
 Weston Struwe; Georg
Hochberg; Justin Benesch; University of Oxford, Oxford, UK
TP 642 Separation and Relative Quantitation of Complex
Lipid Regioisomers in Biological Extracts using
 J. Larry Campbell1;
Eva Duchoslav1; J. C. Yves Le Blanc1; Chris M. Lock1; Alan
T. Maccarone2; Stephen J. Blanksby2; Todd W. Mitchell2;
1AB SCIEX, Concord, Canada; 2University of Wollongong,
Wollongong, NSW, Australia
TP 643 Hofmeister Salts Recover a Misfolded Multiprotein
Complex for Subsequent Structural Measurements in
 Linjie Han; Brandon Ruotolo; University of
Michigan, Ann Arbor, MI
TP 644 Combined Crosslinking and Ion Mobility-Mass
Spectrometry for Structural Analysis of Protein
 Billy Clifford-Nunn; Linjie Han; Yueyang
Zhong; Philip Andrews; Brandon Ruotolo; University of
Michigan, Ann Arbor, MI
TP 645 Exploring the Potential of Ion Mobility-Mass
Spectrometry in Protein Tyrosine Kinase Inhibitor
 Jessica N. Rabuck1; Matthew Soellner2;
Brandon T. Ruotolo1; 1Department of Chemistry, University
of Michigan, Ann Arbor, MI; 2College of Pharmacy,
University of Michigan, Ann Arbor, MI
TP 646 A Robotically-sampled Electrospray Ion Mobility-Mass

Yueyang Zhong; Brandon Ruotolo; University of Michigan,
Ann Arbor, MI
TP 647 Structural Analysis of Transmembrane Spanning
Peptides by Drift Tube Based Ion-Mobility
 Christian Klein; Christine Miller; Ruwan
Kurulugama; Alexander Mordehai; Bill Barry; George
Stafford; Agilent Technologies, Santa Clara, CA
TP 648 Probing Secondary Structure of Insulin B-chain by MS-
 Nathanael F Zinnel; David H. Russell; Texas
A&M University, College Station, TX
TP 649 Insight into the Structure of Peptoids and Thioamide-
Containing Peptoids by Ion-Mobility Mass Spectrometry
 Magdalena Zimnicka; Institute of Organic Chemistry,
PAS, Warsaw, Poland
TP 650 Ion Mobility-Mass Spectrometry and Molecular
Dynamics Simulations Reveal Structural Changes
of Metallothionein: The Effects of Metal Binding on
 Shu-Hua Chen; Liuxi Chen; David Russell;
Texas A&M University, College Station, TX
TP 651 Conformation and Binding Differences between
Chemokine Analogs and Heparin as Determined by
 Youjin Seo; Christian
Bleiholder2; Armann Andaya1; Julie Leary1; 1UC Davis,
Davis, CA; 2UC Santa Barbara, Santa Barbara, CA
TP 652 Applying a High Throughput IMS-QTOF MS Platform to

Erin Baker1; Kristin Burnum-Johnson1; Yehia Ibrahim1;
Daniel Orton1; Elizabeth Torres1; William Danielson1; Kevin
Crowell1; Matthew Monroe1; Gordon Slysz1; Mary Lipton1;
Thomas Metz1; Ruwan Kurulugama2; Alex Mordehai2; Ed
Darland2; George Stafford2; Gordon Anderson1; Richard
Smith1; 1Pacic Northwest National Laboratory, Richland,
WA; 2Agilent Technologies, Santa Clara, CA
TP 653 
 Philippe Massonnet1; Loïc Quinton1; Nicolas
Smargiasso1; Nicolas Gilles2; Edwin De Pauw1; 1Laboratory
of Mass Spectrometry, Ulg, Liège, Belgium; 2CEA/DSV/
iBiTec-S/SIMOPRO, Gif sur Yvette, France
TP 654 Investigation of the Prebiotically Plausible Formation
of Water-soluble Polyesters by Traveling Wave Ion
 Manshui Zhou1; Irena
Mamajanov1; Francis Joseph Schork1; Ramanarayanan
Krishnamurthy2; Martha A Grover1; Nicholas V. Hud1;
Facundo M. Fernandez1; 1Georgia Institute of Technology,
Atlanta, GA; 2Scripps Research Institute, La Jolla, CA
TP 655 Isomeric Separation and Structure Characterization
of Polar Compounds in Petroleum by traveling Wave
 Priscila M. Lalli1, 2;
David C. Podgorski1, 3; Yuri E. Corilo1, 3; Marcos N. Eberlin2;
TUESDAY POSTERS
GENERAL INFORMATION
PAGE 114 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
Ryan P. Rodgers1, 3; Alan G. Marshall1, 4; 1National High
Magnetic Field Laboratory, Tallahassee, FL; 2ThoMSon
MS Laboratory, University of Campinas, Campinas, Brazil;
3Florida State University Future Fuels Institute, Tallahassee,
FL; 4Florida State University, Department of Chemistry,
Tallahassee, FL
TP 656 

Christopher B. Lietz; Chenxi Jia; Lingjun Li; University of
Wisconsin, Madison, WI
TP 657 Collision Cross Sections and Reduced Mobilities of
Endogenous Steroids in a Drift Tube IM-MS Using
 Christopher Crutcheld1; Stephanie
Cologna1; Peter Backlund1; Christian Klein2; Ruwan
Kurulugama2; Ed Darland2; Alex Mordehai2; Alfred L. Yergey
1; 1NIH, Columbia, MD; 2Agilent Technologies, Santa Clara,
CA
TP 658 


Renan S. Galaverna; Giovana A. Bataglion; Gabriel Heerdt;
Nelson H. Morgon; Marcos N. Eberlin; State university of
campinas, Campinas, Brasil
TP 659 

 Kyle L. Fort; Joshua A. Silveira;
David H. Russell; Texas A&M University, College Station, TX
TP 660 Theoretical Investigation on the Ion Mobility Separation
 Yiqun
Huang1; Erin Baker2; Catherine E. Costello1; Cheng Lin1;
1Boston University School of Medicine, Boston, MA; 2Pacic
Northwest National Laboratory, Richland, WA
TP 661 A Novel Approach to Improve Quantitation Accuracy
and Proteome Coverage Upon Application of TWIMS
 Pavel
Shliaha; Laurent Gatto; Nick Bond; Michael Muelleder;
Floriana Capuano; Markus Ralser; Kathryn Lilley; University
of Cambridge, Cambridge, UK

TP 662 In situ Analysis of Single Plant Cells by Laser Ablation
Electrospray Ionization Mass Spectrometry with Ion
 Linwen Zhang1; Bindesh Shrestha1;
Éric Maréchal2; Denis Falconet2; Akos Vertes1; 1George
Washington University, Washington, DC; 2Université Joseph
Fourier Grenoble, Grenoble, France
TP 663 Metabolic Analysis of Small Cell Populations by Plume
Collimation in LAESI Mass Spectrometry with Ion
 McKenzie Floyd; Akos Vertes; George
Washington University, Washington, DC
TP 664 Metabolomic and Lipidomic Analysis of Live Microalgae
by Laser Ablation Electrospray Ionization Mass
 Sylwia
Stopka1; Bindesh Shrestha 1; Denis Falconet 2; Éric
Maréchal2; Akos Vertes1; 1George Washington University,
Washington, District Of Columbia; 2Université Joseph
Fourier Grenoble, Grenoble, France
TP 665 Ex vivo Analysis of Lymnaea Organs by Laser Ablation
Electrospray Ionization Mass Spectrometry with Ion
 Laine Compton1; Zsolt Pirger2; Laszlo
Mark3; Zita Laszlo2; Bindesh Shrestha1; Akos Vertes1;
1George Washington University, Washington, District of
Columbia; 2Hungarian Academy of Sciences, Tihany,
Hungary; 3University of Pecs, Pecs, Hungary
TP 666 LAESI Mass Spectrometry Imaging of Contact Lens
 Holly Henderson; Brent Reschke; Matthew
Powell; Callee Walsh; Trust Razunguzwa; Protea
Biosciences Group, Inc., Morgantown, WV
TP 667 Characterization of Drugs in Dried Blood Spots
Using Electrospray Laser Desorption Ionization Mass
 Chin-Hsiung Wang; Min-Zong Huang;
Jentaie Shiea; National Sun Yat-Sen Univ., Kaohsiung,
Taiwan
TP 668 Adding Ammonium Salts as Co-Matrices for Improving
Analyte Detection and Sensitivity Using Laserspray
 Nicholas Chubatyi; Charles
McEwen; University of the Sciences, Philadelphia, PA
TP 669 
 James Reynolds;
Cristina Guallar-Hoyas; Modupe Jimoh; Colin Creaser; Paul
Thomas; Loughborough University, Loughborough, UK
TP 670 Solid Phase Microextraction Coupled with Thermal
Desorption Electrospray Ionization Mass Spectrometry
for the Detection of Trace Chemical Compounds in
 Min-Zong Huang; Jo-Han Chou; Jentaie Shiea;
National Sun Yat-Sen Univ., Kaohsiung, Taiwan
TP 671 Rapid Determination of Urinary Creatinine Levels
Using Atmospheric Pressure Thermal Desorption
 Neil
Devenport1; James Reynolds1; Daniel Weston2; Colin
Creaser1; 1Loughborough University, Loughborough, UK;
2AstraZeneca, Alderley Edge, UK
TP 672 Qualitative Analysis of 1-OHP with Extractive
Electrospray Ionization Mass Spectrometry from a Wet
 Jing Li; Eric Handberg; Huanwen Chen; East
China Institute of Tech., Nanchang, China
TP 673 Detection of Exhaled Nitric Oxide by Extractive
 Susu Pan1;
Yan Zhang1; JianHua Ding1; Jiuyan Zhao2; Lanlan Zhu2;
Qian Zeng1; Xinglei Zhang1; Eric Handberg1; Huanwen
Chen1; 1East China Institute of Tech., Nanchang, China;
2Nanchang University, Nanchang, China
TP 674 Electrospray Charging of Quartz, Olivine, and
 Daniel Austin; Terik
Daly; Jonathan Kerby; Brigham Young University, Provo, UT
TP 675 Differentiation of Two Morphologically Similar
Amazonian Aniba Species by Electron Spray Ionization
 Carlos H.V. Fidelis1; Renan S.
Galaverna1; Lauro E.S. Barata2; Paulo T. B. Sampaio3;
Marcos N. Eberlin1; 1State University of Campinas,
Campinas, SP; 2Federal University of Western Pará
(UFOPa), Santarém, PA; 3National Research Institute of
Amazon, Manaus, AM
TP 676 Direct Analysis of Herbal Powders by Pipette-tip
 Haixing
Wang; Zhong-Ping Yao; The Hong Kong Polytechnic
University, Hong Kong, China
TP 677  Liang
Qiao1; Hubert Girault1; Romain Sartor1; Natalia Gasilova1;
Elena Tobolkina1; Baohong Liu2; 1École Polytechnique
Fédérale de Lausanne, Lausanne, Switzerland; 2Fudan
University, Shanghai, China
TP 678 The Fast Screening Analysis for Alkylphenol and

Nam-Yong Cheong1; Eun-Ho Shin1; Seung-Woon Myung2;
1KATRi, Seoul, South Korea; 2Kyonggi University, Su-Won,
Kyonggi-do, Korea
TP 679 Shvo’s Catalyst in Chemoenzymatic Dynamic
Kinetic Resolution of Amines - Inner or Outer Sphere
Mechanism? Cintia Milagre1; Boniek Vaz2; Marcos Eberlin3;
TUESDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 115
Humberto Milagre1; 1UNESP, Araraquara, Brazil; 2Federal
University of Goiás, Goiânia, Brazil; 3UNICAMP, Campinas,
Brazil
TP 680  Ryan Bain;
Michael Wleklinski; R. Graham Cooks; Purdue University,
West Lafayette, IN
TP 681 Simple, Direct and Reliable Analysis of Bull Semen
Extracts and Intact Sperm Cells by Easy Ambient Sonic-
 Anna Maria A. P.
Fernandes1; Nicolas V. Schwab1; Alessandra Tata1; Athos A.
Pastore2; Rosana M. Alberici1; Marcos N. Eberlin1; Christina
R. Ferreira3; 1ThoMSon Mass Spectrometry Laboratory,
UNICAMP, Campinas, SP, Brazil; 2CRV Lagoa, Sertãozinho,
SP, Brazil; 3Aston Labs, Purdue University, West Lafayette,
IN
TP 682 Quality Control Analysis of Cosmetic Compounds
by Easy Ambient Sonic-Spray Ionization Mass
 Soraya Elkhatib; Rosana Alberici; Marcos
N. Eberlin; ThoMson Laboratory University of Campinas,
UNICAMP, Campinas, SP, Brazil
TP 683 

Endler Borges1; Dietrich Volmer2; Marcos Eberlin1;
1Unicamp, Campinas, Brazil; 2Saarland University,
Saarbrücken, Germany
TP 684 
Nebulization Chip for Direct Phosphoproteomic
 Yue Huang1; Michael Wilson1, 2; Scott Heron1,
2; John Chapman1; J. Scott Edgar3; Sung Hwan Yoon1, 2;
David R. Goodlett1, 2; 1University of Washington, Seattle,
WA; 2University of Maryland, Baltimore, MD; 3Deurion LLC,
Seattle, WA
TP 685 Preparative Scale Paper Spray for Small Scale Chemical
 Xin Yan1; Xin Li1; Rodinei Augusti2; R. Graham
Cooks*1; 1Purdue University, West Lafayette, IN; 2Federal
University of Minas Gerais, Belo Horizonte, brazil
TP 686 
 Pu Wei1; Joshua S.
Wiley1; Jiangjiang Liu1; Chris Pulliam1; Ayanna U. Jackson2;
Holger Tank2; Jeffrey R. Gilbert2; Jim Gifford2; Kerrm Yau2;
John Whitteck2; Zheng Ouyang1; R. Graham Cooks1;
1Purdue University, West Lafayette, IN; 2Dow AgroSciences,
Indianapolis, IN
TP 687 In-situ Analysis of Corrosion Inhibitors Using Paper
 Fred Paul Mark
Jjunju1; Anyin Li2; Abraham Badu-Tawiah2; Pu Wei2; Iman
Roqan1; R. Graham Cooks2; 1CEMSE KAUST, Thuwah,
KSA; 2Department of Chemistry Purdue University, West
Lafayette, IN
TP 688 Improvement of Quantitative Performance of Paper
Spray Mass Spectrometry by oxidative Treatment Of
 Yuan Su; Jiangjiang Liu; R. Graham
Cooks; Zheng Ouyang; Purdue University, West Lafayette,
IN
TP 689 Quantitative Analysis of Triglycerides and Fatty Acid

 Jiangjiang Liu1; Pu Wei1; Joshua Wiley1;
Ayanna Jackson2; Paresh Sanghani2; Jeffery Gilbert2; Brita
McNew2; Zheng Ouyang1; R. Graham Cooks1; 1Purdue
University, West Lafayette, IN; 2Dow AgroSciences,
Indianapolis, IN
TP 690 

Fabio Mazzotti; Leonardo Di Donna; Domenico Taverna;
Donatella Aiello; Anna Napoli; Giovanni Sindona;
Dipartimento di Chimica Università della Calabria,
Arcavacata Di Rende, Italy

TP 691 Method Development for Compositional Analysis of
Free HS and HS in Proteoglycans from Human Serum
 Wei Wei1; Rebecca Miller1; Susan Fisher2; Julie
Leary1; 1University of California, Davis, CA; 2University of
San Francisco Medical Center, San Francisco, CA
TP 692 High Temperature LC-MS Analysis of Native and

Shiyue Zhou; Yunli Hu; James Blcakmer; Yehia Mechref;
Texas Tech University, Lubbock, TX
TP 693 Robust Relative Quantitation of Dual Isotope Labeled
 Weiqian Cao; Wei Zhang;
Fudan University, Shanghai, China
TP 694


Shujuan Tao
1
; Yining Huang
1
; Barry Boyes
2
; Ron Orlando
1
;
1
Complex Carbohydrate Research Center, UGA, Athens, GA;
2
Advanced Material Technology, Inc., Wilmington, DE
TP 695 N-glycan Structures
by Combined Ion Mobility Mass Spectrometry and
 Yoshiki
Yamaguchi1; Kenji Hirose2; Wataru Nishima1; Suyong Re1;
Yuji Sugita1; 1RIKEN, Wako-Shi, Japan; 2Nihon Waters K.K.,
Osaka, Japan
TP 696 Nano-HILIC-Orbitrap-MS Combined with Linkage


 Fateme Tousi1; William
Hancock1; Marina Hincapie1; Jonathan Bones2; 1Barnett
Institute, Northeastern University, Boston, MA; 2NIBRT,
Dublin, Ireland
TP 697 N
 Elizabeth
McLeod; Paula Magnelli; Alicia Beliek; Xiaofeng Shi; Ellen
Guthrie; New England Biolabs, Ipswich, MA
TP 698 

 Udayanath Aich1; Julian Saba2; Xiaodong Liu1;
Sergei Snovida3; Yury Agroskin1; Srinivasa Rao1; Chris
Pohl1; 1Thermosher Scientic, Sunnyvale, CA; 2Thermo
Fisher Scientic, San Jose, CA; 3Thermo Fisher Scientic
Pierce, Rockford, IL
TP 699 Data Analysis and Processing Strategy for Large

 Amber Taylor; S. Hunter Walker;
David C. Muddiman; North Carolina State University,
Raleigh, NC
TP 700 
via Stable-Isotope Labeled Hydrazone Formation and
Application to Biomarker Discovery Efforts in Ovarian
 S. Hunter Walker1; Amber D. Taylor1; William
A. Cliby2; David C. Muddiman1; 1North Carolina State
University, Raleigh, NC; 2Mayo Clinic College of Medicine,
Rochester, MN
TP 701 
Sweeteners in Food Samples Using LC/MS with Post-
 Jie Xing1;
Yin Ling Chew*2; Zhe Sun1; Zhaoqi Zhan1; 1Shimadzu
(Asia Pacic) Pte Ltd, Singapore, Singapore; 2Department
of Chemistry, Faculty of Science,, National University of
Singapore, Singapore
TP 702 
Collected from Mouse Brain Sections Fixed to
 Yunli Hu; Shiyue Zhou; Sarah Khalil;
Calvin Renteria; Yehia Mechref; Texas Tech University,
Lubbock, TX
TUESDAY POSTERS
GENERAL INFORMATION
PAGE 116 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TP 703 
Hepatocellular Carcinoma Tissue from Cirrhotic and
 Christa L. Feasley1; Matthew B.
West1, 3; Nikhil Mirjankar2; Barry K. Levine2; Christopher M.
West1; Marie H. Hanigan1; 1University of Oklahoma HSC,
Oklahoma City, OK; 2Oklahoma State University, Stillwater,
OK; 3Hough Ear Institute, Oklahoma City, OK
TP 704 
Bum Jin Kim1; Hyoung Jin Jeong1; Serenus Hua1, 2; Sureyya
Ozcan1, 2; Lauren Dimapasoc3; Ik-Soon Jang4; Jong-Soon
Choi4; Hyun Joo An1, 2; 1GRAST, Chungnam National
University, Daejeon, South Korea; 2Cancer Research
Institute, Daejeon, South Korea; 3University of California,
Davis, CA; 4Korea Basic Science Institute, Daejeon, South
Korea
TP 705 
 Nayoung Yun1; Seunghyup Jeong1;
Serenus Hua1; Pyong-Gon Moon2; Moon Chang Baek2;
Hyun Joo An1; 1Chungnam National University, Daejeon,
Korea; 2Kyungpook National University, Daegu, Korea
TP 706 Mass Spectra Analysis of Bacteria-Resistant bus-4
Caenorhabditus elegans Mutants Reveals Defects
in O Lisa Parsons1; Rahman Mizanur2;
Ewa Jankowska1; Jonathan Hodgkin3; Delia O’Rourke3;
Dave Stroud3; John Cipollo1; 1FDA, Bethesda, Md; 2army,
Bethesda, US; 3Department of Biochemistry, University of
Oxford, Oxford, UK
TP 707 Structural Determination of N

 David J. Harvey1;
Christopher Scanlan1; Max Crispin1; Camille Bonomelli1;
Thomas Bowden1; Bitto David1; Huiskonen Juha1; Matthew
Edgeworth2; James Scrivens2; 1University of Oxford, Oxford,
UK; 2University of Warwick, Coventry, UK
TP 708 Structural Elucidation of N-glycans Originating from

 Matthew S. F. Choo1; Roberto
Castangia2; Matthew E. Openshaw2; Omar Belgacem2;
Stuart M. Haslam1; Anne Dell1; 1Faculty of Natural Sciences,
Imperial College, London, UK; 2MALDI Applications Group,
Shimadzu, Kratos, Manchester, UK
TP 709 MALDI and ESI MS-based Quantitative Analysis of
N
 Yan Liu1, 2; Xuefei Zhong1; Sergei Snovida 3;
John C. Rogers 3; Lingjun Li1; 1University of Wisconsin,
Madison, WI; 2Xiamen University, Xiamen, China; 3Thermo
Fisher Scientic, Rockford, IL
TP 710 


Li Zhang1; Casey Theriot2; Thekkelnaycke Rajendiran1;
Jaeman Byun1; Stephen Brown1; Vincent Young3; 1University
of Michigan, Metabolomics Core Facility, Ann Arbor, MI;
2University of MIchigan, Dept of Internal Medicine, Ann
Arbor, MI; 3The University of Michigan, Dept of Microbiology,
Ann Arbor, MI
TP 711 
in the Domestic Hen Model of Spontaneous Ovarian
 Amber Cook1; S. Hunter Walker1; Amber
D. Taylor1; Adam M. Hawkridge2; James N. Petitte1; David C.
Muddiman1; 1North Carolina State University, Raleigh, NC;
2Virginia Commonwealth University, Richmond, VA
TP 712 Method for the Analysis of 4-aminobenzoic Acid Ethyl
Ester Derivatized N-linked Oligosaccharides from
 Francis Murphy; Michael
Finan; Rodney Rocconi; Lewis Pannell; University of South
Alabama, Mobile, AL
TP 713 Rapid Differentiation of Core- and Antennae-
Fucosylation in N-glycans Using Procainamide Labeling
 Charles Nwosu; Hoi Kei (Natalie)
Yau; Steven Becht; William Bakewell; PPD, Middleton, WI
TP 714 

Song Klapoetke; Hongwei Xie; KBI, Durham, NC

TP 715 Multidimensional Tandem Mass Spectrometry
Strategies for Extracting Complementary Connectivity
 Venkata Kolli;
Eric D. Dodds; Univ of Nebraska Lincoln, Lincoln, NE
TP 716 
Combination of CID and ETD Fragmentation after
 Andreas Brekenfeld; Kristina
Marx; Andrea Kiehne; Markus Meyer; Bruker Daltonik
GmbH, Bremen, Germany
TP 717 
Spectrometry, Spectral Matching, and Application to
 David Ashline; Andrew Hanneman;
Hailong Zhang; Vernon Reinhold; University of New
Hampshire, Durham, NH
TP 718 
Mass Spectrometry and Spectrum Matching for Detailed
 Andrew Hanneman1, 2; David Ashline1; Hailong
Zhang1; Vernon Reinhold1; 1University of New Hampshire,
Durham, NH; 2Glycan Connections, Lee, NH
TP 719 Rapid N-

 Mark Hilliard1; Pauline
Rudd1; Jonathan Bones 1; Ying Qing Yu2; 1NIBRT, Dublin,
Ireland; 2Waters, Milford, Boston, MA
TP 720 
 Irina Perdivara;
Kenneth B. Tomer; NIEHS, Rtp, NC
TP 721 

Catherine A. Formolo; Karen W. Phinney; National Institute
of Standards and Technology, Gaithersburg, MD
TP 722 
 Michiko Tajiri1;
Feifei Zhu2; Maissa M. Gaya2; Yoshinao Wada1; David E.
Clemmer2; 1Osaka MCHRI, Izumi, Osaka, Japan; 2Indiana
University, Bloomington, IN
TP 723 Demonstration of Informational Power of Chip-Based
Liquid Chromatography-Ion Mobility Spectrometry Mass
 Kshitij Khatri1; Qi
Wang1; Crystal K. Cody2; Ruwan Kurulugama2; Ed Darland2;
Catherine E. Costello1; Joseph Zaia1; 1Boston University,
Boston, MA; 2Agilent Technologies, Santa Clara, CA
TP 724 

 Kshitij Khatri1; Nancy Leymarie1; Gregory
O. Staples2; Yu Huang1; Deborah R. Leon1; Joseph Zaia1;
1Boston University, Boston, MA; 2Agilent Technologies,
Santa Clara, CA
TP 725 
 H.
Mehmet Kayılı; Ömür Çelikbıçak; Bekir Salih; Hacettepe
University, Department of Chemistry, Ankara, Turkey
TP 726 Magnetic Nanoparticle Technology for Sequestering
 Edward Bodnar; Hélène Perreault;
University of Manitoba, Winnipeg, Canada
TUESDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 117
TP 727 
 Yue
Zhou; Peng Xue; Xiang Ding; Jun Wang; Fu quan Yang;
Institute of biophysics,CAS, Beijing, China
TP 728 Sugar-azide Metabolic Labeling Combined with Alkyne-


Stephen Roper; Arch Martin; Benjamin Neely; E. Ellen
Jones; Harry Drabkin; Robert Gemmill; Richard R Drake;
Medical University of South Carolina, Charleston, SC
TP 729 Negative-Ion MALDI-QIT-TOF MSn of N-glycans

Kazuko Hirose-Hachisu; Junko Amano; The Noguchi
Institute, Tokyo, Japan
TP 730 

 Hui Zhou; John
Froehlich; Andrew Briscoe; Richard Lee; Boston Children’s
Hospital, Boston, MA
TP 731 



Kathrin Stavenhagen1, 2; Hannes Hinneburg1; Morten
Thaysen-Andersen3; Laura Hartmann1; Daniel Varón Silva1;
Jens Fuchser4; Stephanie Kaspar4; Erdmann Rapp2; Peter
H. Seeberger1, 5; Daniel Kolarich1; 1Max Planck Institute
of Colloids and Interfaces, Berlin, Germany; 2MPI for
Dynamics of Complex Technical Systems, Magdeburg,
Germany; 3Macquarie University, Sydney, Australia; 4Bruker
Daltonics, Bremen, Germany; 5Free University Berlin,
Berlin, Germany
TP 732 
 Izabela
Sokolowska; Armand Ngounou Wetie; Urmi Roy;
Christopher Talbot; Alisa Woods; Costel Darie; Clarkson
University, Potsdam, NY
TP 733 Top-Down Analysis of Plasma-Derived and

Prothrombin Reveal Extensive, Cell-Line Related
 Stephen Harvey; Julie Kirihara;
Lorraine Anderson; Matthew Wroblewski; Gary Nelsestuen;
University of Minnesota, Minneapolis, MN
TP 734 Novel Strategy for Prediction of MSn Spectrum of
 Hiromitsu Takaba1; Qi
Xiaofeng1; Hiroshi Setogawa1; Atsushi Ogiwara2; Kazuko
Hirose-Hachisu3; Mitsuhiro Kanazawa2; Junko Amano3;
1Tohoku University, Sendai, Japan; 2Reifycs Inc., Tokyo,
Japan; 3The Noguchi Institute, Tokyo, Japan
TP 735 

Utilizing New Software for Automated Matching and
 Evan Parker; Qiuting Hong; Andres Guerrero;
Michael Xin Sun; Jincui Huang; Carlito Lebrilla; UC,, Davis,
CA
TP 736  Atsushi
Ogiwara1; Hisae Anyoji1; Mitsuhiro Kanazawa1; Kazuko
Hirose-Hachisu3; Hiromitsu Takaba2; Junko Amano3;
1Reifycs Inc., Tokyo, Japan; 2Tohoku University, Sendai,
Japan; 3The Noguchi Institute, Tokyo, Japan
TP 737 
 Jagadheshwar
Balan1; Anoop Mayampurath1; Chuan-Yih Yu1; Yehia
Mehcref2; Haixu Tang1; 1Indiana University Bloomington,
Bloomington, IN; 2Texas Tech University, Lubbock, TX
Food Safety, 738 – 772
TP 738 Method Development for Trace Level Detection of
 Lai Chin Loo1;
Cynthia Melanie Lahey1; Shao Hua Chia2; Fang Yan Li3;
Yai Fong Chew3; Gee Siang Ling1; Sheot Harn Chan3;
S. F. Y. Li2; 1Shimadzu Asia Pacic Pte. Ltd., Singapore;
2National University of Singapore, Singapore; 3Food Safety
Laboratory, Health Science Authority, Singapore
TP 739 Minimization of Carryover for High Throughput LC-
 Masayoshi
Tamura1; Keiko Matsumoto2; Jun Watanabe2; Junko Iida2;
Naoki Mochizuki1; 1Asahi Group Holdings, Limited, Ibaraki,
Japan; 2Shimadzu Corporation, Kyoto, Japan
TP 740 Determination of 20 Phthalic Acid Esters in
Alcohol Drinks by Ultra High Performance Liquid
 Hengtao
Dong; Jinting Yao; Hongyuan Hao; Luying Zhou; Qiang
Li; Yuling Song; Taohong Huang; Shin-ichi Kawano; Yuki
Hashi; Shimadzu (China) Co., Ltd., Shanghai, China
TP 741 Determination of Industrial Dyes in Foods by LCMS-IT-
 Xiaozhen Chen1; Liying Huang1; Jin Wang 1; Hui Cao1;
Luying Zhou2; Jinting Yao2; Hengtao Dong2; Hongyuan
Hao2; Taohong Huang2; Yuki Hashi2; 1Zhejiang Institute of
Quality Inspection Science, Hangzhou, China; 2Shimadzu
Global COE, Shimadzu (China) Co., Ltd, Shanghai, China
TP 742 Determination of the Derivatives of Nitrofuran
Metabolites in Marine Products by Ultra High
Performance Liquid Chromatography/Triple Quadrupole
 Xiongxiong Qiu; Jinting Yao; Song
Zhan; Taohong Huang; Shimadzu Global COE, Shimadzu
(China) Co., Ltd. Guangzhou, China
TP 743
Ultra High performance Liquid Chromatography Tandem
Quadrupole-Time of Flight Mass Spectrometry for
Simultaneous Screening Hazardous Compounds in
 Chuanqi Zheng; Agilent Technologies,
Guangzhou, China
TP 744 Determination of Six Major Ergot Alkaloids and Their
 Mike Roscoe;
Dainna Drul; Sheryl tittlemier; Canadian Grain Commission,
Winnipeg, Canada
TP 745 Direct Analysis of 4-Methylimidazole in Foods using
 Anyin Li1; Pu Wei1;
Hsu-Chen Hsu1; Linfan Li2; Zheng Ouyang2; R. Graham
Cooks1; 1Department of Chemistry, Purdue University, West
Lafayette, IN; 2Biomedical Engineering, Purdue University,
West Lafayette, IN
TP 746 Rapid Simultaneous Assay of 25 Mycotoxines in a

 Eric Capodanno1; Stéphane Moreau2;
Mikael Levi2; 1Phytocontrol, Nimes, France; 2Shimadzu
France, Noisiel, France
TP 747 Development and Application of an Exact Mass LC-
MS/MS Library for Screening of Mycotoxins and
 Elisabeth Varga1;
Thomas Glauner2; Bernhard Wuest2; Michael Sulyok 1;
Rainer Schuhmacher 1; Rudolf Krska 1; Franz Berthiller 1;
1University of Natural Resources and Life Sciences, Tulln,
Austria; 2Agilent Technologies, Waldbronn, Germany
TP 748 
 Xing
Jiangtao; Gao Peng; Wang Furong; Fan Jun; Shimadzu
Global COE, Shimadzu (China) Co., Ltd., Being, China
TUESDAY POSTERS
GENERAL INFORMATION
PAGE 118 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
TP 749 
and Pork Extracts Using Ultra-High Performance Liquid
Chromatography Tandem Mass Spectrometry with
 Shan-An Chan;
Agilent, Taipei, Taiwan
TP 750 Using Ion Mobility Mass Spectrometry to Identify
Multiple Protonation Sites and Different Fragmentation
Patterns Within the Fluoroquinolone Class of
 Michael McCullagh1; Sara Stead1; David
Eatough1; Kieran Neeson1; Jeff Goshawk1; Wouter de
Keizer2; Aldert Bergwerff2; 1Waters, Manchester, UK;
2RnAssays BV, Utrecht, The Netherlands
TP 751 Rapid Screening of Sorbic and Benzoic Acids in Soy
Sauce by Direct Analysis in Real Time Time-of-Flight
 Xiaojing Ding1; Junwei Huang2; Shan
Zhao1; Jing Zhang1; Echo W. Jia2; Bing Shao1; Charles C.
Liu2; 1Beijing Centre for Disease Control and Prevention,
Beijing, China; 2ASPEC Technologies Limited, Beijing,
China
TP 752 Multi Antibiotic Residue Detection - Status quo

 Nelli Jochim1; Lutz Hartig1; Scarlett Biselli1;
Sebastian Westrup2; 1Eurons WEJ Contaminants,
Hamburg, Germany; 2Thermo Scientic, Dreieich, Germany
TP 753 HighResolution Mass Spectrometric Characterization of
Toxic Jatropha Factors from Jatropha curcas: Possible

 Hiranthi Jayasuriya; Upul Nishshanka; Renate
Reimschuessel; Chaitali Chattopadhaya; FDA, CVM, Laurel,
MD
TP 754 Rapid, High Throughput Quantitation of Thujone in
 Jared Russell; Jeffrey Dahl;
Shimadzu Scientic Instruments, Columbia, MD
TP 755 
 Pavel
Metalnikov; Alexandre Komarov; Alexandre Panin; VGNKI,
Moscow, Russian Federation
TP 756 Overcoming Challenges of Protein Sample Preparation
 Rachel Lieberman1; Brian
Feild1; Scott Kuzdzal1; Kevin Meyer2; Nick Herold2;
1Shimadzu Scientic Instruments, Columbia, MD; 2Pernity
Biosciences, Inc., West Lafeyette, IN
TP 757 Development and Evaluation of a Standardized Method
for Food Contaminant Analysis Based on Liquid-Liquid-

Jinyuan Wang; Jonathan Beck; Charles Yang; Guifeng
Jiang; Jennifer Massi; Thermo Fisher Scientic, San Jose,
CA
TP 758 High-Throughput Screening of Illegal Drugs in
Functional Foods by Ultra Performance Liquid
Chromatography Coupled with Quadrupole-Time Of
 Qiaozhen Guo; Jie Yin; Jing
Zhang; Bing Shao; Beijing Center for Disease Control and
Prevention, Beijing, China
TP 759 Determination of 62 Non-Dioxin-Like PCBs and 7
 Jungju Seo; Jijeong Ryu;
Seunghee Ahn; Korea Basic Science Institute, Seoul, South
Korea
TP 760 Determination of Antibiotics in Honey by LC-MSMS
– The Replacement Three Methods with One Single
 Leena Saari; Finnish Food Safety Authority,
Helsinki, Finland
TP 761 
 Cheong-Tae Kim1; Youn-Jee Kim1; Dae-Hyun Kim1;
Seung-Il Yang2; Jung-Kun Lee1; 1NONGSHIM CO., LTD,
Seoul, South Korea; 2ThermoFisher Scientic-Korea, Seoul,
South Korea
TP 762 Comparison of Low-Resolution MSn Data and
High- Resolution Mass Spectrometric Data for Non-
Targeted Analysis Using Spectral Data Interpretation
 Carrie Sisk1; Ann Knolhoff2; Timothy Croley2;
1Commonwealth of Virginia DCLS, Richmond, VA; 2FDA,
CFSAN, College Park, MD
TP 763 Analysis of Antibiotics in Food Matrix Using LC High
 Jia Wang;
Charles Yang; Dipankar Ghosh; Thermo Fisher Scientic,
San Jose, CA
TP 764 Improving a Regulatory Method to Quantify
 Sarah Pierce; Darin
Files; Haejung An; Eugene Chang; Han Paek; US Food &
Drug Administration, Irvine, CA
TP 765 
 Bethany Subel; Jonathan Litzau;
FDA, Cincinnati, OH
TP 766 Proteomic Analysis of Poor and Robust Colonizing
Campylobacter jejuni Yuan
Gao1; Kidon Sung1; Saeed Khan1; Kelli Hiett2; Eric Line2;
Oh-Gew Kweon1; Carl Cerniglia1; Li-Rong Yu1; 1National
Center for Toxicological Research, US FDA, Jefferson, AR;
2Agricultural Research Service, USDA, Athens, GA
TP 767 Comparison Quantitation Ability of Quadrupole-Orbitrap
HR/AM MS and Triple Quadrupole MS in Food Additives
 Shu-Hui Lee; Hsin-Hung Huang; Wei-Shun
Lai; Mass Solutions Technology, New Taipei City, Taiwan
TP 768 
 A.
F. M. Motiur Rahman; Mohamed W. Attwa; Adnan, A. Kadi;
King Saud University, Riyadh, SAUDI ARABIA
TP 769 Direct Detection of Illegal Additives in Red Wine Using
 Hai Pu; Nan Hu; Ow Saw Yen; Bruker,
Beijing, China
TP 770 
 Cao Li1; Ya-Fei
Zhou1; Ya-Li Liu1, 3; Wei Gao2; Zhen Zhou2; Eric Handberg1;
Huanwen Chen1; 1East China Institute of Tech., Nanchang,
China; 2Shanghai University, Shanghai, China; 3Hebei
University of Technology, Tianjin, China
TP 771 Nanotile based UPLC - Mass Spectrometry for Anabolic
 Arjen Gerssen1;
Eric O. van Bennekom1; Marco H. Blokland1; Saskia S.
Sterk1; Michel W.F. Nielen1, 2; 1RIKILT - Institute of Food
Safety, Wageningen UR, Wageningen, The Netherlands;
2Laboratory of Organic Chemistry, Wageningen UR,
Wageningen, The Netherlands
TP 772 Determination of Urethane in Chinese Rice Wine

 Suzi Qin; Jack Liu;
Wan Wang; Guotao Lu; Bonna-Agela Technologies, Tianjin,
China
TUESDAY POSTERS
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 119
WEDNESDAY POSTERS
7:30-8:00 am ......................................... Set up all Wednesday posters
10:30 am-1:00 pm ...............................Odd-numbered posters present
12:00-2:30 pm ................................... Even-numbered posters present
7:30-8:00 pm ...................................... Remove all Wednesday posters
Mass Spectrometry - History & Education ................................ 001-002
Nanomaterials ..........................................................................003-012
Environmental Analysis: General II...........................................013-035
Environmental Analysis: Hydrocarbons and DOM....................036-044
Energy: Hydrocarbons and Petrochemical ...............................045-069
Small Molecules: Quantitative Analysis III ................................070-097
Diagnostic Clinical Chemistry: Small Molecules II ....................098-116
Forensics - Drugs of Abuse ......................................................117-135
Imaging MS: Method Development I ........................................136-157
Imaging MS: Software ..............................................................158-169
Imaging MS: Pharmaceutical Applications ...............................170-193
Imaging MS: Small Molecules ..................................................194-221
Informatics: Small Molecule ID and Characterization ............... 222-233
Small Molecules: Qualitative Analysis ......................................234-251
Drug Metabolism: Qualitative Analysis .....................................252-282
Drug and Metabolite Analysis: Novel Approaches for Dried
Biological Samples ...........................................................283-291
Metabolomics: Quantitative Analysis ........................................ 292-311
Metabolomics: Clinical Applications..........................................312-323
Food “omics” MS Characterization of Food and Nutritional
Supplements ....................................................................324-355
Food Safety ..............................................................................356-372
H/D Exchange, Software and Hardware...................................373-385
H/D Exchange: Protein Structure/Function II............................386-400
Proteins: Non-Covalent Interactions ......................................... 401-421
Antibody & Antibody Drug Conjugates .....................................422-446
Analysis of Biosimilars ..............................................................447-452
Biomarkers: Discovery..............................................................453-475
Biomarker Quantitation: New Methods ..................................... 476-489
Proteins: Complexes and Aggregation .....................................490-514
Proteins PTM I ..........................................................................515-539
Peptides: PTM Identications ...................................................540-574
Informatics: Peptide Identication/Characterization I ...............575-596
Informatics: Post-Translational Modications ...........................597-607
Peptides: Quantitative Analysis II .............................................608-643
Phosphopeptides: Enrichment Methods ................................... 644-668
Advances in Separation Techniques for Proteomic
Applications ......................................................................669-684
Interactions and Pathway Analysis ...........................................685-706
Ambient Ionization: Applications II ............................................ 707-734
Ion Mobility Fundamentals........................................................735-754
Mass Spectrometry - History & Education, 001 – 002
WP 001 
 P. Jane Gale1; Michael A.
Grayson2; 1Gale-Bentz Consulting, Southborough, MA;
2Retired, St. Charles, MO
WP 002 
Proteomics. An Interdisciplinary Upper-Division
 Charlotte
Platner; Jacquelyn Blake-Hedges; Samuel Clamons;
Ruth Dana; Adam Drici; Sophia Dudte; Gregory Ginsburg;
Veronica Gray; Alexandra Mellis; Allison Roberts; Charles
Thompson; Stephanie Wraith; Mark Forsyth; Margaret Saha;
Kurt Williamson; John Poutsma; College of William & Mary,
Williamsburg, VA
Nanomaterials, 003 – 012
WP 003 
the Detection of Biomolecules by Laser Desorption/
 Alyssa L. M. Marsico;
Brian Creran; Bradley Duncan; Vikas Nandwana; Vincent
M. Rotello; Richard W. Vachet; University of Massachusetts,
Amherst, MA
WP 004 Improving MS Sensitivity for Underivatized

Hsun Lee; Chia-Chen Wang; Chieh-Lin Wu; Yin-Hung Lai;
Jia-Der Lin; Yi-Sheng Wang*; Genomics Research Center,
Academia Sinica, Taipei 115, Taiwan, ROC
WP 005 Investigating the Impact of Nanoparticle Surface
Ligand Structures on Protein Adsorption by Mass
 Shang Zeng; Wenwan Zhong; University of
California, Riverside, CA
WP 006 
with MALDI-MS for Sensitive Detection of Small
 Nadnudda Rodthongkum1; Nipapan
Ruecha1; Voravee Hoven1; Richard Vachet2; Orawon
Chailapakul1; 1Chulalongkorn University, Bangkok, Thailand;
2University of Massachusetts, Amherst, MA
WP 007 
 Roberto
Gamez; David Russell; Texas A&M University, College
Station, TX
WP 008 Mass Spectrometric Analysis of Impurities in Crystalline
 Anna Voloshenko1; Ke Jie Tan2;
Christian Kloc2; Rimma Shelkov1; Sergey Sladkevich1; Peter
Prikhodchenko1; Jenny Gun1; Ovadia Lev1; 1The Hebrew
University of Jerusalem, Jerusalem, Israel; 2Nanyang
Technological University, Singapore
WP 009 Mass Spectrometric Analysis of Species Evolution
 Ivy Hwee Lim; Ferdi
Schüth; Wolfgang Schrader; Max-Planck-Institut für
Kohlenforschung, Mülheim An Der Ruhr, Germany
WP 010 

 Ying-Wei Lu1; Chih-Wei Chien1; Po-Chiao Lin2;
Sz-Wei Wu3; Chang-Yang Chen4; Chia-Li Han3; Kay-Hooi
Khoo3; Chun-Cheng Lin1; Yu-Ju Chen3; 1National Tsing
Hua University, Hsinchu, Taiwan; 2National Sun Yat-sen
University, Kaohsiung, Taiwan; 3Academia Sinica, Taipei,
Taiwan; 4National Taiwan Normal University, Taiperi, Taiwan
WP 011 Photocatalytic Nanoweb for Matrix-Free MALDI-TOF
 Jo-Il Kim1; Su-Yeol Ryu2; Seung-Yeop
Kwak2; Min-Jung Kang3; Jae-Chul Pyun1; 1Yonsei University,
Seoul, Republic of Korea; 2Seoul National University,
Seoul, Republic of Korea; 3Korea Institute of Science and
Technology, Seoul, Republic of Korea
WP 012 TiO2 Nanowire Array for Matrix-Free MALDI-TOF Mass
 Jo-Il Kim1; Min-Jung Kang2; Jae-Chul
Pyun
1
;
1
Yonsei University, Seoul, Republic of Korea;
2
Korea Institute
of Science and Technology, Seoul, Republic of Korea

WP 013 
 Ralph Hindle1;
Xu Zhang2; 1Vogon Laboratory Services Ltd., Cochrane,
Canada; 2Alberta Centre for Toxicology, Calgary, Canada
WP 014 Using LDTD-APCI-MS/MS for the Ultrafast Analysis of
 Sébastien Sauvé; Université de
Montreal, Montreal, Canada
WP 015 The Comprehensive Analysis of CID MS/MS Spectra Of
 Wei Zou; Anupama Aditham; Qi
Gavin; Jianwen She; California Department of Public Health,
Richmond, CA
GENERAL INFORMATION
PAGE 120 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 016 Analysis of Naphthenic Acids in Tissue by Liquid
 Million
Woudneh; Coreen Hamilton; Guanghui Wang; Jonathan
Benskin; John Cosgrove; AXYS Analytical Services Ltd.,
Sidney, Canada
WP 017  Hui
Qiao; Sha Joshua Ye; Changtong Hao; IONICS Mass
Spectrometry Group Inc, Bolton, Canada
WP 018 QuEChERS Extraction for the Determination of
Free Microcystins in Fish Muscle Using Liquid
 Xu
Zhang; David Kinniburgh; ACFT, University of Calgary,
Calgary, Canada
WP 019 
by Reversed Phase High Performance Liquid
Chromatography Multiple Reaction Monitoring Tandem
 Michael Stagliano; Joseph Colombo;
Paul Gulyas; Matthew Geiger; Bonnie Taffe; Mi. Dept. of
Community Health, Lansing, MI
WP 020 Cyanobacterial Toxins Analysis by Direct Aqueous
Injection High Performance Liquid Chromatography
– Quadrupole Linear Ion Trap Tandem Mass
 Curtis Hedman1; Stacy Tremintin2; William
Krick1; 1WI State Lab of Hygiene, Madison, WI; 2AB SCIEX,
Foster City, CA
WP 021 Full Scan Tandem Quadrupole Mass Spectrometry for
the Determination of Novel Chlorinated Environmental
 Qian Wang; Gergana Georgieva; M. Paul
Chiarelli; Loyola University, Chicago, IL
WP 022 Drinking Water Disinfection by Peracetic Acid and
Disinfection Byproducts Studied by UFLC-MS/MS and
 Honglan Shi1; Ruipu Mu1; Yongbo Dan1; Qihua
Wu1; Danielle West1; Yinfa Ma1; John Yang2; Bin Hua2; Enos
Inniss3; 1Missouri University of Science and Technology,
Rolla, MO; 2Linclon University, Jefferson City, MO;
3University of Missouri, Columbia, MO
WP 023 Tandem Quadrupole Mass Spectrometry for the

 Matthew Reichert; Deepika Panawennage;
Gergana Georgieva; M. Paul Chiarelli; Loyola University,
Chicago, IL
WP 024 Fast Analysis of Cyanobacterial Toxins in Water
by Online Preconcentration-Orbitrap MS and Flow
Injection-LC-MS/MS and Removal Properties of
 Jaewon Choi1; Jeheon Jang1; Yuns Kim1;
Charles Yang2; Dipankar Ghosh2; 1Kwater, Daejeon, South
Korea; 2Thermosher, San Jose, ca
WP 025 The Effects of Acid Pretreatment on the Measurement

Liqun Wang; K. Udeni Alwis; Yu Qiu; Benjamin Blount;
Center for Disease Control and Prevention, Chamblee, GA
WP 026 Simultaneous Analysis of Alkylphenol Ethoxylates
 Daisuke Kasai1; Jun
Watanabe2; Keiko Matsumoto2; Koji Takinami1; 1Nissenken
Quality Evaluation Center, Tokyo, Japan; 2Shimadzu
Corporation, Kyoto, Japan
WP 027 Determination of Ten Nitrosamines in Drinking Water

 Peng Gao1; Jun Fan1; Changqing
Lin
2
;
1
Shimadzu (China) Co.,Ltd, Shanghai, China;
2
Putuo
Environmental Monitoring Station,Shanghai, Shanghai, China
WP 028 Analysis of Linear Alkylbenzene Sulfonate in
Environmental Water Using Online SPE LC System
 Benjamin Figard1; Keiko
Matsumoto2; Jun Watanabe2; Yoshihiro Hayakawa2;
1Shimadzu Scientic Instruments,INC., Columbia, MD;
2Shimadzu Corporation, Kyoto, Japan
WP 029 From Source Water to Tap Water to Swimming Pool and
Spa Water: Effects of Disinfectants and Implications
 Eric Daiber1; Susan Richardson1;
Sridevi Anduri1; David DeMarini2; Ernest Blatchley3;
Mehrnaz A3; 1US EPA, NERL, Athens, GA; 2U.S. EPA,
NHEERL, RTP, NC; 3Purdue University, West Lafayette, IN
WP 030 A Comparison of the Use of Online SPE and Large

 Stephen J. Lock; Pamela
Stoddart; ABSCIEX, Warrington, UK
WP 031 Reliable Analysis of Priority Pollutants in Water by

 Olga Polyakova1; Dmitry Mazur1; Slava
Artaev2; Albert T. Lebedev1; 1Moscow State University,
Moscow, Russian Federation; 2Leco Corporation, St.
Joseph, MI
WP 032 

 Brandon
Jessie; Christine N. Dalton; Carson-Newman College,
Jefferson City, TN
WP 033 Determination of Microcystins in Drinking Water by
Ultra High Performance Liquid Chromatography/Triple
 Jinting Yao; Hongyuan
Hao; Yin Huo; Hengtao Dong; Taohong Huang; Shin-ichi
Kawano; Yuki Hashi; Shimadzu Global COE, Shimadzu
(China) Co., Ltd., Shanghai, China
WP 034 Quantitative Determination of Disinfection Byproduct
Haloacetic Acids in Drinking Water Using Liquid
 Jinyuan
Wang1, 2; Xiaodong Liu1, 2; Jonathan Beck1, 2; Charles
Yang1, 2; Guifeng Jiang1, 2; Richard Jack1, 2; 1Thermo Fisher
Scientic, San Jose, CA; 2Thermo Fisher Scientic,
Sunnyvale, CA
WP 035 

 Anthony Macherone2;
Alandra Kahl1; Darryl Jones1; Lisa Lowe1; Shane Snyder1;
1University of Arizona, Tuscon, AZ; 2Agilent Technologies,
Wilmington, DE
Environmental Analysis: Hydrocarbons and DOM, 036 – 044
WP 036 Sulfur Rich Crude Oil and Bitumen Analysis on
the Molecular Level by APPI and LDI FT-ICR Mass
 Matthias Witt; Jochen Friedrich; Bruker
Daltonik GmbH, Bremen, Germany
WP 037 Dissolved Organic Matter in Lake Superior: A Study

 Hongyu
Li; Elizabeth Minor; Large Lakes Observatory,University of
Minnesota, Duluth, MN
WP 038 Integrated Alkane, PAH, and Petroleum Biomarker
 Stephan Baumann; Agilent
Technologies, Inc., Santa Clara, CA
WP 039 Applying Differential Mobility Spectrometry with

 J. Larry Campbell1; Takeo Sakuma1;
Andre Schreiber1; Paul Winkler1; John V. Headley2; Kerry
M. Peru2; 1AB SCIEX, Concord, Canada; 2Water Sci. Tech.
Directorate, Environment Canada, Saskatoon, SK, Canada
WP 040 
 David Bowman1; David Alonso2; Lorne
Fell2; Joe Binkley2; Brian McCarry1; 1McMaster University,
Hamilton, Canada; 2Leco Corporation, St Joseph, Mi
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 121
WEDNESDAY POSTERS
WP 041 Characterization of Carbonaceous Particulate Matter
Using Thermal Extraction Followed by Pyrolysis
 Alena
Kubatova; Josef Beranek; Richard Cochran; Haewoo
Jeong; Evguenii Kozliak; University of North Dakota, Grand
Forks, ND
WP 042 Characterization of 2.5 Micron Particulate Borne

and UHPLC-Orbitrap MS – Method Development,
 Paul Yang1; Nicholas
Karellas1; Adrienne Boden1; Xiaoming Zhao1; Mike
Spencer1; Chunyan Hao1; Stephanie Lemanik1; Gerald
Ladwig1; Charles Yang2; Kristi Akervik2; Maciej Bromirski2;
Dipankar Ghosh2; 1Ministry of the Environment, Etobicoke,
Canada; 2Thermo Scientic, San Jose, CA
WP 043 Calibration of a Membrane Inlet Mass Spectrometer for
 Simon Maher; Boris Brkic;
Stephen Taylor; University of Liverpool, Liverpool, UK
WP 044 Detection of Nitrated and Oxygenated Polycyclic
Aromatic Hydrocarbons Using Atmospheric
Pressure Chemical Ionization High Resolution Mass
 Richard Cochran; Alena Kubatova;
University of North Dakota, Grand Forks, ND

WP 045 
Analysis of Electrospray Ionization Fourier Transform
 Yuri E.
Corilo1, 2; David C. Podgorski1, 2; Amy M. McKenna1, 3;
Ryan P. Rodgers1, 2; Karin L. Lemkau4; Christopher M.
Reddy4; Alan G. Marshall1, 3; 1National High Magnetic
Field Laboratory - FSU, Tallahassee, FL; 2Future Fuels
Institute - FSU, Tallahassee, FL; 3Department of Chemistry
and Biochemistry - FSU, Tallahassee, FL; 4Woods Hole
Oceanographic Institute, Woods Hole, MA
WP 046 Improved Relative Abundance and Overall Sensitivity

 Brian M.
Ruddy1; Christopher L. Hendrickson2; Alan G. Marshall1, 2;
Ryan P. Rodgers1, 2; 1Florida State University, Tallahassee,
FL; 2National High Magnetic Field Laboratory, Tallahassee,
FF
WP 047 Development of High-Field Orbitrap FTMS-based
 Konstantin O. Zhurov;
Anton N. Kozhinov; Yury O. Tsybin; Ecole Polytechnique
Fédérale de Lausanne, Lausanne, Switzerland
WP 048 Characterization of Petroleum Fractions Using Mass
 Hung Pham1; Haiyan Wang1; Howard
Greenberg1; Matthew Unterfenger1; Wayne Rathbun1;
Jonathan Pierson1; Paul Adams1; Gil Jones1; Kendall
Guyer1; Dave Hindenlang2; 1UOP LLC, A Honeywell
Company, Des Plaines, IL; 2Honeywell International Inc.,
Morristown, NJ
WP 049 FT-ICR-MS – Studying the Effects of Ion Suppression
on Crude Oil Mass Spectral Response Using Standard
 Melisa Brown; Ning
Sanguantrakun; Ken Chanthamontri; Thomas Oldenburg;
Steve Larter; PRG, University of Calgary, Calgary, Canada
WP 050  Fan Huang;
Kermit K. Murray; Louisiana State University, Baton Rouge,
LA
WP 051 Ionization of Hydrocarbons by Atmospheric Solid

 Chunping Wu; Kuangnan
Qian; Kathleen Edwards; Clifford Walters; Anthony
Mennito; Christopher Jurtschenko; ExxonMobil Research &
Engineering Co., Annandale, NJ
WP 052 Comparisons and Characterization of Different
Asphaltenes Using Novel Ion Mobility-Mass
 Eleanor Riches1;
Jeremie Ponthus2; 1Waters Corporation, Manchester, UK;
2IFP Energies Nouvelles, Lyon, France
WP 053 Isolation and Characterization of Interfacial Material
from Athabasca Bitumen by Ultrahigh Resolution FT-
 Amy Clingenpeel1; Jacqueline
Jarvis1; Winston Robbins2; Alan Marshall1, 3; Ryan Rodgers1,
3; 1Florida State University Department of Chemistry,
Tallahassee, FL; 2Consultant, Brunswick, ME; 3Ion Cyclotron
Resonance Program, NHMFL, Tallahassee, FL
WP 054 Comparing LDI-FT-ICR and LDI-TOF/TOF Mass

 Enrique Mejía-Ospino1; Rafael
Cabanzo1; Jorge Armando Orrego-Ruiz2; Andrea Gómez2;
Yustina Rodriguez2; 1Universidad Industrial de Santander,
Bucaramanga, Colombia; 2Instituto Colombiano de
Petróleos (ICP-Ecopetrol), Piedecuesta, Colombia
WP 055  Martha
L. Chacón1; Andrea Gómez-Escudero2; Cristian Blanco-
Tirado1; Marianny Y. Combariza1; 1Escuela de Química,
Univ Industrial de Santander, Bucaramanga, Colombia;
2Instituto Colombiano del Petróleo, Ecopetrol, Piedecuesta,
Colombia
WP 056 A CAD Study on Ionized Model Compounds of

 Mohammad Sabir Aqueel;
James Riedeman; Hilkka Kenttamaa; Purdue University,
Westlafayette, IN
WP 057 Examination of Solvent/Reagent Effects on Collisionally
Activated Dissociation of Ionized Asphaltenes Using
 Matthew
Hurt; Priya Murria; Hilkka Kenttamaa; Purdue University,
West Lafayette, IN
WP 058 Structural Comparison of Asphaltenes of Different
 Weijuan
Tang; Purdue University, West Lafayette, IN
WP 059 Characterization of Nitrogen Containing Compounds

 Laure Boursier1; Jérémie Ponthus 1; Vincent
Souchon1; Cyril Dartiguelongue1; Didier Thiébaut2; 1IFP New
Energy, Solaize, France; 2UMR 7195 PESCA - ESPCI Paris
Tech, Paris, France
WP 060 Quantitative Analysis of Long Chain Fatty Acids
Present in a Type I Kerogen Using ESI-FT-ICR-MS and
 Albert W. Kamga1; Francoise
Behar2; Patrick G. Hatcher1; 1Department of Chemistry and
Biochemistry, ODU, Norfolk, VA; 2TOTAL, Paris, France
WP 061 Quantitation of Asphaltene Inhibitors in Crude Oil by
 Steven Rowland1; Winston Robbins3; Ryan
Rodgers1, 2; 1Florida State University, Tallahassee, FL;
2National High Magnetic Field Laboratory, Tallahassee, FL;
3Future Fuels Institute, Tallahassee, FL
WP 062 High-Throughput Analysis Method for Straight Chain
 Pascal Belisle; Gregory
Blachon; Annick Dion; Serge Auger; Pierre Picard; Phytronix
Technologies, Quebec City, Canada
WP 063 Targeted Petroleomics: Using High-Resolution TOF-MS

 Kevin Siek1; Julie Hernández2;
Clécio Klitzke3; Joe Binkley1; Jeffrey S. Patrick1; Rubens
Maciel-Filho2; Marcos Eberlin3; 1LECO Corporation, Saint
Joseph, MI; 2UNICAMP Separation Process Development
Laboratory, Campinas SP, Brazil; 3Thomson Mass
Spectrometry Laboratory UNICAMP, Campinas SP, Brazil
GENERAL INFORMATION
PAGE 122 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 064 Characterization of Heteroatom-Containing Aromatics
in Crude Oil on a Research-Type High-Field Orbitrap MS

XuXiao Wang; Wolfgang Schrader; Max-Planck Inst für
Kohlenforschung., Mülheim / Ruhr, Germany
WP 065 

 Ting Wang1; Daniel Jupiter2; Laxman Devkota1;
Kevin Chambliss1; Kevin Pinney1; Touradj Solouki1; 1Baylor
Univerisy, Waco, TX; 2Texas A&M Health and Science
Center, Temple, TX
WP 066  Hendrik Muller1; Khaled Arouri2;
Saroj Panda1; Adnan Al-Hajji1; 1Research and Development
Center, Saudi Aramco, Dhahran, Saudi Arabia; 2EXPEC
Advanced Research Center, Saudi Aramco, Dhahran, Saudi
Arabia
WP 067 Petroleum Biomarkers Analyzed by Atmospheric

 Douglas Stevens1; Quan
Shi2; Chang Samuel Hsu3, 4; 1Waters Corporation, Milford,
MA; 2China University of Petroleum, Beijing, China; 3Florida
State University, Tallahassee, FL; 4Petro Bio Oil Consulting,
Tallahassee, FL
WP 068 Investigating Polyaromatic Sulfur Heterocycles in
Model Systems and Crude Oil Using Atmospheric
Pressure Chemical Ionization Orbitrap Mass
 Nadim Hourani1; Ma’an Amad1; Jan
Andersson2; Mani Sarathy1; 1King Abdullah University Of
Science and Technology, Thuwal, Saudi Arabia; 2University
of Muenster, Muenster, Germany
WP 069 
 Manhoi Hur1; Yunju Cho2; Sungwhan Kim2;
Eve Syrkin Wurtele1; 1Iowa State University, Ames, IA;
2Kyungpook National University, Daeku, South Korea

WP 070 
the Quantitation of Balsalazide in Human Plasma by
 Melissa Meyer; Sara
Clemens; Nancy Zheng; Zong-Ping Zhang; PPD, Middleton,
WI
WP 071 
Development for Quantitation of Fluticasone Propionate
 Nancy
Zheng; Jun Wang; Zong-Ping Zhang; PPD Inc, Middleton,
WI
WP 072 Simultaneous Determination of Pioglitazone and
 Hong
Wang1; Hiroyuki Katayama1; Mark Schliekelman2; Sam
Hanash1; 1MD Anderson Cancer Center, Houston, TX; 2Fred
Hutchinson Cancer Research Center, Seattle, WA
WP 073 Development of a Mass Spectrometric Method for
 Kerry M.
Wooding; Chris A. Johnson; Joseph A. Hankin; Robert M.
Barkley; Andrew P. Bradford; Nanette Santoro; Robert C.
Murphy; University of Colorado Denver AMC, Aurora, CO
WP 074 Determination of Abiraterone in Human Plasma by LC-
 Lan Li; Yuan-Shek Chen; Kumar Ramu; QPS, LLC,
Newark, DE
WP 075 Quantitative Determination of Irsogladine in Human
Plasma by Liquid Chromatography-Tandem Mass
 Haejong Jang; Yuchang Choi; Kyunghwan
Kim; Seungwoo Kang; International Scitntic Standard,
Chuncheon, South Korea
WP 076 
Human Plasma by Liquid Chromatography-Electrospray
 Won Seok Nam;
Seo Hyun Yoon; Kyung-Sang Yu; In-Jin Jang; Joo-Youn
Cho; Seoul National University College of Medicine, Seoul,
South Korea
WP 077 A Sub-Picogram LC-MS/MS Method for the Analysis
 Veniamin
Lapko; Alan Dzerk; Karl Linderholm; Roger Coe; Brandon
Retke; Mike Merrill; Curtis Sheldon; Celerion, Inc, Lincoln,
NE
WP 078 
in Oral Fluid and Plasma by Ultra High Performance

Yuling Song; Jinting Yao; Xiongxiong Qiu; Taohong Huang;
Shin-ichi Kawano; Yuki Hashi; Shimadzu (China) Co., LTD,
Shanghai, China
WP 079 Sensitive LC-MS/MS Quantitation of Thyroid Hormones
 Changtong Hao; Hui Qiao; Chuck Jolliffe; Sha
Joshua Ye; IONICS Mass Spectrometry, Bolton, ON, Canada
WP 080 
Underivatized 1a,25-dihydroxyvitamin D3 Comparing
 Sha Joshua Ye;
Changtong Hao; Hui Qaio; IONICS Mass Spectrometry,
Bolton, ON Canada
WP 081 Developing High Throughput 2D-LC-MS/MS Method


Sreekala Narayanan1; Anura .V Kurpad1; Siji Joseph2;
Sudha Rajagopalan2; Amit Kumar Mandal1; Suresh Babu
C.V2; 1St. John’s Research Institute, Bangalore, India;
2Agilent Technologies, Bangalore, India
WP 082 

 Jingguo Hou; Melvin Tan; Ravi Orugunty; Xiaodong
Zhu; Thomas Horvath; Jing Zhou; Gregory Poch; Michael
Sullivan; Edward Wells; Steve Unger; WWCT, Austin, TX
WP 083 UHPLC-MS-MS Quantitation of Flavonoids, Terpene
Lactones, and Detection of Unwanted Pesticides and

 Frederic L Ciner1; Thomas Hayes1; Rachel
Lieberman2; Jeffrey Dahl2; 1Shimadzu Scientic Instruments,
SOE, Raleigh, NC; 2Shimadzu Scientic Instruments,
Columbia, MD
WP 084 An Alternative USP Method for the Analysis of

 Nicolas J. Hauser1; Jenna E. Milliken2; Carmen
T. Santasania3; 1RTC/Sigma-Aldrich, Laramie, WY;
2Department of Chemistry, University of Wyoming, Laramie,
WY; 3Supelco/Sigma-Aldrich, Bellefonte, PA
WP 085 Application of DBS for the Quantitative Determination
of Midazolam and Hydroxymidazolam Using an AB
 Alexandre
Pimenov; Jeffry Plomley; Mohamed Makhlou; Charles
River Laboratories, Senneville, Canada
WP 086 Automatic LC/MS/MS Method to Quantitate
 Rachel Sun;
Jordan Nally; Tim Shoaf; BASi, West Lafayette, IN
WP 087 
in Human Plasma Using API-4000 LC-MS/MS Systems

Guangchun Zhou; Nicole Roenker; Yong-Xi Li; Medpace,
Cincinnati, OH
WP 088 
Plasma Using Liquid Chromatography-Tandem Mass
 Tian-Sheng Lu; Elise Malinowski; Nicole
Roenker; Yong-Xi Li; Medpace, Cincinnati, OH
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 123
WEDNESDAY POSTERS
WP 089 A Robust LC-MS/MS Analytical Method for

Chemotherapeutic Agent for the Treatment of Solid
 Claudia Meek1; Erling Beck1; David Boothman2;
David Gerber2; Richard Leff1; 1School of Pharmacy, Texas
Tech University HSC, Dallas, TX; 2Harold C. Simmons
Cancer Center, UT Southwestern, Dallas, TX
WP 090 Two-Dimensional Liquid Chromatography/In-Source
Fragmentation and Tandem Mass Spectrometry for

 Xuntian Jiang; Hui Jiang; Rohini Sidhu;
Jean E Schaffer; Daniel S Ory; Washington University, St.
Louis, MO
WP 091 Determination of Leelamine in Mouse Plasma by
Liquid Chromatography/Electrospray Tandem Mass
 Min Song; Miri Hong; Oh Kwang Kwon;
Doohyun Lee; Suyoun Lee; Taeho Lee; Sangkyu Lee;
Kyungpook National University, Daegu, Korea
WP 092 Development of a HPLC–MS/MS Assay to Measure
Irinotecan and Its Main Metabolites in Plasma.
Preliminary Pharmacokinetic Evaluation in Cancer
 Elena Marangon; Elisa Mazzega; Giuseppe
Toffoli; National Cancer Institute of Aviano, Aviano, Italy
WP 093 Determination of Ceftiofur Metabolite Desfuroylceftiofur

Gajendiran Mahadevan; Shixia Feng; Oscar A. Chiesa;
Center for Veterinary Medicine, FDA, Laurel, MD
WP 094 
Method for Analysis of Midazolam and Their Metabolites
 Ganesh Moorthy; Praveen
Srivastava; Vu Nguyen; Jeffrey Barrett; Athena Zuppa; The
Children’s Hospital of Philadelphia, Philadelphia, PA
WP 095 Rapid and Robust Analysis Method for Quantifying
Antidepressants and Major Metabolites in Human
 Vincent Goudriaan1; Christ
Pijnenburg2; Jacob Diepenbroek2; Jan Giesbertsen2;
Annemieke Vermeulen Windsant-v.d. Tweel2; 1Shimadzu
Benelux BV, ‘s-Hertogenbosch, Netherlands; 2ZANOB BV,
‘s-Hertogenbosch, Netherlands
WP 096 Quantitative Determination of Ultralow Level of
Azelastine and Its Metabolite, Desmethylazelastine in
Human Plasma via Two-Dimensional HPLC with MS/
 Jingduan Chi; Zong-Ping Zhang; PPD Inc,
Madison, WI
WP 097 Development a UHPLC-MS/MS Method for
Determination of Clopidogrel, Clopidogrel Acid, and

Wenyi Hua; Michael Lesslie; Brian T. Hoffman; Daniel
Mulvana; Advion Bioanalytical Labs, a Quintiles Company,
Ithaca, NY

WP 098 Sensitive Assay of Free Thyroid Hormones by Online
 Maureen Ramero;
Stéphane Moreau; Mikael Levi; Shimadzu France, Noisiel,
France
WP 099 
Spots Using Liquid Chromatography Tandem Mass
 Richard E. Mathieu1; Catherine P. Riley1;
Carmen L. Wiley1, 2; 1Pathology Associates Medical
Laboratories, Spokane, WA; 2Providence Sacred Heart
Medical Center, Spokane, WA
WP 100 
Derivatized Catecholamines and Serotonin Applied to
 Elias Tessaro1, 2; Giovana Bataglion1;
Phellipe Amaral1, 2; Gianfranco Zampieri3; Diogo Baldim3;
1UNICAMP, Campinas, Brazil; 2LABMASS Laboratory,
Campinas, Brazil; 3Salomão & Zoppi Diagnósticos, São
Paulo, Brazil
WP 101 Simultaneous Analysis of Urinary Metanephrines,
Catecholamines and Serotonin by ESI-LC-MS/MS with
 Murat Celik;
Hasan Ozgen; Avni Cavdar; Zivak Technologies, Kocaeli, Turkey
WP 102 Sensitive Liquid Chromatography Mass Spectrometry

Catherine Riley1; Richard E. Mathieu1; Carmen L. Wiley1, 2;
1Pathology Associates Medical Laboratories, Spokane, WA;
2Providence Sacred Heart Medical Center, Spokane, WA
WP 103 
Chromatography Column and High Resolution MS
 Ling Bei1; Michael Schulz1;
Petra Lewits1; Patrik Appelblad1; Hans-Ake Lakso2; Joern
Schneede2; 1EMD Millipore, Billerica, MA; 2Dep Clinical
Pharmacology Umeå University Hospital, Umeå, Sweden
WP 104 
 Hung Su1;
Ya-Fei Bao1; Yi-Tzu Cho2; Jentaie Shiea 1; Pei-Yung Nien3;
Ya-Hui Chang3; Ming-Feng Hou3; 1National Sun Yat-Sen
Univ., Kaohsiung, Taiwan; 2Yuh-Ing Junior College of Health
Care & Management, Kaohsiung, Taiwan; 3Kaohsiung
Medical University Hospital, Kaohsiung, Taiwan
WP 105 Development of a Method for the Diagnosis of
Adrenoleukodystrophy Using Liquid Chromatography-
 Kazuhiro Kida1; Hideki Nakajima1;
Teruhiko Miwa1; Jun Watanabe2; Teruhisa Shiota3; Torayuki
Okuyama1; Masafumi Onodera1; Junichiro Fujioto1; 1National
Center for Child Health and Development, Tokyo, Japan;
2
Shimadzu Corporation, Kyoto, Japan;
3
AMR, Inc., Tokyo, Japan
WP 106 

 Charles Kroll; Mark Magera; Perry Loken;
Brenda Holmen; Dietrich Matern; Dimitar Gavrilov; Silvia
Tortorelli; Devin Oglesbee; Piero Rinaldo; Kimiyo Raymond;
Mayo Clinic, Rochester, MN
WP 107 Mucopolysaccharide Quantitation in Urine by LC-MS/
 Jean M Lacey; Mark J Magera; Dimitar K Gavrilov;
Silvia Tortorelli; Devin Oglesbee; Piero Rinaldo; Kimiyo M
Raymond; Dietrich Matern; Mayo Clinic, Rochester, MN
WP 108 Clinical Diagnostics Approaches of Lysosomal Storage
Diseases on DBSs by Fluorimetry and MRM-MS Using
 Claudia
Cozma 1; Marius- Ionut Iurascu1; Gabriela Paraschiv1; Laura
Ion2; Alina Brandusa Petre2; Adolf Mühl3; Stefan Maeser3;
Michael Przybylski1; 1University of Konstanz, Konstanz,
Germany; 2Al.I. Cuza University, Iasi, Romania; 3Centogene
AG, Freiburg & Rostock, Germany
WP 109 Nicotine and Metabolites: Evaluation of Supported
Liquid Extraction Approaches prior to UPLC-MS/MS
 Alan Edgington1; Lee Williams1; Adam Senior1;
Rhys Jones1; Helen Lodder1; Geoff Davies1; Steve Jordan1;
Claire Desbrow
1
; Gavin Jones
1
; Victor Vandell
2
; Frank Kero
2
;
1
Biotage GB Limited, Cardiff, UK;
2
Biotage US, Charlotte, NC
WP 110 Fast On-Line SPE-UHPLC-MS/MS Quantitative
Analysis of Multiclass Antibiotics in Human Plasma for
 Mikaël LEVI; Maureen Ramero;
Stephane Moreau; Shimadzu France, Marne La Vallee
Cedex 2, France
WP 111 

Karina Helena Morais Cardozo; Jessica Silva Salgueiro;
Valdemir Melechco Carvalho; Fleury Group, São Paulo,
Brazil
GENERAL INFORMATION
PAGE 124 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 112 Concentrations of Arsenic in Human Urine: A
Correlation between Total Arsenic by ICP-MS and
 Indranil Sen; Wei
Zou; CA Dept of Public Health, Richmond, CA
WP 113 Comparison of Two Sample Preparation Methods for
 Xuejun
Zang; Igor Gavin; Krishna Mallia; Asha Oroskar; Anil
Oroskar; Orochem Technologies Inc., Lombard, IL
WP 114 An Enzyme Assay Mass Screening System for

 Hideki Nakajima1;
Teruhiko Miwa1; Kazuhiro Kida1; Jun Watanabe2; Teruhisa
Shiota3; Torayuki Okuyama1; Masafumi Onodera1;
Junichiro Fujimoto1; 1National Center for Child Health and
Development, Tokyo, Japan; 2Shimadzu Corporation, Kyoto,
Japan; 3AMR, Inc., Tokyo, Japan
WP 115 Positive and Negative Mode PESI-MS for Cancer
 Mridul Kanti Mandal1; Kentaro Yoshimura2;
Subhrakanti Saha1; Md. Obaidur Rahman1; Yasuo Shida1;
Sen Takeda2; Hiroshi Nonami3; Kenzo Hiraoka1; 1CERC,
University of Yamanashi, Kofu, Japan; 2Faculty of Medicine,
University of Yamannashi, Chuo, Japan; 3Faculty of
Agriculture, Ehime University, Matsuyama, Japan
WP 116 Catalytic Pyrolysis Metal Oxide Laser Ionization

 Kirk Jensen1; Casey McAlpin1; Christopher
Cox1; Robert Cody2; Jon Rees3; Kent Voorhees1; 1Colorado
School of Mines, Golden, CO; 2JEOL USA, Peabody, MA;
3Centers for Disease Control, Atlanta, GA
Forensics - Drugs of Abuse, 117 – 135
WP 117 Method Scalability for Drugs of Abuse Extraction from
Urine using Supported Liquid Extraction prior to UPLC-
 Lee Williams1; Rhys Jones1; Adam
Senior1; Helen Lodder1; Geoff Davies1; Kerry Stephens1;
Steve Jordan1; Gavin Jones1; Claire Desbrow1; Victor
Vandell2; Frank Kero2; 1Biotage GB Limited, Cardiff, UK;
2Biotage, Charlotte, NC
WP 118 
for NIDA-5 Panel Using New Dual Channel Prelude

Haiqiang Yu; Kristine Van Natta; Marta Kozak;
ThermoFisher Scientic, San Jose, CA
WP 119 Direct Mass Imaging of Ketamine Distribution in Single
 Ping Xiang1; Hai Pu2;
Min Shen1; 1Institute of Forensic Sciences, Shanghai,
China; 2Bruker, Beijing, China
WP 120 A Reversed-Phase LC-MS/MS Method for the

 Frances Carroll; Sharon Lupo; Chris
Denicola; Ty Kahler; Paul Connolly; Restek Corporation,
Bellefonte, PA
WP 121 Rapid Screening and Semi-Quantitative Analysis for
Forensic Drugs in Blood Using Liquid Chromatography
 Thomas Hayes1;
Keiko Kudo2; Toshikazu Minohata3; Kiyotaka Usui4; Noriaki
Shima5; Munehiro Katagi5; Hitoshi Tsuchihasi6; Koichi
Suzuki6; Ichiro Hirano3; Noriaki Ikeda2; 1Shimadzu Scientic
Instruments, Inc., Columbia, MD; 2Kyushu University,
Fukuoka, Japan; 3Shimadzu Corporation, Kyoto, Japan;
4Tohoku University Graduate School of Medicine, Sendai,
Japan; 5Osaka Prefectural Police, Osaka, Japan; 6Osaka
Medical Collage, Takatsuki, Japan
WP 122 Direct Analysis Using Paper-Spray Mass Spectrometry:
Method Development for the Rapid Screening of Drugs
 Maria C. Prieto
Conaway 1; Nicholas E. Manicke2; Marta Kozak1; 1Thermo
Fisher Scientic, San Jose, CA; 2Purdue University, West
Lafayatte, IN
WP 123 
 Dmitry Koluntaev1;
Sergei Syromyatnikov2; Igor Sarychev2; Soa Aronova3;
1InterLab, Inc., Moscow, Russia; 2Federal Drug Control
Service of Russian Federation, Moscow, Russia; 3Agilent
Technologies, Inc., Santa Clara, CA
WP 124 Cocaine and Metabolites: Method Development
Strategies Using Supported Liquid Extraction from
 Rhys Jones1; Lee
Williams1; Adam Senior1; Helen Lodder1; Geoff Davies1;
Kerry Stephens1; Steve Jordan1; Gavin Jones1; Claire
Desbrow1; Victor Vandell2; Frank Kero2; 1Biotage GB
Limited, Cardiff, UK; 2Biotage, Charlotte, NC
WP 125 Rapid and Sensitive Quantitation of THC and
 Daniel
Blake1; Julie Moriceau1; Sylvain Dulaurent2; Jean-Michel
Gaulier2; Aymeric Morla1; 1AB SCIEX, Warrington, UK;
2CHU Dupuytren Limoges, Limoges, France
WP 126 -tetrahydrocannabinol-


Jin-Young Kim; Woonyong Kwon; SungIll Suh; Moon Kyo
In; Supreme Prosecutors’ Ofce, Seoul, Korea
WP 127 Ultrafast, Ultra-selective High-Throughput Forensic
 Vaughn
Miller; Michelle Romm; Kari Schlicht; Nikunj Parikh;
Mohamed Youssef; Maxcy Stroman; William LaMarr; Can
Ozbal; Agilent Technologies, Wakeeld, MA
WP 128 Rapid LC-MS/MS Screening Method for Fourteen JWH-
type Synthetic and Natural Cannabinoids in Counterfeit
 Philippe Lebel; Karen C. Waldron; Alexandra
Furtos; Université de Montréal, Montréal, Canada
WP 129 
“Metabolite Fingerprints” following Human Hepatocyte
Metabolism and High Resolution Mass Spectrometry
 Ariane Wohlfarth1; Adarsh Gandhi1; Shaokun
Pang2; Hua-fen Liu2; Mingshe Zhu3; Marilyn Huestis1; 1NIDA,
NIH, Baltimore, MD; 2AB Sciex, Foster City, CA; 3Bristol-
Myers Squibb, Princeton, NJ
WP 130 
 Flaubert
Mbeunkui; Joseph Wiegel; Brent Dixon; Physicians Choice
Laboratory Services, Charlotte, NC
WP 131 Analysis of Cathinones in Bath Salts by Direct Sample
 Noelle Elliott1; Amanda Lefer2; Avinash
Dalmia1; Frank Dorman2; Carl Schwarz1; 1PerkinElmer,
Shelton, CT; 2Penn State University, University Park, PA
WP 132 Implementation of Bench-Top Quadrupole Orbitrap
Ultra High Resolution Mass Spectrometer in
Quantitative Analysis of Synthetic Cathinones in Urine
 Marta Kozak; Kristine Van Natta; Shijun Sheng;
Thermo Fisher Scientic, San Jose, CA
WP 133 Trapping ‘Spice’: A Comprehensive Automated LC-Ion
Trap-MS Screening Approach for the Detection of 38
 Laura M. Huppertz;
Stefan Kneisel; Volker Auwärter; Jürgen Kempf; Institute of
Legal Medicine, University Freiburg, Freiburg, Germany
WP 134 

Chiara Abate1; Ilaria Ferrante1; Luigi Motti2; 1DANI, Cologno
Monzese, Italy; 2Dani SA, Contone, Switzerland
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 125
WEDNESDAY POSTERS
WP 135 Development of a LC-MS/MS Analytical Strategy Based
on Class-Characteristic Fragmentation Pathways to

Monica Mazzarino; Xavier de la Torre; Ilaria Fiacco;
Francesco Botrè; Antidoping laboratory, Rome, Italy
Imaging MS: Method Development I, 136 – 157
WP 136 

 Laura Cole1;
Khaled Mahmoud2; Gillian Tozer3; Simona Francese1; David
Smith1; Malcolm Clench1; 1Shefeld Hallam University,
Shefeld, UK; 2Al-Jouf University, Sakaka, Kingdom of
Saudi Arabia; 3Shefeld University, Shefeld, UK
WP 137 

 Thomas Powers1; E. Ellen Jones1;
Anand Mehta2; Richard R Drake1; 1Medical University
of South Carolina, Charleston, SC; 2Drexel Institute for
Biotechnology and Virology, Doylestown, PA
WP 138 

 Irene (Eirini) Panderi (Panteri) 1, 2; Lulu
Cao2; Lelia Noble2; Kimberly Perez3; Dionysios Pantazatos2;
1University of Athens, Pharmacy, Pharm.Chemistry, Athens,
Greece; 2COBRE Center for Cancer Research, Brown
Medical, Providence, RI; 3Rhode Island Hospital, Brown
Medical, Providence, RI
WP 139 

Shaalee Dworski1; Ellen Jones2; Abdulfatah Alayoubi1;
Jeffrey A. Medin1; Richard Drake2; 1University of Toronto,
Toronto Ontario, Canada; 2Medical University of South
Carolina, Charleston, SC
WP 140 Microwave-Assisted Enzymatic Digestion On-Tissue for
Membrane Protein Analysis with MALDI Imaging Mass
 Jamie L Wenke; Kevin L Schey; Department
of Biochemistry, Vanderbilt University, Nashville, TN
WP 141 The Effect of Heat-Induced Tissue Stabilization on the
 Ricardo J.
Carreira1; Cecilia Eriksson2; Walid M. Abdelmoula1; Reinald
Shyti1; René J.M. van Zeijl1; Sandra H. van Heiningen1;
Else A. Tolner1; Arn M.J.M. van den Maagdenberg1; Jouke
Dijkstra1; Per E. Andrén2; Liam A. McDonnell1; 1Leiden
University Medical Center, Leiden, Netherlands; 2Uppsala
University, Uppsala, Sweden
WP 142 Detection of Individual Cells in Tissue Using MALDI-
 Eckhard Belau1;
Jane-Marie Kowalski2; Janine Rattke1; Alice Ly3; Soeren-
Oliver Deininger1; Detlev Suckau1; Axel Walch3; Marius
Uefng3; Michael Becker1; 1Bruker Daltonik GmbH, Bremen,
Germany; 2Bruker Daltonics, Billerica, MA; 3Helmholtz-
Zentrum München, Munich, Germany
WP 143 Identifying and Imaging Lipid Oxidation Products
by MALDI-MSn Whitney L.
Stutts1; Gert B. Eijkel2; Ron M.A. Heeren2; Richard A. Yost1;
1Chemistry Department, University of Florida, Gainesville,
FL; 2FOM Institute AMOLF, Amsterdam, NL
WP 144 Peptide Bead Arrays Measured by Mass Spectrometry
 Vladislav Bergo; Adeptrix Corp, Boston, MA
WP 145 
 Jens Fuchser; Eckhard Belau;
Soeren-Oliver Deininger; Michael Becker; Bruker Daltonik
GmbH, Bremen, Germany
WP 146 

 Sergei
Dikler; Jane-Marie Kowalski; D. Shannon Cornett; Bruker
Daltonics Inc., Billerica, MA
WP 147 Improved Sensitivity in the Detection of Low
 Karen Lohnes;
Fred Kobzeff; Andrea Rivera; Robert Gunsalus; Joseph
Loo; Rachel Ogorzalek Loo; University of California, Los
Angeles, CA
WP 148  Shelley
N Jackson; Ludovic M Muller; Kathrine Baldwin; Amina S
Woods; NIDA-IRP, NIH, Baltimore, MD
WP 149 
 Ta-Hsuan Ong; David Kissick;
Stanislav Rubakhin; Jonathan Sweedler; University of
Illinois, Urbana, IL
WP 150 Separation Effects Caused by the Dried-Droplet Sample
Preparation for MALDI Mass Spectrometry of Synthetic
 Stefan Johannes Gabriel1; Steffen Weidner1;
Ulrich Panne1; Clemens Schwarzinger2; 1Federal Institute
for Material Research BAM, Berlin, Germany; 2Johannes
Kepler University JKU, Linz, Austria
WP 151 Matrix Application Method Optimization for MALDI-

Fixation in the Medicago truncatula–Sinorhizobium
 Erin Gemperline1; Vivian Hui Ye2;
Muthusubramanian Venkateshwaran3; Jean-Michel Ané3;
Lingjun Li1, 2; 1UW-Madison Department of Chemistry,
Madison, WI; 2UW-Madison School of Pharmacy, Madison,
WI; 3UW-Madison Department of Agronomy, Madison, WI
WP 152 Towards 3-Dimensional MALDI MS Molecular Imaging
 David M. G. Anderson1; Raf Van de
Plas1; Kevin L. Schey1; Anne Solga2; David H. Gutmann2;
Richard M. Caprioli1; 1Vanderbilt University Medical Center,
Nashville, TN; 2Washington University School of Medicine,
St. Louis, MO
WP 153 Fixation of Single Sections and Whole Organs in
Formal Lithium Improves in-situ Characterisation
 Rian L.
Grifths; Joscelyn Sarsby; Emily J. Guggenheim; Alan M.
Race; Rory T. Steven; Andrew D. Palmer; Patricia Lalor;
Josephine Bunch; University of Birmingham, Birmingham,
UK
WP 154 High Spatial Resolution Imaging of Lipids in Formalin-
 Peggi
Angel1; Andrey Zavalin1; H. Scott Baldwin2; Richard
Caprioli1; 1Dept Biochem, Vanderbilt University, Nashville,
TN; 2Dept Cell & Dev Biol, Peds, Vanderbilt University,
Nashville, TN
WP 155 
Proteins above 10 kDa Using Multiply Charged Ions
 David G. Rizzo; Jeffrey M.
Spraggins; Kristie L. Rose; Richard M. Caprioli; Vanderbilt
University, Nashville, TN
WP 156 1,5-Diaminonaphthelene Pre-Coated Targets for MALDI
 Junhai Yang1; Richard Caprioli1,
2; 1Department of Biochemistry, Vanderbilt University,
Nashville, TN; 2Pharmacology and Medicine, Vanderbilt
University, Nashville, TN
WP 157 Monitoring Time-Dependent Lipid Degradation on

Heath Patterson; Aurélien Thomas; Pierre Chaurand;
University of Montreal, Montreal, Canada
GENERAL INFORMATION
PAGE 126 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS

WP 158 

 Kenneth P. Garrard; Guillaume Robichaud;
Jeremy A. Barry; David C. Muddiman; North Carolina State
University, Raleigh, NC
WP 159 Exploration of Tensor Decomposition for Imaging Mass
 Yousef El Aalamat1, 4; Raf Van de Plas2; Nico
Verbeeck1, 4; Bart De Moor1, 4; Etienne Waelkens3, 4; 1KU
Leuven, ESAT-SCD/ iMinds Future Health Dept., Leuven,
BE; 2Vanderbilt University,Nashville, TN; 3KU Leuven, Dept.
Cellular and Molecular Medicine, Leuven, BE; 4KU Leuven,
Sybioma, Leuven, BE
WP 160 Customizable Open-Source Mass Spectrometry Imaging

 Cynthia Kaeser; A. Daniel Jones; Michigan
State University, East Lansing, MI
WP 161 Mass Spectrometry Imaging Software Assisting Labeled
Normalization and Quantitation with Standardized
 Patrik Källback; Anna Nilsson;
Mohammadreza Shariatgorji; Per E. Andrén; Uppsala
University, Uppsala, Sweden
WP 162 
Web-Based Collaborative Tool for Histology-Directed
 Jeremy L. Norris1; Erin
H. Seeley1; Tina Tsui1; Alireza Sepehr2; Richard M. Caprioli1;
1Vanderbilt University School of Medicine, Nashville, TN;
2Harvard Beth Israel Deaconess Medical Center, Boston,
MA
WP 163 
 Raf
Van de Plas; Junhai Yang; Richard M. Caprioli; Vanderbilt
University, Nashville, TN
WP 164 Extensible Software for the Processing of Spectrometry
 Alan M. Race;
Andrew D. Palmer; Rory T. Steven; Joscelyn Sarsby; Rian
L. Grifths; Iain B. Styles; Josephine Bunch; University of
Birmingham, Birmingham, UK
WP 165 

Andrew Palmer; Rory Steven; Rian Grifths; Alan Race;
Joscelyn Sarsby; Emily Guggenheim; Patricia Lalor;
Iain Styles; Josephine Bunch; University of Birmingham,
Birmingham, UK
WP 166 Deeper Insights through Integration: Linking Imaging
 Nico
Verbeeck1, 3; Junhai Yang2; Bart De Moor1, 3; Richard
Caprioli2; Etienne Waelkens3, 4; Raf Van de Plas2; 1ESAT-
SISTA / iMinds Future Health Dept., KU Leuven, Leuven,
Belgium; 2Vanderbilt University, Nashville, TN; 3Sybioma,
KU Leuven, Leuven, Belgium; 4Dept. of Cellular & Molecular
Medicine, KU Leuven, Leuven, Belgium
WP 167 Targeted Ion Imaging MS: Evaluation of New Algorithms
 Paul
Murray; Keith Richardson; Emmy Hoyes; Chris Jones;
Richard Chapman; Jeff Brown; Waters Corporation,
Manchester, UK
WP 168 Investigation of Different Hierarchal Clustering

 Mark
Towers1; Laura M. Cole2; Malcolm R. Clench2; Emmanuelle
Claude1; 1Waters corporation, Manchester, UK; 2Biomedical
Research Centre, Shefeld Hallam Uni, Shefeld, UK
WP 169 A New 64-Bit Software Application for MS Image
 Damon Barbacci; Thomas Egan; J. Albert
Schultz; Ionwerks, Inc., Houston, TX

WP 170 Imaging Mass Spectrometry in Three-Dimensional Cell
 Xin Liu;
Amanda Hummon; University of Notre Dame, Notre Dame,
IN
WP 171 

 Kenichi Watanabe; Jun Tadano; Toichiro
Yamada; Chihiro Ishikawa; Takao Watanabe; Tetsuya
Nakagawa; Naruaki Nomura; Masashi Yabuki; Dainippon
Sumitomo Pharma Co., Ltd., Suita, Osaka, Japan
WP 172 
in CA-4-P Treated Fibrosarcomas Employing a
 Laura Cole1; Jo Bluff2;
Vikki Carolan1; Martyn Paley2; Gillian Tozer2; Malcolm
Clench1; 1Shefeld Hallam University, BMRC, Shefeld, UK;
2University of Shefeld, Shefeld, UK
WP 173 Semi-Quantitative Analysis for Distribution of CNS
Drugs and Metabolites in Rat Brain by Liquid Extraction
 Jun Tadano;
Toichiro Yamada; Kenichi Watanabe; Tetsuya Nakagawa;
Naruaki Nomura; Masashi Yabuki; Dainippon Sumitomo
Pharma Co., Ltd., Suita, Japan
WP 174 Imaging LA-ICP-MS as a Powerful Tool for the
Investigation of Pd-tagged Photosensitizers in Tumor
 Ann-Christin Bülter; Christoph A. Wehe;
Franziska Blaske; Olga Reifschneider; Uwe Karst;
Westfälische Wilhelms-Universtität Münster, Münster,
Germany
WP 175 Extracting More from QWBAs with Liquid Extraction

 William
Hardesty; Jill Pirhalla; Stephen Castillino; GlaxoSmithKline,
King of Prussia, PA
WP 176 Investigating the Correlation between Plasma PK
Analysis with Tissue Abundance and Distribution
 John G. Swales1,
2; Peter Webborn1; Malcolm Clench2; Richard Goodwin1;
1Astrazeneca, Maccleseld, UK; 2Shefeld Hallam
University, Shefeld, UK
WP 177 
Abundance Ratios from IR-MALDESI MSI by Performing
 Kristin M.
Klinc1; Jeremy A. Barry1; Guillaume Robichaud1; Reid
Groseclose2; David Wagner2; Stephen Castellino2; David C.
Muddiman1; 1North Carolina State University, Raleigh, NC;
2GlaxoSmithKline, Research Triangle Park, NC
WP 178 Mapping the Distribution of Intranasally Administered

 Bingming Chen; Hui Ye; Mohan
Gautam; Jingxin Wang; Robert Thorne; Lingjun Li; School of
Pharmacy,University of Wisconsin, Madison, WI
WP 179 High Spatial and Mass Resolution Imaging to Assess
 Cristine Quiason1; Sheerin K.
Shahidi-Latham1; Katherine A. Kellersberger2; Brian J.
Dean1; 1Genentech Inc., South San Francisco, CA; 2Bruker
Daltonics, Billerica, MA
WP 180 Imaging Mass Spectrometry of Pharmaceutical Drugs

Ayumi Kubo1; Takaya Satoh1; Robert A. DiPasquale2; Naoki
Moriguchi3; Hisanao Hazama3; Kunio Awazu3; Michisato
Toyoda4; 1JEOL Ltd., Tokyo, Japan; 2JEOL USA, Inc.,
Peabody, MA; 3Graduate School of Engineering, Osaka
University, Osaka, Japan; 4Graduate School of Science,
Osaka University, Osaka, Japan
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 127
WEDNESDAY POSTERS
WP 181 Mass Spectrometry Imaging of Raclopride and
Fexofenadine in Whole Body Mouse Tissue Using Laser
Ablation Electrospray Ionization Mass Spectrometry
 Callee Walsh; Pamela Williams; Gregory
Boyce; Brent Reschke; Holly Henderson; Matthew Powell;
Trust Razunguzwa; Protea Biosciences, Morgantown, WV
WP 182 Mass Spectrometric Imaging of Potential Lipid
Biomarkers in Shiverer Mice by Desorption
 Daniel
Waldon; Liyu Yang; Biogen idec, Cambridge, MA
WP 183 

 Brendan Prideaux1; Markus
Stoeckli2; Dieter Staab2; Gregory Morandi2; Clifton E Barry3;
Laura E Via3; Danielle Weiner3; Veronique Dartois1; 1Public
Health Research Institute, UMDNJ, Newark, NJ; 2Novartis
Institutes for BioMedical Research, Basel, Switzerland;
3Tuberculosis Research Section, NIAID, Bethesda, MD
WP 184 Blood-Brain Barrier Drug Targeting by Mass
 Anna
Nilsson; Richard Goodwin; Henrik Loden; Charlotta
Wallinder; Sergio Estrada; Niklas Marklund; Mats Larhed;
Per E. Andrén; Uppsala University, Uppsala, Sweden
WP 185 Development of Combined PK/PD Studies of RAF/MEK/
mTOR Inhibitors for the Treatment of Pediatric Low-

 David Calligaris1, 2; Xiaohui Liu1, 2; Daniel
Feldman1, 2; Christopher J. Thompson3; Jennifer L. Ide1, 2;
Mark Marchionni4; Sara Buhrlage4; Michael L. Easterling3;
Nathanael Gray4; Charles D. Stiles4; Nathalie Y. Agar1,
2; 1Brigham & Women’s Hospital, Boston, MA; 2Harvard
Medical School, Boston, MA; 3Bruker Daltonics, Inc.,
Billerica, MA; 4Dana Farber Cancer Institute, Boston, MA
WP 186 

 Dionysios Pantazatos1, 2; Irene (Eirini)
Panderi (Panteri) 1, 4; Liangran Guo3; Wei Lu3; 1COBRE
Center for Cancer Research and Development, Providence,
RI; 2Warren Alpert Medical School, Brown University,
Providence, RI; 3University of Rhode Island, College or
Pharmacy, Kingston, RI; 4University of Athens, Pharmacy,
Pharm.Chemistry, Athens, Greece
WP 187 Developing Imaging Mass Spectrometry in 3D Cell
 Amanda B. Hummon; Eric Weaver; Xin Liu;
Haohang Li; Dorothy Ahlf; University of Notre Dame, Notre
Dame, IN
WP 188 
Distribution and Molecular Effects on Lipids and
 Ellen
Jones; Xiang Liu; James Norris; Richard Drake; Medical
University of South Carolina, Charleston, SC
WP 189 Pharmaco-Imaging Analysis of Anti-cancer Agents
 Shuichi
Shimma; Yuki Takashima; Akinobu Hamada; National
Cancer Center Research Institute, Tokyo, Japan
WP 190 
Diogo De Oliveira; Sabrina de Bona Sartor; Mônica
Ferreira Siqueira; Rodrigo Ramos Catharino; INNOVARE
Biomarkers Lab, University of Campinas, Campinas, Brasil
WP 191 A nano-PALDI Protocol for Anticancer Drugs Tumor
 Enrico Davoli; Lavinia
Morosi; Pietro Spinelli; Maria G. Carrera; Raffaella Giavazzi;
Massimo Zucchetti; Maurizio D’Incalci; Mario Negri Institute,
Milano, Italy
WP 192 
Resulting from Sphingosine Kinase Inhibition in an
 Peng Gao; E. Ellen
Jones; Thomas Powers; Stephen Roper; Benjamin Neely;
Drew Schoenling; Charles Smith; Richard R Drake; Medical
University of South Carolina, Charleston, SC
WP 193 Use of High Resolution MSI Combined with

 David Bonnel1;
Gregory Hamm1; Guillaume Hochart1; Fred Fack2; Olivier
Keunen2; Fabien Pamelard1; Raphael Legouffe1; Simone
Niclou2; Jonathan Stauber1; 1ImaBiotech, MS Imaging
Department, Lille, France; 2CRP Santé, Luxembourg

WP 194 Imaging of Molecular Distribution in Areca Nut by
Desorption Electrospray Ionization Mass Spectrometry
 Amitava Srimany; R. G. Hemalatha; Danica
Glenda Pinto; Hemanta R. Naik; T. Pradeep; IIT Madras,
Chennai, India
WP 195 Small Molecules Detection with an Ultrashort Pulsed
 Yang Cui;
Chhavi Bhardwaj; Slobodan Milasinovic; Robert Gordon;
Luke Hanley; Univ. of Illinois at Chicago, Chicago, IL
WP 196 Laser Ablation Atmospheric Pressure Photoionization
 Anu
Vaikkinen1; Bindesh Shrestha2; Risto Kostiainen1; Akos
Vertes2; Tiina J. Kauppila1; 1University of Helsinki, Helsinki,
Finland; 2George Washington University, Washington, DC
WP 197 Whole-Body DESI Imaging of Clozapine and Its
 Jingzhou Liu; Zhiyang Zhao; Yohannes Teffera;
Amgen, Cambridge, MA
WP 198 Direct Coupling of TLC with MALDI-TOF Mass
Spectrometry for Analysis of Extracted Phospholipids
 Afnan Batubara1;
Malcolm Clench1; Paul Loadman2; Chris Sutton2; 1Shefeld
Hallam University, Shefeld, UK; 2University of bradford,
Bradford, UK
WP 199 
 M. Lisa Manier; Jeffrey M.
Spraggins; Michelle L. Reyzer; Jeremy L. Norris; Richard M.
Caprioli; Vanderbilt University, Nashville, TN
WP 200 
 Adam Feenstra1, 2; Andrew Korte1, 2;
Young Jin Lee1, 2; 1Iowa State University, Ames, IA; 2Ames
Laboratory/USDOE, Ames, IA
WP 201 MALDI Imaging of Forensic Samples by Using a
Spiral-Trajectory Ion Optics Time-of-Flight Mass
 Masaaki Ubukata; John Dane; Robert B.
Cody; Donna Guarrera; Masateru Shibata; JEOL USA, Inc.,
Peabody, MA
WP 202 Localization of Endogenous Metabolites in Diabetic
Mouse Brain Tissue Using MALDI Imaging Mass
 Michelle L. Reyzer1; Andre Kleinridders2;
Heather Ferris2; Jeffrey M. Spraggins1; C. Ronald Kahn2;
Richard M. Caprioli1; 1Vanderbilt University, Nashville, TN;
2Joslin Diabetes Center, Harvard University, Boston, MA
WP 203 MALDI-IMS-MSI Examinaton of Emollient Treated Living
Skin Equivalent for Lipidomic and Small Molecule
 Christopher Mitchell; BMRC, Shefeld, UK
WP 204 Rat Skeletal Muscle Fiber Differentiation Using Mass
n
Yu-Hsuan Tsai1; Timothy Garrett2; Christy Carter3; Richard
Yost1; 1Department of Chemistry, University of Florida,
Gainesville, Fl; 2Department of Pathology, University of
Florida, Gainesville, Fl; 3Dept. Aging & Geriatric Research,
Univ of Florida, Gainesville, FL
GENERAL INFORMATION
PAGE 128 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 205 Nanoparticle Assisted Laser Desorption Ionization
Mass Spectrometry for Chemical Imaging of Plant
 Gargey Yagnik1, 2; Andrew Korte1, 2; Young-
Jin Lee1, 2; 1Iowa State University, Ames, IA; 2Ames lab US
DOE, Ames, IA
WP 206 Promethazine as a PET Probe for Amyloid Beta in
Alzheimers Disease Using MALDI Imaging Mass
 Chad Chumbley; Richard McClure; Michelle
Reyzer; Wellington Pham; Richard Caprioli; Vanderbilt
University, Nashville, TN
WP 207 Mass Spectrometry Imaging of Leaf Surface Using

 Tomoyuki Ozawa; Hideya Kawasaki; Ryuichi
Arakawa; Kansai University, Osaka, Japan
WP 208 Spatial Correlation Combined with Hierarchal
Clustering Analysis for Reducing Complex Multi-
 Hernando Olivos1,
2; Kieran Neeson1, 2; Emmanuelle Claude1, 2; Mark Towers1, 2;
1Waters Corporation, Manchester, UK; 2Waters Corporation,
Beverly, MA
WP 209 
Distribution and Penetration of a Herbicide into Plant
 Stephen Rumbelow1;
Gregory Lindner1; Holly Henderson2; Alicia Morgan2;
Haddon Goodman2; 1Croda Inc, New Castle, DE; 2Protea
Biosciences Group Inc., Morgantown, WV
WP 210 MALDI-MS Imaging and Quantitation of Acetylcholine
in Mouse Brain after Administration of Cholinesterase

Mohammadreza Shariatgorji1; Nicoletta Schintu2; Per
Svenningsson2; Per. E Andrén1; 1Uppsala University,
Uppsala, Sweden; 2Karolinska Institute, Stockholm, Sweden
WP 211 Imprinting and MALDI-MS Imaging of Metabolites
 Adam Klein1, 2; Gargey Yagnik1, 2;
Young-Jin Lee1, 2; 1Iowa State University, Ames, IA; 2Ames
Laboratory US-DOE, Ames, IA
WP 212 In situ Quantitative Protein-Metal Co-Localization
Using Imaging by Laser Ablation-Inductively Coupled
 Dominic Hare1, 2; Peng Lei2;
Scott Ayton2; Rudolf Grimm3; Jessica George2; Robert
Cherny2; Paul Adlard2; Ashley Bush2; David Finkelstein2;
Philip Doble1; 1University of Technology, Sydney, Broadway,
Australia; 2Florey Institute of Neuroscience and Mental
Health, Melbourne, Australia; 3Agilent Technologies, Santa
Clara, CA
WP 213 Carbon Nanodots as a Novel Matrix for the Analysis
 Chen Suming;
Nie Zongxiu; Institute of Chemistry Chinese Academy of
Sciences, Beijing, China
WP 214 
 Dhaka Bhandari;
Andreas Roempp; Bernhard Spengler; Justus Leibig
University Giessen, Giessen, Germany
WP 215 
 Delphine
Debois 1; Emmanuel Jourdan2; Nicolas Smargiasso1; Marc
Ongena3; Edwin De Pauw1; 1University of Liege, Liège,
Belgium; 2University of Liege - CWBI, Liege, Belgium;
3University of Liege Gembloux Agro-Bio Tech, Gembloux,
Belgium
WP 216  Roberto
Fernandez1; Javier Diez-Garcia2; Miguel Alaminos3; Begoña
Castro Feo2; Alejandro Garcia-Garcia2; Jose A. Fernandez1;
1Universidad del Pais Vasco, Leioa, Spain; 2Histocell S. L.,
Derio, Sp; 3University of Granada, Granada, Spain
WP 217 Imaging Mass Spectrometry: Insights into the

Vanessa Phelan1; Wilna Moree1; Alexandra Koumoutsi2;
Suzanne Noble2; Pieter Dorrestein1; 1UC, San Diego, La
Jolla, CA; 2University of California, San Francisco, CA
WP 218 MALDI Imaging MS of Metabolites in Human Cancer
 Tim Dekker; Emrys Jones; René van Zeijl; Willem
Corver; Rob Tollenaar; André Deelder; Hans Morreau;
Wilma Mesker; Liam Mcdonnell; Leiden University Medical
Center, Leiden, Netherlands
WP 219 Identifying the Neuroanatomical Substrate Involved

 Leila
Hosseinzadehshahri; Buffalo, NY
WP 220 Complimentary Use of MALDI FTICR-MS and TOF-
 Manuel
Liebeke1; Jens Fuchser2; Katherine A. Kellersberger3; Sarah
Fearn4; David McPhail4; Jacob G. Bundy1; 1Department of
Surgery and Cancer, Imperial College, London, UK; 2Bruker
Daltonik, Gmbh, Bremen, DE; 3Bruker Daltonics, Inc.,
Billerica, MA; 4Department of Materials, Imperial College,
London, UK
WP 221 Structural Properties of Metabolites that Dominate the

 Daichi Yukihira; Daisuke Miura; Yoshinori
Fujimura; Mitsuru Shindo; Hiroyuki Wariishi; Kyushu
University, Fukuoka, Japan

and Characterization, 222 – 233
WP 222 LC-LC-MS/MS Heart-Cut Approach for Software

Non-MS Compatible LC Method Using Time of Flight
 Siji Joseph; Ravindra Gudihal;
Suresh Babu C.V; Agilent Technologies, Bangalore, India
WP 223 Scoring Methods for Interpreting Mass Spectra of

Marshall M. Siegel 1; Gary Walker1; Yongdong Wang2; 1MS
Mass Spec Consultants, Fair Lawn, NJ; 2Cerno Bioscience,
Norwalk, CT
WP 224 Fragmentation Outcome Modelling: Prototype Software
for Prediction of CID Fragment Ions for Small Molecule
 Kirsten Hobby 1; Richard Gallagher2; Neil
Loftus1; 1Shimadzu MS/BU, Manchester, UK; 2AstraZeneca,
Maccleseld, UK
WP 225 Automated Tool for Substructure Annotation of
 Yan Ma; Tobias Kind;
Oliver Fiehn; University of California,Davis, CA
WP 226 

Fumio Matsuda; Hiroshi Tsugawa; Eiichiro Fukusaki; Osaka
Univeristy, Suita, Japan
WP 227 
Accuracy Isotope Scoring within a High Throughput
 Christopher Williams1; Yongdong Wang2; Leo
Xu2; Ming Gu2; 1Swansea University, Swansea, UK; 2Cerno
Bioscience, Norwalk, CT
WP 228 
 Timothy Dunne; Chan
C. K; Travis Mathewson; Holly Mckeith; Rosalia Gonzales;
Pzer, Groton, CT
WP 229 
 Emma
Schymanski; Steffen Neumann2; 1Eawag:
Swiss Federal
Institute of Aquatic Science, Dübendorf, Switzerland;
2
Leibniz
Institute of Plant Biochemistry, Halle (Saale), Germany
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 129
WEDNESDAY POSTERS
WP 230 
 Gerard
Hopfgartner1; Abhinandan KR1; Emmanuel Varesio1; Eva
Duchoslav
2
; Lyle Burton
2
; Ron Bonner
2
;
1
University of Geneva,
Geneva, Switzerland;
2
AB Sciex, Concord, ON, Canada
WP 231 
 Kai
Dührkop; Kerstin Scheubert; Sebastian Böcker; Friedrich-
Schiller University Jena, Jena, Germany
WP 232 Integrating Datasets from Drug Metabolism and
Bioanalytical Studies and Fixing the Missing Link
 Mark D. Wrona; Craig Dorschel; Yun
W. Alelyunas; Kevin Cook; Stephen McDonald; Paul D.
Rainville; Waters Corporation, Milford, MA
WP 233 Characterization of Oxidative Forced Degradation
 Chunang
(Christine) Gu 1; Jane Li1; Kate Comstock2; Alan Deese1;
1Genentech, South San Francisco, CA; 2Thermo Fisher
Scientic, San Jose, CA
Small Molecules: Qualitative Analysis, 234 – 251
WP 234 Characteristic Retro-Diels-Alder Fragmentation of

and Negative Mode: An Experimental and Theoretical
 Jian-Qin Qian1, 2; Chang-Qin Hu1; 1National Institutes
for Food and Drug Control, Beijing, China; 2Peking Union
Medical College, Beijing, China
WP 235 Fundamental Study of Mechanisms of Collision-
Activated Dissociation of Ionized Asphaltenes’ Model
Compounds Using a Linear Quadrupole Ion Trap Mass
 James Riedeman; Nadine Njoya; David
Borton; Matt Hurt; Hilkka Kenttämaa; Purdue University,
West Lafayette, IN
WP 236 Structural Elucidation of Small Drug Molecules Using

 Lena von Sydow1; Anja Ekdahl1;
Carina Leandersson1; Marie Tysk-Rönnqvist2; Aviv Amirav3;
1AstraZeneca R&D, Mölndal, Sweden; 2AstraZeneca
Operations, Södertälje, Sweden; 3Tel Aviv University, Tel
Aviv, Israel
WP 237 
Studied by Ultra-Performance Liquid Chromatography/
 Tove
Johansson Mali’n; Crister Åstot; Swedish Defense
Research Agency, Umeå, Sweden
WP 238 Mass Spectrometric Detection of Local Anesthetics
Masking Prohibited Practice of Inducing Limb Soring
 Szabolcs Szarka;
Laszlo Prokai; UNT Health Science Center, Fort Worth, TX
WP 239 Investigation of an Impurity in Carboplatin through a
 Jeffrey Selenka1; Cynthia
Sanderson2; 1PPD Inc., Madison, WI; 2AB SCIEX,
Framingham, MA
WP 240 
 Ludmila Alexandrova1;
Paul A. Novick2; Vijay S. Pande2; Allis Chien1; 1Stanford
University Mass Spectrometry, Stanford, CA; 2Stanford
University, Chemistry Department, Stanford, CA
WP 241 On-line Nanopore Optical Interferometry-Mass
Spectrometry for Screening and Quantifying Small
 Iain D G Campuzano; Paul
D Schnier; Klaus Michelsen; Amgen Inc., Thousand Oaks, CA
WP 242 Fast Analysis of Stereo and Structural Related Isomers
using Supercritical Fluid Chromatography-Mass
 Yuqin Dai; Lisa Zang; Agilent Technologies,
Santa Clara, CA
WP 243 Principal Component Analysis of Laser Desorption
Postionization Mass Spectrometry Data for Mixed/
 Chhavi Bhardwaj1; Yang Cui1;
Theresa Hofstetter2; Suet Liu2; Hans C. Bernstein3; Ross
P. Carlson3; Musahid Ahmed2; Luke Hanley1; 1University
of Illinois at Chicago, Chicago, IL; 2Lawrence Berkeley
National Laboratory, Berkeley, CA; 3Montana State
University, Bozeman, MT
WP 244 New Methodology for the Analysis of Highly
Hydrophobic Calixarenes by MALDI-TOF Mass
 Vincent Guérineau1; Vincent Huc2; David
Touboul1; Baptiste Boutonnet2; Cyril Martini2; Alain Brunelle1;
1CNRS, Institut de Chimie des Substances Naturelles, Gif-sur-
Yvette, France; 2Université Paris-Sud, ICMMO, Orsay, France
WP 245 Creation of Uniquely Deep and Rich Datasets for the
Structural Elucidation of Metabolites in Quan/Qual
 Jonathan L. Josephs 1; Timothy Stratton2;
William Humphreys1; 1Bristol-Myers Squibb, Pennington,
NJ; 2Thermo Scientic, San Jose, CA
WP 246 Application of Mass Spectrometry to Support
Authentication and Characterization of Counterfeit
 Michael Peddicord; Charles Pathirana;
Holly Shackman; Mark Bolgar; Scott Miller; Bristol-Myers
Squibb, New Brunswick, NJ
WP 247 Application of MALDI-Mass Spectrometry to
Investigation of Active Layer Degradation in Organic
 Evgenia Akhmetova; Matthew McMahon;
Santhosh Narasimhachary; Charles L. Wilkins; University of
Arkansas, Fayetteville, AR
WP 248 LCMSMS Technique Reveals the Structure of New

 Arugavur Ponnusamy Kannan1;
D. Easwaramoorthy1; Raman Palvannanathan2; Mohan
Kasi2; Saravanan Subramaniyan2; Janani Thyagarajan2;
Venkat Manohar2; 1Dept. of Chemistry B.S.Abdur Rahman
University, Chennai, India; 2IICMS, Chennai, India
WP 249 Understanding the role of Solvent Media towards
Peroxide Degradation Products of Lenalidomide, an

Janani Thyagarajan1; Raman Palvannanathan1; Mohan
Kasi1; Govindarajan Chandramohan1; Saravanan
Subramaniyan1; Thaminum Ansari Abubacker2; Venkat
Manohar1; 1IICMS, Chennai, India; 2Muthurangam Govt.
Arts College, Vellore, Tamil Nadu, India
WP 250 Characterization of Hitherto Unknown Process
Related Impurities of Crizotinib through Multiple
 Saravanan Subramaniyan1;
Thaminum Ansari Abubacker2; Mohan Kasi1; Govindarajan
Chandramohan1; Rampriya Uthayakumar1; Raman
Palvannanathan1; Arvind Thyagarajan1; Venkat Manohar1;
1IICMS, Chennai, India; 2Muthurangam Govt. Arts College,
Vellore, Tamil Nadu, India
WP 251 
 Meng Xu; Hongfei Yue; John
Castoro; Bristol-Myers Squibb, New Brunswick, NJ
Drug Metabolism: Qualitative Analysis, 252 – 282
WP 252 


Peter L. Jacobs1, 2; Lars Ridder3; Marco Ruijken4; Hilde
Rosing5; Nynke G.L. Jager5; Jos H. Beijnen5; Richard R.
Bas1; William D. van Dongen1; 1TNO Triskelion, Zeist, The
Netherlands; 2MSam, Oss, The Netherlands; 3Wageningen
University, Wageningen, The Netherlands; 4MsMetrix,
Maarssen, The Netherlands; 5Slotervaart Hospital,
Netherlands Cancer Institute, Amsterdam, The Netherlands
GENERAL INFORMATION
PAGE 130 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 253 IPeaks: Isotope Pattern Matching for Fast and Sensitive
Drug Metabolite Detection using High Resolution Mass
 Marco Ruijken; MsMetrix, Maarssen,
Netherlands
WP 254 

 Richard Clayton1; Richard Lock2; Lucy
Fernandes2; 1Covance, Harrogate, UK; 2Waters Ltd,
Manchester, UK
WP 255 Comparison of MS/MSall with SWATH and Information
Dependent Acquisition Methods for Increased

 Veronica Zelesky1; Richard Schneider1; John
Janiszewski1; Yves LeBlanc2; Eva Duchoslav2; 1Pzer Inc.,
Groton, CT; 2AB SCIEX, Concord, Canada
WP 256 

 Eva Duchoslav; Gordana
Ivosev; Ignat Shilov; Hesham Ghobarah; Lyle Burton; AB
SCIEX, Concord, Canada
WP 257 
in-vitro and in-vivo Samples with All Ion Fragmentation
 Joseph T. Marini; Jie
Ding; Donald L. McKenzie; Covance, Madison, WI
WP 258 Multiple Fragmentation Techniques for Comprehensive
 Jack Cunniff1; Kelly Wang2; Gene
Eiserberg2; Tim Stratton1; Kate Comstock1; 1Thermosher
Scientic, San Jose, CA; 2Gilead Sciences, Inc., Foster City,
ca
WP 259 Using HRAM Survey Analysis Combined with Rapid
MS2 Data to Develop a Fragmentation Based Detection
 Tim Stratton;
Thermo Fisher Scientic, San Jose, CA
WP 260 Electrochemically Initiated Reactions Upfront MS - EC/
MS an Unknown Panacea? Martin Eysberg; Agnieszka
Kraj; Hendrik-Jan Brouwer; Nico Reinhoud; Jean-Pierre
Chervet; Antec, Zoeterwoude, The Netherlands
WP 261 In vitro Mimicry of Metabolism of Xanthohumol by

Andries P. Bruins1; Jan F. Stevens2; Ulrik Jurva3; 1University
of Groningen, Groningen, Netherlands; 2Oregon State
University, Corvallis, OR; 3AstraZeneca, Mölndal, Sweden
WP 262 Use of On-Line Electrochemistry/High-Resolution
Mass Spectrometry for the Estimation of the Site of
 Kazuyoshi Nozaki1; Kenji Tabata1; Toshio
Teramura1; Mitsuo Takayama2; 1Astellas Pharma Inc.,
Tsukuba, Japan; 2Yokohama City University, Yokohama,
Japan
WP 263 Automation Strategies for an Electrochemistry/MS
 Hannah Simon; Michael
Kießhauer; Uwe Karst; University of Münster, Münster,
Germany
WP 264 Utility of Data-Independent LC/MSE with Ion Mobility
to Increase Coverage of Nefazodone Metabolites from
in-vivo Joseph T. Marini1; Andrew G. Baker2;
Jie Ding1; Donald L. McKenzie1; 1Covance, Madison, WI;
2Waters Corporation, Pleasanton, CA
WP 265 Evaluation of Differential Mobility Techniques for

 Keith Goodman; Paul
Clemens; James Ferguson; Loren Olson; AB SCIEX, San
Jose, CA
WP 266 
 Carmai Seto;
Pauline Vollmerhaus; Alina Dindyal-Popescu; Deolinda
Fernandes; Takeo Sakuma; AB SCIEX, Concord, Canada
WP 267 A Novel Method for the Determination of the Site of

 Atsushi Shimizu; Taiho Pharmaceutical,
Tsukuba City, Japan
WP 268 
Mass Spectrometric Response Using LC-MS Assisted
 Manfred Zell;
Christophe Husser; F. Hoffmann-La Roche Ltd, Basel,
Switzerland
WP 269 Investigation of Metabolism of Peptide Drug by
127I-tagging Follow by Analyses Using Capillary UPLC
 Heng-Keang
Lim; Janssen Pharmaceuticals R&D, Raritan, NJ
WP 270 Molecular Level Probing of the Mechanism and
Biological Activity of Metal-based Anticancer Drug
 Zhihua
Yang; Dajena Tomco; Claudio N. Verani; Mary T. Rodgers;
Wayne State University, Detroit, MI
WP 271 Characterization of Bromopride and Metoclopramide
N-O-glucuronides in Human Hepatocytes by HPLC/ESI/
 Jennifer
L. Bushee1; Christine E. Dunne2; Kevin Colizza1; Amanda
Cirello1; Upendra A. Argikar1; 1Novartis, Cambridge, MA;
2Northeastern University, Boston, MA
WP 272 Mass Spectrometric Study of the Nitration and
 Larry Sallans
1; Stephen Macha1; Kari Brown1; Dennis McGraw1, 2; Melinda
Butsch Kovacic1, 3; Sara Stigler1, 3; Bradley Britigan4, 5;
1University of Cincinnati, Cincinnati, OH; 2Veterans Affairs
Medical Center, Cincinnati, OH; 3Cincinnati Children’s
Hospital, Cincinnati, OH; 4University of Nebraska Medical
Center, Omaha, NE; 5Veterans Affairs Medical Center - NE/
Western IA, Omaha, NE
WP 273 Investigations of Sulfation Phenotyping and Kinetics

Lori Coward1; Greg Gorman1; Teresa Wilborn2; Gwen
Nance2; 1Pharmaceutical Sciences Research Institute,
Samford University, Birmingham, AL; 2McWhorter School of
Pharmacy, Samford University, Birmingham, AL
WP 274 
Fungal Incubations Work Together with Chemical
 Axel Rydevik1; Ulf Bondesson1, 2; Mario
Thevis3; Mikael Hedeland1, 2; 1Uppsala University, Uppsala,
Sweden; 2National Veterinary Institute (SVA), Uppsala,
Sweden; 3German Sport University, Cologne, Germany
WP 275 Unusual Phase I and Phase II Metabolites Prepared
by Biotransformation and Their Unexpected MS/MS
 Andreas Fredenhagen; Juergen Kuehnoel;
Matthias Kittelmann; Kirsten Schroer; Stephan Luetz; Reiner
Aichholz; Lukas Oberer; Novartis Institutes for BioMedical
Research, Basel, Switzerland
WP 276 Evaluation of the Fungus Cunninghamella elegans as a
Model for the Formation of Reactive Metabolites Using
 Axel Rydevik2;
Anna Hellqvist2; Ulf Bondesson1; Mikael Hedeland1; 1Nat’l
Veterinary Institute, Uppsala, Sweden; 2Uppsala University,
Uppsala, Sweden
WP 277 UHPLC-MS-MS with Fast Precursor Ion and Neutral

 Ke Huang; Richard B.
van Breemen; University of Illinois College of Pharmacy,
Chicago, IL
WP 278 A Reactive Metabolite Investigation of Fenclozic
 Scott Martin1; Malcolm clench2;
1Astrazeneca, Maccleseld, UK; 2Shefeld Hallam university,
Shefeld, UK
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 131
WEDNESDAY POSTERS
WP 279 
for Biotransformation Studies in Ophthalmic Drug
 Joshua L. Johnson; Jennifer L. Bushee;
Upendra A. Argikar; Amin Kamel; Shawn Harriman; NIBR,
Cambridge, MA
WP 280 
in-vitro
and in-vivo Philip Tiller1; Mark D. Wrona2;
Yun W. Alelyunas2; Catalin Doneanu2; Paul D. Rainville2;
1RMI Laboratories, North Wales, PA; 2Waters Corporation,
Milford, MA
WP 281 Characterization of Long Lasting Plasma Radioactivity
in Monkey following Single Oral Dose of C-14 labeled
 Yuexia Liang; Sheri Smith; Kelem
Kassahun; Thomayant Prueksaritanont; Dan Cui; PPDM,
Merck, West Point, PA
WP 282 LC-MSn Analysis of Metabolites of ST-255, a Novel Anti-
 X. Steven Yan; Brian Furmanski;
Daniela Kropf; Dongcheng Dai; Jim Burgeson; Candace
Lovejoy; Sean Amberg; Shanthakumar Tyavanagimatt;
Janet Leeds; SIGA Technologies, Inc., Corvallis, OR
Drug and Metabolite Analysis: Novel Approaches for

WP 283 Determination of Opiates and Opioids in Dried Blood
Spots Using Novel Flow-Through Technology Coupled
 Dennis Nagtalon1; Kevin McCann1; Na Pi
Parra 1; Ken Lewis2; 1Agilent Technologies, Santa Clara,
CA; 2OpAns, Durham, NC
WP 284 
Hemoglobin from dried Blood Spots Using Automated
 Robert J. Seward1; Dhvani
Shah1; Jonathan Wilson1; Catherine Stacey1; Christel
Hempen2; 1PerkinElmer, Waltham, MA; 2Spark Holland,
Emmen, The Netherlands
WP 285 Advancing Quantitative Dried Blood Spot Analysis
Using Temperature-Enhanced Flow-Through Desorption
Coupled Online to Solid-Phase Extraction and Mass
 Christel Hempen; Lena Knegt; Bert Ooms;
Spark Holland B.V., Emmen, Netherlands
WP 286 Application of Micro Fluidic LC/MS/MS for the

 Robert Plumb2; Nicola Gray1;
Ian Wilson2; Paul Rainville1; 1Waters, Milford, MA; 2Imperial
College, London, UK
WP 287 

Regina Oliveira1; Jack Henion1; Enaksha Wickremsinhe2;
1Advion Bioanalytical Labs, a Quintiles Company, Ithaca,
NY; 2Drug Disposition, Eli Lilly and Company, Indianapolis,
IN
WP 288 Development of a Molecular Filtration Membrane
Substrate as an Alternative for DBS LC/MS
 Robert Sturm1; Jack Henion1; Richard
Abbott2; Phillip Wang3; 1Advion Bioanalytical Labs, a
Quintiles company, Ithaca, NY; 2Shire Pharmaceuticals,
Basingstoke, UK; 3Shire Development, Wayne, PA
WP 289 Comparison of Proteins in Liquid and Dried Blood
 Andrew Chambers1;
Andrew Percy1; Darryl Hardie1; Christoph Borchers1, 2;
1University of Victoria-Genome BC Proteomics Centre,
Victoria, Canada; 2Dept of Biochemistry and Microbiology, U
Victoria, Victoria, Canada
WP 290 Heat Stabilized Blood Spots as Alternative to Standard
DBS Sampling – Analyte Stability and Coextraction
 Karl Skold1; David Zeeberg1; Daniel
Blessborn2; Karnrawee Kaewkhao2; Olof Sköld1; Martin
Ahnoff3; 1Denator AB, Uppsala, Sweden; 2Mahidol
University, Bangkok, Thailand; 3University of Gothenburg,
Gothenburg, Sweden
WP 291 Determination of Eight Metabolically Unstable Drugs
 Olof
Skold1; Karl Sköld1; David Zeeberg1; Gunnar Hägglund4;
Eskil Hermansson4; Peter Abrahamsson2; Martin Ahnoff3;
1Denator AB, Gothenburg, Sweden; 2Agilent Technologies,
Gothenburg, Sweden; 3University of Gothenburg,
Gothenburg, Sweden; 4Q&Q labs AB, Gothenburg, Sweden

WP 292 Targeted Ion Mobility and Liquid Chromatography-Mass

Quantitation in Exhaled Breath Condensate for Cystic
 María Monge1; Jose Perez1; Prabha
Dwivedi1; Manshui Zhou1; Arlene Stecenko2; Facundo
Fernández1; 1Georgia Institute of Technology, Atlanta, GA;
2Emory University School of Medicine, Atlanta, GA
WP 293 Quantitative Analysis of Small Molecule
Neurotransmitters Secreted by hESCs Derived
Serotonergic Neurons via Capillary Electrophoresis-

Xuefei Zhong; Hui Ye; Jianfeng Lu; Su-chun Zhang; Lingjun
Li; University of Wisconsin, Madison, WI
WP 294 
Bovine Intraluminal Fluids by UPLC-MS/MS after Solid
 Maxim Maheux; Claude-Paul Lafrance;
TransBIOTech, Levis, Canada
WP 295 The Potential of Two Dimensional Liquid
Chromatography in Mass Spectrometric Assays of
 Kristaps Klavins1, 2; Dinh
Binh Chu1; Stefan Neubauer1; Stephan Hann1, 2; Gunda
Koellensperger1, 2; 1BOKU - Vienna, Vienna, Austria;
2Austrian Centre of Industrial Biotechnology (ACIB), Vienna,
Austria
WP 296 Simultaneous Analysis of Hydrophilic Metabolites on
Central Carbon Metabolic Pathway, Amino Acids and
 Tsuyoshi
Nakanishi1; Takako Hishiki2, 3; Makoto Suematsu2, 3;
1Shimadzu Corporation, Kyoto, Japan; 2School of Medicine,
Keio University, Tokyo, Japan; 3JST ERATO Suematsu Gas
Biology Project, Tokyo, Japan
WP 297 Differential Analysis for Quantitative Metabolomics
Using Isotope-Labeling and LC-HRMS: Data Processing
 Michel Wagner1; Yasmin Boukhedimi1; Leanne
Ohlund1; Tze Chieh Shiao1; Amelie Vezina1; Borhane
Annabi1; Alex P. Parker2; Sarah Jenna1; Rene Roy1; Lekha
Sleno1; 1UQAM, Montreal, Canada; 2University of Montreal,
Montreal, CA
WP 298 Mild Base Catalyzed Deuteration of Polyphenolics for


Cecilia Gentle1, 2; Mikel Roe1; Adrian Hegeman1; Jerry
Cohen1; 1University of Minnesota, St. Paul, MN; 2Anoka-
Ramsey Community College, Coon Rapids, MN
WP 299 
Secondary Metabolites by New Developed Make-Up
 Che-I Liao; Ya-an Lin;
Min-Jane Chen; Kuo-Lung Ku; National Chiayi University,
Chiayi City, Taiwan
WP 300 Separation and Complementary ESI-MS/MS and ICP-
 Stefan
Neubauer; Dinh Binh Chu; Kristaps Klavins; Stephan Hann;
Gunda Koellensperger; BOKU - Vienna, Vienna, Austria
GENERAL INFORMATION
PAGE 132 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 301 Addressing the Bottlenecks in Metabolomics: Making

 Mark Sanders1; Kevin McHale1;
Adam Takvam2; Michael Athanas3; Mark Szewc1; Jamie
Humphries2; 1Thermo Fisher Scientic NJ, Somerset, NJ;
2Thermo Fisher Scientic TX, Austin, TX; 3Thermo Fisher
Scientic CA, San Jose, CA
WP 302 
UPLC-ESI/MS/MS Method for Simultaneous Quantitative

Sandra Gouveia; Malin Nording; Department Chemistry,
Umea University, Umea, Sweden
WP 303 Quantitative and Qualitative Metabolomics of Neuronal

 Maria Wenner;
Catherine Rawlinson; Joel Gummer; Ian Mullaney; Garth
Maker; Robert Trengove; Murdoch University, Murdoch,
Australia
WP 304 Use of CI and EI for Enhanced Selectivity and
 Catherine
Rawlinson1; Lars Kamphuis2; Paul Wynne4, 5; Karam Singh2;
Riki Kitano3; Bruce Fraser4, 5; Robert Trengove 1; 1Murdoch
University, Murdoch, Australia; 2CSIRO Plant Industry, Perth,
Australia; 3Shimadzu Corporation, Tokyo, Japan; 4Shimadzu
Scientic Instruments (Oceania), Palmerston North, New
Zealand; 5Shimadzu Scientic Instruments (Oceania),
Melbourse, Australia
WP 305 

 Zied Kaabia1, 2;
Gaud Dervilly-Pinel1; Marie-Agnès Popot2; Ludovic Bailly-
Chouriberry2; Philippe Plou2; Yves Bonnaire2; Bruno Le
Bizec1; 1LABERCA, Nantes, France; 2LCH, Paris, France
WP 306 
Estrone, and Keto-Androgen Metabolites from Human
 Lisa Bottalico1, 2; Kannan Rangiah3; Jasbir Arora4;
Clementina Mesaros1, 2; Ian A. Blair1, 2; 1Center for Cancer
Pharmacology, Philadelphia, PA; 2University of Pennsylvania
School of Medicine, Philadelphia, PA; 3NCBS, Center for
Cellular and Molecular Platforms, Bangalore, India; 4HFL
Sport Science, LGC Health Sciences, KY
WP 307 Comprehensive Analysis of Neurotransmitters from

Kannan Rangiah1; Dasaradhi Palakodeti2; 1Scientist,
C-CAMP, Bangalore, India; 2Scientist, inSTEM, Bangalore,
India
WP 308 Metabolomics Investigation of Ovalbumin-Induced
 Jun Yang; Jennifer Bratt; Lisa
Franzi; Nicholas Kenyon; Bruce Hammock; University of
California, Davis, CA
WP 309 

(Oncorhynchus nerka
 Jonathan Benskin1, 2; Michael Ikonomou2; Ralf
Bogumil3; John Cosgrove1; 1AXYS Analytical Services Ltd.,
Sidney, Canada; 2Institute of Ocean Sciences, Sidney,
Canada; 3BIOCRATES Life Sciences AG, Innsbruck, Austria
WP 310 Dynamics of Acylsugar Biosynthesis and Metabolism in
Solanum Zhenzhen
Wang; A.Daniel Jones; Michigan State University, East
Lansing, MI
WP 311 Targeted Metabolomic Analysis of Nucleosides
in Biological Fluids by Isotope Dilution Liquid
Chromatography Electrospray Ionization Tandem Mass
 Jaeman Byun; Anna Mathew; Subramaniam
Pennathur; University of Michigan, Ann Arbor, MI
Metabolomics: Clinical Applications, 312 – 323
WP 312 

Nagireddy Putluri1; Atsushi Terunuma2, 3; Tim D. Veenstra4;
Prachi Mishra2, 3; Ewy A. Mathe2, 3; Tiffany H. Dorsey4; Ming
Yi4; Tiffany A. Wallace4; Haleem J. Issaq4; J. Keith Killian4;
Holly S. Stevenson4; Edward D. Karoly5; King Chan4;
Susmita Samanta1; Daniel C. Edelman4; Jacob Wulff4;
Adrienne M. Starks2, 3; Yinmeng Yang2, 3; Rick A. Kittles6;
Harry G. Yfantis7; Dong H. Lee7; Rachel Schiff1; Robert
M. Stephens4; Paul S. Meltzer4; Arun Sreekumar1; Stefan
Ambs4; 1Baylor College of Medicine, Houston, TX; 2National
Institutes of Health, Bethesda, MD; 3National Institutes of
Health, Bethesda, MD; 4National Cancer Institute, Bethesda,
MD; 5Metabolon Inc, Durham, NC; 6University of Illinios,
Chicago, IL; 7Pathology and Laboratory Medicine, Baltimore,
MD
WP 313 Application of Metabolomics to Characterize
Differences between Plasma and Nipple Aspirate
Fluid, a Potential Source of Novel Breast Cancer
 Jessica Miller1; Patricia Thompson1; Andrew
Baker2, 3; Steven Lai2, 3; H-H Sherry Chow1; 1University of
Arizona Cancer Center, Tucson, AZ; 2Waters Corporation,
Pleasanton, CA; 3Waters Corporation, Milford, MA
WP 314 Metabolomic Comparison of Serum Changes in Focal

 Chih-Chuan Yu1; Chen-Chin Chang1; Lai-Chuan
Chang 1; Hung-Chun Chen2; 1Biotech Total Solutions
Co., Ltd., Taipei, Taiwan; 2Kaohsiung Medical University,
Kaohsiung, Taiwan
WP 315 MALDI-TOF MS Quantitation of Targeted Metabolite
 Nivedita
Bhattacharya1; Ajeet Singh1; Avinash Ghanate1; Gaurav
Bharadwaj2; Trayambak Basak2; Shantanu Sengupta2;
Venkateswarlu Panchagnula1; 1CSIR-National Chemical
Laboratory, Pune, India; 2CSIR-Institute of Genomics and
Integrative Biology, New Delhi, India
WP 316 Metabolomic Study of Malaria-Borrelia Co-Infection in
 Izabella Surowiec1; Maria Nelson2; Sven
Bergström2; Johan Trygg1; Johan Normark2; 1Department of
Chemistry, Umeå University, Umeå, Sweden; 2Department
of Molecular Biology, Umeå University, Umeå, Sweden
WP 317 

 Rainey Patterson1; Romina Lomonaco2;
Nishanth Sunny2; Kenneth Cusi2; Timothy Garrett3; David
Powell1; Richard Yost1; 1Department of Chemistry, University
of Florida, Gainesville, FL; 2Division of Endocrinology,
University of Florida, Gainesville, FL; 3Department of
Pathology, University of Florida, Gainesville, FL
WP 318 Evaluation of Home Sampling DBS and Micro Fluidic
LC/MS for Monitoring the Effects of Rosuvastatin on
 Robert Plumb1; Ian
Wilson1; Nicola Gray1; Paul Rainville2; 1Imperial College,
London, UK; 2Waters, Milford, MA
WP 319 Determination of Hydroxyeicosatetraenoic Acids in
Prostate Cancer Serum Samples Using UHPLC-MS/
 Giovanny Rodríguez-Blanco1; Peter Burgers1; Lennard
Dekker1; Jan Ijzerman2; Mirella Vredenbregt-van den Berg3;
Ellen Schenk3; Guido Jenster3; Theo Luider1; 1Neurology
Department, Erasmus Medical Center, Rotterdam,
Netherlands; 2Department of Surgery, Erasmus Medical
Center, Rotterdam, Netherlands; 3Urology Department,
Erasmus Medical Center, Rotetrdam, Netherlands
WP 320 Plasma Metabolites Associated with Acute
Exacerbations of Chronic Obstructive Pulmonary
 Makedonka Gulcev1; Cavan Reilly1; Steven
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 133
WEDNESDAY POSTERS
Harvey1; Joseph Dalluge1; Prescott Woodruff2; Christine
Wendt1; 1University of Minnesota, Minneapolis, MN;
2University of California, San Francisco, CA
WP 321 
 Shucha Zhang; Karen Corbin;
Xueqing Zhao; Steven Zeisel; UNC Chapel Hill, Kannapolis,
NC
WP 322 

Pavel Aronov1; Tammy Sirich2; Natalie Plummer2; Allis
Chien3; Timothy Meyer2; 1Thermo Scientic, San Jose, CA;
2Department of Medicine, Stanford University, Stanford,
CA; 3Mass Spectrometry Laboratory, Stanford University,
Stanford, CA
WP 323 Metabolomics Input in a Search for Chronic Kidney
Disease Targets Utilizing Clinical Cross-Platform Omics
 Vladimir Tolstikov; Alexander Nikolayev;
Dennis Laska; Ming-Shan Kuo; Kevin Dufn; Eli Lilly and
Company, Indianapolis, IN
Food “omics” MS Characterization of Food and
Nutritional Supplements, 324 – 355
WP 324 An Advanced CE-QTOF Technique for the Rapid

Tao Bo; Zhengxiang Zhang; Xiaorong Ran; Jianzhong Li;
Agilent Technologies, Beijing, China
WP 325 Sake-omics: Development and Application of Advanced

 Doug D. Carlton Jr; Kevin A. Schug; The
University of Texas at Arlington, Arlington, TX
WP 326 Rapid Analysis of Triglycerides and Fatty Acids in
Food Oils Using DART-MS with High-Speed Polarity
 Shun Wada1; Jun Watanabe2; Keiko
Matsumoto2; Teruhisa Shiota3; Shingo Toda3; 1Japan Inst.
of Oil & Fats, Other Foods Inspection, Tokyo, Japan;
2Shimadzu Corporation, Kyoto, Japan; 3AMR, Inc., Tokyo,
Japan
WP 327 
 Gregg Hasman; Andre Venter;
Western Michigan University, Kalamazoo, MI
WP 328 Rapid Amino Acid Content Analysis in Soybeans
and Other Foodstuffs Utilizing Microwave Hydrolysis
Coupled with Desorption Electrospray Ionization
 Jonathan R. Person; Christopher C.
Mulligan; Department of Chemistry, Illinois State University,
Normal, Il
WP 329 New Method for the Analysis of Antioxidants in

 Patric Hoerth1; Maria Rambla-
Alegre2; Martin Vollmer1; Gerd Vanhoenacker2; 1Agilent
Technologies, Waldbronn, Germany; 2Research Institute for
Chromatography, Kortrijk, Belgium
WP 330 Use of Supercritical Fluid Chromatography /Mass
Spectrometry for Rapid Separation of Fat Soluble
 Jennifer Van Anda1; Terry
Berger2; 1Agilent Technologies, Little Falls, DE; 2SFC
Solutions, Englewood, FL
WP 331 
Using Automated Online Sample Preparation with LC/
 Yang Shi; Thermo Fisher Scientic, Franklin, MA
WP 332 Queued and Ready to Run? Testing the Stability

 Jeremy Post 1; Susan
Leonard2; Christopher Gilles1; Scott Kuzdzal1; 1Shimadzu
Scientic Instruments, Columbia, MD; 2Shimadzu Scientic
Instruments., Marlborough, MA
WP 333 
 Elizabeth Humston-Fulmer;
Jeff Patrick; Joe Binkley; LECO, St. Joseph, MI
WP 334 
Phosphates and Inorganic Phosphate in Seed Extracts

David Mccaskill; Josh Flook; Scott Greenwalt; Beth
Blakeslee; Dow AgroSciences, Indianapolis, IN
WP 335 LC-MS Analysis of Food and Food Additives with
 David Lentz1; Stephan
Altmaier2; Egidijus Machtejevas2; Karin Cabrera2; 1EMD
Millipore, Billerica, MA; 2Merck Millipore Merck KGaA,
Darmstadt, Germany
WP 336 Characterization and Quantitation of Capsaicin and
Related Pungent Agents in Chili Peppers and Hot
 Seyed Sadjadi; J Preston; Sky
Countryman; Zeshan Aqeel; Phenomenex, Inc, Torrance,
CA
WP 337 Comprehensive Analysis of Caecal Contents of the

 Masahiko Takino1; Motoi
Tamura2; 1Agilent Technologies Japan, Tokyo, Japan; 2the
National Food Research Institute, Tsukuba, Japan
WP 338 
 Helene Hopfer1, 2; Thomas S. Collins1, 3; Jenny
Nelson2, 4; Susan Ebeler1, 2; 1UC Davis, Davis, CA; 2Food
Safety and Measurement Facility, Davis, CA; 3Treasury
Wine Estates, Napa, CA; 4Agilent Technologies, Santa
Clara, CA
WP 339 
Regions and Chateaux Using UHPLC-ESI/QTOF-MS
Technique Combined with Principle Components
 Shen Han1; Jinhua Wang1; Ying Liu1; Qi Zhou1;
Meiling Lu2; 1Beijing Entry-Exit Bureau of Inspect. and
Quarant., Beijing, CN; 2Agilent Technologies, Beijing, CN
WP 340 Application of Non-Targeted High Resolution Mass
Spectrometry to Monitoring Tea Fermentation Level and
 Karl Fraser2; Don Otter2; Geoff Lane2; Siew-Young
Quek1; Yacine Hemar1; 1University of Auckland, Auckland,
New Zealand; 2AgResearch, Palmerston North, New
Zealand
WP 341 A Novel Strategy for in situ Label-Free Imaging of a
 Yoshinori Fujimura1; Yoon Hee
Kim2; Takatoki Hagihara2; Masako Sasaki2; Daichi Yukihira2;
Tatsuhiko Nagao2; Daisuke Miura1; Shinichi Yamaguchi3;
Kazunori Saito4; Hiroyuki Wariishi2; Koji Yamada2; Hirofumi
Tachibana2; 1ICMRN, Kyushu University, Fukuoka, Japan;
2Faculty of Agriculture, Kyushu University, Fukuoka, Japan;
3Shimadzu Corporation, Kyoto, Japan; 4Bruker Daltonics
K.K., Yokohama, Japan
WP 342 
Flavonols by UHPLC Coupled High Resolution QTOF
 ChengYing Ma1; Haipeng Lv1;
Xingzhong Zhang1; Zongmao Chen1; Jiang Shi1; Zhi Lin1;
Meiling Lu2; Shan Zhou2; 1Tea Research Institute, CAAS,
Hangzhou, CN; 2Agilent Technologies, Beijing, CN
WP 343 
 Katherine L. Fiedler;
Sara C. McGrath; John H. Callahan; Mark M. Ross;
CFSAN, U.S. FDA, College Park, MD
WP 344 
Allergens Using Ion Mobility Data Independent Label
 Philip Johnson2; Lee A Gethings1;
Justin Marsh2; James Langridge1; Clare Mills2; 1Waters,
Manchester, UK; 2University of Manchester, Manchester, UK
GENERAL INFORMATION
PAGE 134 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 345 

 Trine Dalsgaard1;
Mathilde Triquigneaux2; Leesa Deterding2; Fiona Summers2;
Kalina Ranguelova2; Grith Mortensen1; Ronald Mason2;
1Aarhus University, Tjele, Denmark; 2NIEHS/NIH, Research
Triangle Park, NC
WP 346 
 Katina L.
Johnson 1; Geoffrey A. Mueller1; Soheila Maleki2; Allison
Schrozman3; Anna Pomes4; Lori Edwards1; Hajeung Park5;
Leesa Deterding1; Kenneth B. Tomer1; Robert London1;
Jason G. Williams1; 1National Institute of Environmental
Health Science, Reseach Triangle Park, NC; 2USDA, New
Orleans, LA; 3University of North Carolina at Chapel Hill,
Chapel Hill, NC; 4INDOOR Biotechnologies, Charlottesville,
VA; 5The Scripps Research Institute, Jupiter, FL
WP 347 Rapid Throughput Extraction of Human Milk

Lauren M. Dimapasoc; Sarah Totten; Carol Stroble; L.
Renee Ruhaak; Carlito B. Lebrilla; University of California,
Davis, CA
WP 348 
by Capillary LC Coupled with Novel Hybrid High
 Terry Zhang; David
Horn; Guifeng Jiang; Charles Yang; Dipankar Ghosh;
ThermoFisher, San Jose, CA
WP 349 

Sarah Totten; Santiago Ruiz-Moyano; David Mills; Carlito
Lebrilla; University of California, Davis, CA
WP 350 Digestomics of Human Milk Proteins in Term and
 David Dallas1; Andres Guerrero1; Nora
Khaldi2; Bruce German1; Daniela Barile1; Mark Underwood1;
Carlito Lebrilla1; 1University of California, Davis, CA; 2UC
Dublin, Dublin, Ireland
WP 351 Metabolite Fingerprinting Using High Resolution Mass

Tim Anderson; R. Sam Houk; Roger Jones; Diane Birt;
Yinsheng Zhao; John McClelland; Iowa State University,
Ames, IA
WP 352 
in food-based Standard Reference Materials by
isotope-dilution liquid chromatography-tandem mass
 Johanna Camara; Mark Lowenthal; Karen
Phinney; NIST, Gaithersburg, MD
WP 353 Analysis of Triglycerides in Plant Oils by Direct
 Igor Gavin; Anil Oroskar; Asha
Oroskar; Orochem Technologies Inc., Lombard, IL
WP 354 A New, Sensitive Method for Lignan Metabolite
 Rong
Tsao1; Honghui Zhu1; Sha Joshua Ye2; Lisa M. Cousins
2; 1Guelph Food Research Centre, Agriculture & Agri-F,
Guelph, ON, Canada; 2IONICS Mass Spectrometry, Bolton,
ON, Canada
WP 355 
 Susan Seegers; Tiffanie West; Bunge North America,
Bradley, IL
Food Safety, 356 – 372
WP 356 Determination of 3-chloro-1,2-propanediol in Soy Sauce

Suzi Qin; Jack Liu; Wan Wang; Guotao Lu; Bonna-Agela
Technologies, Tianjin, China
WP 357 Direct Detection of Chloramphenicol in Honey by
Neutral Desorption-Extractive Electrospray Ionization
 Xi Zhang1, 2; Li-Ping Luo2; Xi-Mo Dai1,
2; Xiao-Wei Fang1; Eric Handberg1; Huanwen Chen1; 1East
China Institute of Technology, Nanchang, China; 2Nanchang
University, Nanchang, China
WP 358 Rapid Screening of Sulfur fumigated Chinese Star
Anise by Surface Desorption Atmospheric Pressure
 Xi-Mo Dai1,
2; Li-Ping Luo1; Xi Zhang1, 2; Ya-Li Liu2, 3; Xiao-Wei Fang2;
Eric Handberg2; Huanwen Chen2; 1Nanchang University,
Nanchang, China; 2East China Institute of Technology,
Nanchang, Chinia; 3Hebei University of Technology, Tianjin,
China
WP 359 Cadmium-Lead Chemical Signatures Characteristic to
the Harvest Areas of the American Oyster, by ICP-MS: A
 Marc E.
Engel; FDACS, Tallahassee, FL
WP 360 Liquid Chromatography – Mass Spectrometry Method
for the Quantitative Determination of Residues of

 Stefan Ehling; Murali Reddy; Abbott
Nutrition, Columbus, OH
WP 361 Direct-EI/LC-MS in Food Safety Applications.
Multicomponent Analysis of Environmental

Achille Cappiello1; Fabiana Capriotti1; Giorgio Famiglini1;
Pierangela Palma1; Veronica Termopoli1; Nicholas Cellar2;
1University of Urbino, Urbino, Italy; 2Abbott Nutrition,
Columbus, OH
WP 362 Rapid Quantitative Detection of Residual Malachite

Extractive Electrospray Ionization Mass Spectrometry
 Xiaowei Fang; Susu Pan; Liang Zhu; Xinglei
Zhang; Eric Handberg; Huanwen Chen; East China Institute
of Tech., Nanchang, China
WP 363 Coupling Neutral Desorption to Dielectric Barrier
Discharge Ionization Mass Spectrometry for Direct
 Yafei Zhou1; Zhongchen Wu2;
Cao Li1; Nannan Wang1; Saijin Xiao1; Xinglei Zhang1; Eric
Handberg1; Huanwen Chen1; 1East China Institute of Tech.,
Nanchang, China; 2Shandong University, Weihai, China
WP 364 Desorption Atmospheric Pressure Chemical Ionization


Ximo Dai1, 3; Liping Luo1, 1; Xi Zhang1, 3; Yongzhong Ouyang2;
Eric Handberg3; Huanwen Chen3; 1Nanchang University,
Nanchang, China; 2Hebei University of Technology, Tianjin,
China; 3East China Institute of Tech., Nanchang, China
WP 365 
High Fructose Corn Syrup and Carbonated Soft Drinks
 Sabrina Gensberger;
Monika Pischetsrieder; University of Erlangen-Nuremberg,
Erlangen, Germany
WP 366 
Meat Using Liquid Chromatography High Resolution
 Feng Qin1; Xiaoyan Li1; Ke Wang1;
Chengyuan Cai2; Yongming Xie2; Huaien Zhu2; 1Shanghai
Institute of Food and Drug Control, Shanghai, China;
2ABSCIEX, Shanghai, China
WP 367 
Matrices Using High Resolution LC/MS/MS and Library
 Franziska Spitzbarth1; Günther Kempe1; Jianru
Stahl-Zeng2; Alexander Eilfeld2; 1LUA Sachsen, Chemnitz;
2AB Sciex, Leipzig, Germany
WP 368 
Products by Ultra High Performance Liquid
Chromatography/Triple Quadrupole Mass
 Lingling Shen; Jinting Yao; Caiyong Lin;
Xiongxiong Qiu; Qisheng Zhong; Song Zhan; Taohong
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 135
WEDNESDAY POSTERS
Huang; Shimadzu Global COE, Shimadzu (China) Co., Ltd.,
Guangzhou, China
WP 369 
Baby Food by Ultra Fast Chromotagraphy with High

Charles T. Yang; Mary Blackburn; Dipankar Ghosh; Thermo
Fisher Scientic, San Jose, CA
WP 370 
Drugs in Tissue Samples by LC-MS/MS with New
 Guenther Kempe2; Thomas
Glauner1; Franzika Spitzbarth2; 1Agilent TechnologiesGmbH,
Waldbronn, Germany; 2LUA Saxony, Chemnitz, Germany
WP 371 
MS Method for the Determination of Acrylamide in
 Fred Foster; John Stuff; Edward
Pfannkoch; Gerstel, Inc., Linthicum, MD
WP 372  Daniel L. Sweeney; MathSpec,
Inc., Arlington Heights, IL
H/D Exchange, Software and Hardware, 373 – 385
WP 373 Peptide-Dependent Amide Back Exchange Rates Limit
the Utility of Subtractive Analysis as a Method for
 Joey Sheff; University of
Calgary, Calgary, Canada
WP 374 Assessing Lab-to-lab Reproducibility of Deuterium
Measurement in Hydrogen Deuterium Exchange Mass
 Barbara Sullivan; Waters, Beverly, MA
WP 375 Online SCX and RP extraction method for H/D
Exchange Mass Spectrometry of Samples Containing
 Farai Rusinga; David
Weis; University of Kansas, Lawrence, KS
WP 376 
 Joomi
Ahn1; Michael Eggertson1; Keith Fadgen1; Han Joo Lee1;
John Engen2; 1Waters Corp, Milford, MA; 2Northeastern
University, Boston, MA
WP 377 Applications of an Automated Hydrogen Deuterium
Exchange Platform to Epitope Mapping of Antibody-
 Jon Fitchett; Kai Zhang; Bryan E
Jones; Lilly Biotech Center-San Diego, San Diego, CA
WP 378 Overcoming Peak Capacity Limitations Imposed by
 Bradley
B. Stocks1; Thomas E. Wales1; Martha Stapels2; Keith
Fadgen2; Michael Eggertson2; Geoff Gerhardt2; John R.
Engen1; 1Northeastern University, Boston, MA; 2Waters
Corporation, Milford, MA
WP 379 

Huijiang Ding; Puneet Souda; Christopher M. Ryan; Kym
Faull; Julian Whitelegge; University of California, Los
Angeles, CA
WP 380 

 Yunan
Miao1; Gregory Staples2; Reid A. Brennen2; Hongfeng
Yin2; Kevin Killeen2; Terry Lee1; 1City of Hope, Duarte, CA;
2Agilent Laboratories, Santa Clara, CA
WP 381 Software for Automated HDX-MS Data Analysis and
 Seungjin Na1; Jae-Jin Lee2; Kong-Joo Lee2;
Eunok Paek1; 1Hanyang University, Seoul, Korea; 2Ewha
Womans University, Seoul, Korea
WP 382 How to Obtain Conformational Structures of Protein
in Solution from Higher Charge States in HDX and
Top-Down ECD ESI MS? Teerapat Rojsajjakul; Fred
King; Department of Chemistry, West Virginia University,
Morgantown, WV
WP 383 H/D Exchange Mass Spectrometry in Atmospheric
Pressure ESI-MS Interface for Enumeration of Labile
 Yury Kostyukevich1,
4; Alexey Kononikhin1, 2; Igor Popov2, 4; Oleg Kharybin1,
3; Eugene Nikolaev1, 3; 1Institute for Energy Problems of
Chemical Physics, Moscow, Russia; 2Emanuel Institute of
Biochemical Physics, Moscow, Russia; 3Orekhovich Institute
of Biomedical Chemistry, Moscow, Russia; 4Moscow
Institute of Physics and Technology, Moscow, Russia
WP 384 Improvements to the HDX Workbench Software for High
 Bruce D. Pascal;
Michael J. Chalmers; Graham M. West; Scott Novick;
Devrishi Goswami; David Marciano; Patrick R. Grifn; The
Scripps Research Institute, Scripps Florida, Jupiter, FL
WP 385 Binomial Fitting Provides a Powerful Method for the
 Miklos Guttman; Kelly
Lee; University of Washington, Seattle, WA
H/D Exchange: Protein Structure/Function II, 386 – 400
WP 386 
Therapeutic: Pyruvate Kinase Activator Restores
 Graham M West 1;
Dimitrios Anastasiou2; Bruce Pascal1; Michael Chalmers1;
Lewis Cantley3; Patrick Grifn1; 1Scripps Research Institute,
FL, Jupiter, FL; 2Division of Physiology and Metabolism,
MRC-NIMR, London, UK; 3Dpt of Systems Biology, Harvard
Medical School, Boston, MA
WP 387 Using Hydrogen-Deuterium Exchange to Probe the
Structure of Phosphorylase Kinase, a Complex with 325
 Mary Ashley Rimmer; Antonio
Artigues; Maria T. Villar; Gerald M. Carlson; University of
Kansas Medical Center, Kansas City, KS
WP 388 Substrate Channeling in Phosphodiesterase-
Protein Kinase A interactions Mediates cAMP Signal
Termination: Monitoring Transient Ternary Complexes
 Srinath Krishnamurthy; NUS, Singapore
WP 389 Structural Dynamics and Ligand Depended Activation
 Devrishi Goswami1;
Michael Chalmers1; Carlos Perez2; Stephen Antonysamy2;
Bruce Pascal1; Jeffrey Dodge2; Patrick Grifn1; 1The Scripps
Research Institute, Jupiter, FL; 2Lilly Research Laboratories,
Eli Lilly and company, Indianapolis, IN
WP 390 H/DX Mass Spectrometry Reveals Features of SecA
Dimeric Interface and a Conformational Change from
 Yuetian Yan1;
Andy Wowor2; Jun Zhang3; James Cole4; Debra Kendall5;
Michael Gross1; 1Dept of Chemistry, Washington University,
Saint Louis, MO; 2Dept of Chem and Biochem,
Colorado
College, Colorado Springs, CO;
3
Department of Drug
Product Development, Amgen Inc, Seattle, WA;
4
Department
of Chemistry, University of Connecticut, Storrs, CT;
5
Dept of
Pharmaceutical Sciences, U. of Connecticut, Storrs, CT
WP 391 Thermodynamic Stability of Protective Antigen
 Vennela Mullangi1, 3; James
Bann2; David Anderson1; Masaru Miyagi3; 1Cleveland
State
University, Cleveland, OH;
2
Wichita State University, Wichita,
KS;
3
Case Western Reserve University, Cleveland, OH
WP 392 Characterizing Protein Dynamics and Higher Order

 Guanbo Wang;
Rinat R. Abzalimov; Igor A. Kaltashov; University of
Massachusetts, Amherst, MA
WP 393 Effect of Ligand binding on Conformational Dynamics

 Tamanna Rob1; Naresh
Balachandran2; Paul Berti2; Derek Wilson1; 1York University,
Toronto, Canada; 2McMaster University, Hamilton, ON, Canada
GENERAL INFORMATION
PAGE 136 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 394 
 Rebecca Rose;
Hannah Maple; John Porter; Richard Taylor; Rachel Garlish;
UCB, Slough, UK
WP 395 Pinpointing Conformational Differences between
 Signe
T. Seger1, 2; Mette D. Andersen2; Jens Breinholt2; Christine
B. Schjødt2; Johan Faber2; Kasper D. Rand1; 1University of
Copenhagen, Copenhagen, Denmark; 2Novo Nordisk A/S,
Biopharmaceuticals Research Unit, Måløv, Denmark
WP 396 Solution-Phase H/D Exchange for Charge State +12 and
+13 Ions of Bovine Ubiquitin Revealed by Top-down
 Xiaqing Xu; Teerapat Rojsajjakul; Fred
King; Department of Chemistry, West Virginia University,
Morgantown, WV
WP 397 
Regulatory Domain by HDX Using High Resolution
 Sheng Li; Bryant Kou; Virgil
Woods, Jr; Darren E. Casteel; UCSD, La Jolla, CA
WP 398 Probing Inhibition of Insulin Fibrillation by 1, 2-Bis[4-


Matthew Cummings; Teerapat Rojsajjakul; Fred King;
Department of Chemistry, West Virginia University,
Morgantown, WV
WP 399 A HDX/MS Analysis of the Interaction between Human

 Shiori Nakazawa1, 2; Noritaka Hashii2; Nana
Kawasaki1, 2; 1Hokkaido Univ., Sapporo, Japan; 2Natl. Inst.
Health Sci., Tokyo, Japan
WP 400 
 Rane Harrison1;
Sang Min Lim2, 3; Kenneth Westover4; Nathanael Gray2,
3; John Engen1; 1Northeastern University, Boston, MA;
2Harvard Medical School, Boston, MA; 3Dana-Farber Cancer
Institute, Boston, MA; 4University of Texas Southwestern
Medical Center, Dallas, TX
Proteins: Non-Covalent Interactions, 401 – 421
WP 401 Assembly of the Bacteriophage T7 Replisome Probed
by Native Electrospray Ionization Top-Down Mass
 Hao Zhang; Jamie R. Wallen; Weidong Cui;
Robert E. Blankenship; Thomas E. Ellenberger; Michael L.
Gross; Washington University, St. Louis, MO
WP 402 Probing the Molecular Mechanism of Photoprotective
Quenching in Cyanobacteria by Native Mass
 Hao Zhang;
Haijun Liu; Mindy Prado; Michael L. Gross; Robert E.
Blankenship; Washington University, Saint Louis, MO
WP 403 Nanodiscs Can Fly: Investigating the Ionization
and Dissociation Mechanisms of Lipoprotein
 Michael Marty1; Hao Zhang2; Weidong
Cui2; Robert Blankenship2; Michael Gross2; Stephen Sligar1;
1University of Illinois Urbana-Champaign, Urbana, IL;
2Washington University St. Louis, St. Louis, MO
WP 404 
 Ling Han1; Elena
Kitova1; Ming Tan2; Xi Jiang2; John Klassen1; 1University of
Alberta, Edmonton, Canada; 2Cincinnati Children’s Hospital
Medical Center, Cincinnati, OH
WP 405 
 Hong
Lin; Yixuan Zhang; Elena N. Kitova; John S. Klassen;
Department of Chemistry, Univrsity of Alberta, Edmonton,
Canada
WP 406 Dissociation Pathways Observed for Multisubunit
 Yixuan
Zhang; Lu Deng; Elena Kitova; John Klassen; U of Alberta,
Edmonton, Canada
WP 407 A Novel Method for Determining the Binding Site
 Helen Beeston1;
Jan Griesbach2; Jason Breed2; Richard Norman2; Julie
Tucker2; Geoff Holdgate2; Alison E. Ashcroft1; 1Faculty
of Biological Sciences,University of Leeds, Leeds, UK;
2Astrazeneca UK Ltd, Maccleseld, UK
WP 408 
Antithrombin-III with Heparin Octasaccharides Using

Rinat Abzalimov; Burcu Baykal; Stephen Eyles; Paul Dubin;
UMASS, Amherst, MA
WP 409 
 Kristina
Wentker; Christine Brauckmann; Olga Reifschneider;
Helene Faber; Christoph A. Wehe; Uwe Karst; University of
Münster, Münster, Germany
WP 410 Determination of Non-Covalent Bound Ligands and

Jake W. Pawlowski; Cedric E. Bobst; Igor A. Kaltashov;
UMASS, Amherst, MA
WP 411 Mass Spectrometry Reveals Synergistic Binding
of Nucleotides, Lipids and Drugs to a Multidrug
 Julien Marcoux1; Sheila Wang1;
Argyris Politis1; Jerome Ma1; Philip Biggin1; Geoffrey
Chang2; Nina Morgner1; Carol V. Robinson1; 1University of
Oxford, Oxford, UK; 2Scripps Research Institute, La Jolla,
CA
WP 412 Pulsed and Continuous Infrared Laser
Photodissociation of Soluble and Membrane Protein

Victor A. Mikhailov1; Todd Mize1; Matt Bush2; Carol
Robinson1; 1University of Oxford, Oxford, UK; 2University of
Washington, Seattle, US
WP 413 Improved Structural Characterization of Stable Non-
Covalent Protein Complexes by Surface Induced
 Xin Ma; The Ohio State University,
Columbus, OH
WP 414 Probing Protein-Ligand Interactions Involved in
Neurodegenerative Disease Using Native Electrospray
 Piriya
Wongkongkathep; Sheng Yin; Becky Chan; Madhuri
Chattopadhyay; Joan Valentine; Gal Bitan; Joseph Loo;
UCLA, Los Angeles, CA
WP 415 Structural Characterization of Protein Complexes by
Electron Capture Dissociation and Top-Down Native
 Jiang Zhang; G. Reza Malmirchegini;
Robert Clubb; Joseph Loo; Univ. California, Los Angeles,
CA
WP 416 Fourier Transform Ion Cyclotron Resonance Mass
 Paul Spier1; Lindsay
Morrison2; Jeremy Wolff1; Christopher Thompson1; Vicki
Wysocki2; 1Bruker Daltonics, Billerica, MA; 2Ohio State
University, Columbus, OH
WP 417 Native Salt-Bridge Structure of Proteins by ETD
 Zhe Zhang; Shaynah Browne; Vachet
Richard; University of Massachusetts, Amherst, MA
WP 418 Direct Coupling of Ion Exchange Chromatography and
Native Electrospray Mass Spectrometry for Routine
Analysis of Biological Complexes at Endogenous
 Zachary Quinkert; Paul D. B. Olinares; Júlio C.
Padovan; Brian T. Chait; The Rockefeller University, New
York, NY
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 137
WEDNESDAY POSTERS
WP 419 Molecular Weight Analysis of Macromolecular
 Elisbeth Loecken; Sherrie
Elzey; TSI, Inc., Shoreview, MN
WP 420 
Whole Proteins and Noncovalent Protein Complexes by
 Lucas Monkkonen;
J. Scott Edgar; Scott Heron; Eri Nakatani; Carlos E.
Catalano; David R. Goodlett; University of Washington,
Seattle, WA
WP 421 Role of Histidine Rich Epitopes in the Formation of
 Aurelie Roux; Ludovic M.
Muller; Luciana Tovo Rodrigues; Amina S. Woods; NIH/
NIDA IRP, Baltimore, MD
Antibody & Antibody Drug Conjugates, 422 – 446
WP 422 Native Orbitrap Mass Spectrometry Yields Higher
Resolution and Potential for Relative Quantitation
 Natalie Thompson 1;
Sara Rosati1; Linda J.A. Hendriks2; John de Kruif2; Mark
Throsby2; Albert J.R. Heck1; 1Utrecht University, Utrecht,
Netherlands; 2Merus, Utrecht, Netherlands
WP 423 Using MALDI-TOF MS to Screen for Monoclonal
 David Barnidge1; Tim
Grifn2; Tom Krick2; David Murray1; 1Mayo Clinic, Rochester,
MN; 2University of Minnesota, St. Paul, MN
WP 424 Investigating Structure/ Function Relationships of
Immunoglobulin Molecules Using Shape Selective
 Matthew Edgeworth; James Scrivens;
University of Warwick, Coventry, UK
WP 425 

Daniel Clark; Eden Go; Heather Desaire; University of
Kansas, Lawrence, KS
WP 426 
 Noritaka Hashii; Ryosuke
Kuribayashi; Akira Harazono; Shiori Nakazawa; Nana
Kawasaki; National Institute of Health Sciences, Tokyo,
Japan
WP 427 Improved Characterization of the Serum Antibody


Victoria Cotham; Yariv Wine; George Georgiou; Jennifer
Brodbelt; University of Texas, Austin, TX
WP 428 Simultaneous Peptide Mapping, Posttranslational

Characterization of Trastuzumab by Sheathless CE-
 Rabah
Gahoual1; Alicia Burr1; Jean-Marc Busnel2; Lauriane
Kuhn3; Philippe Hammann3; Alain Beck4; Yannis Francois1;
Emmanuelle Leize-Wagner1; 1LSMIS, University of
Strasbourg, Strasbourg, France; 2Beckman Coulter Inc.,
Brea, CA; 3IBMC, University of Strasbourg, Strasbourg,
France; 4Centre d’immunologie Pierre Fabre, Saint-Julien-
en-Genevois, France
WP 429 
 Michael Biacchi1; Anja
Resemann2; Pierre-Olivier Schmit3; Alain Beck4; Yannis
Francois1; Emmanuelle Leize1; 1LSMIS, University of
Strasbourg, Strasbourg, France; 2Bruker Daltonik GmbH,
Bremen, Germany; 3Bruker Daltonique S.A, Wissembourg,
France; 4Centre d’immunologie Pierre Fabre, Saint-Julien-
en-Genevois, France
WP 430 
 Mellisa Ly; Gregory
Staples; Hongfeng Yin; Kevin Killeen; Agilent Labs, Agilent
Technologies, Santa Clara, CA
WP 431 

 Eric Sousa1; Xiaotian Zhong1;
Elizabeth Kieras1; Aaron D’Antona1; J. Christian Baber1;
Joel Desharnais2; Lauren Wood2; Deborah Luxenberg1;
Mark Stahl1; Ronald Kriz1; Laura Lin1; Will Somers1; Lori
Fitz1; Jill Wright1; Tao He1; 1Pzer, Cambridge, MA; 2CovX,
San Diego, CA
WP 432 Characterization of Hydrophobic Interaction

 Michael Bacica; Ryan Preston; Robert
Murphy; Pzer/CovX, San Diego, CA
WP 433 

 Dan Rock1; Kelli Jonakin2; Eric
Johansen2; 1Amgen Inc, Seattle, WA; 2ABSCIEX, Foster
City, CA
WP 434 

of Therapeutic Antibodies by Middle-Down Mass
 Fredrik Olsson1; Linda Andersson1; Matthew
Willetts2; Wolfgang Jabs3; Anja Resemann3; Waltraud
Evers3; Carsten Baessmann3; Detlev Suckau3; 1Genovis AB,
Lund, Sweden; 2Bruker Daltonics Inc, Billerica, MA; 3Bruker
Daltonik GmbH, Bremen, Germany
WP 435 Combination of Online Fractionation and ETD-UHR
QTOF to Enhance Middle-Down Monoclonal Antibodies
 Guillaume Tremintin1; Wolfgang Jabs2;
1Bruker Daltonics, Fremont, CA; 2Bruker Daltonik, Bremen,
Germany
WP 436 Rapid Analysis of Intact Antibody-drug
 Wei Jia1;
ChuanFei Yu2; Kai Gao2; 1Waters ShangHai, Beijing, China;
2ChinaNational institutes for food and drug control, Beijing,
China
WP 437 Paired Acquisition of Spectra for Monoclonal Antibody
 Natalie Castellana; Digital Proteomics, LLC.,
San Diego, CA
WP 438 Analytical Solutions for Pharmacokinetic Analysis of
 Kan Zhu; Roxana Garcia
Caro; Karen Wang; Novartis, Cambridge, MA
WP 439 Advanced LC-MS Methods for Characterization

 Jeremy Woods1; Thomas Spreter von
Kreudenstein2; Gordon Ng2; Surjit B. Dixit2; Hongwei Xie1;
1KBI Biopharam, Durham, North Carolina; 2Zymeworks, Inc.,
Vancouver, BC, Canada
WP 440 
Sega Ndiaye1, 2; Angélique Boedec1; François Gray2;
Florence Lhospice1; Claude Villard2; Rima Ait-Belkacem2;
Christian Belmant1; Daniel Latte2; 1Innate Pharma,
Marseille, Fr; 2Aix-Marseille Université, Marseille, France
WP 441 Direct Coupling of Protein-A HPLC with Mass
Spectrometry: A Useful Approach to Analyze

 Megan Ellis; Lintao Wang;
Alexandru C. Lazar; ImmunoGen, Inc., Waltham, MA
WP 442 

Shanhua Lin; Zhiqi Hao; Wim Decrop; Julia Baek; Udayanath
Aich; Patrick Bennett; Srinivasa Rao; Yury Agroskin; Chris
Pohl; Thermo Fisher Scientic, Sunnyvale, CA
WP 443 Rapid Peptide Mapping via Automated Integration of
On-line Digestion, Separation and Mass Spectrometry
 Esther Lewis;
Zhiqi Hao; Patrick Bennett; Thermo Fisher Scientic, San
Jose, CA
GENERAL INFORMATION
PAGE 138 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 444 

 Zhiqi Hao1; Udayanath Aich2;
Julian Saba1; Rosa Viner 1; Xiaodong Liu2; Srinivasa Rao2;
Chris Pohl2; Andreas Huhmer1; Patrick Bennett1; 1Thermo
Fisher Scientic, San Jose, CA; 2ThermoFisher Scientic,
Sunnyvale, CA
WP 445 
Intact Monoclonal Antibodies by Ultrahigh Resolution
 Shiaw-Lin Wu1;
Zhiqi Hao2; David Horn2; Andreas FR Hühmer2; Barry L.
Karger1; 1Northeastern University, Boston, MA; 2Thermo
Fisher Scientic, San Jose, CA
WP 446 in vivo Qingchun
Zhang; Matthew R. Schenauer; John D. McCarter; Amgen,
Thousand Oaks, CA
Analysis of Biosimilars, 447 – 452
WP 447 Applying Multiple Orthogonal Analytical Methodologies
for Comprehensive Biosimilar Comparability
 Henry Shion; Vera Ivleva; Ying Qing Yu; Tom
Wheat; Weibin Chen; Waters Corp., Milford, MA
WP 448 
 Ying-Qing Yu;
Waters Corporation, Milford, MA
WP 449 

Jung-Keun Suh1; Hyong-Ha Kim2; 1Korean German Institute
of Technology, Seoul, South Korea; 2Korea Research
Institute of Standards and Science, Seoul, Korea
WP 450 Qualitative and Quantitative Characterization of
Therapeutic Antibody Using High Speed and High
 Byung-Hee Shin1; Eric
Johansen2; Justin Lim3; Jason Neo3; 1AB Sciex Korea Ltd,
Seoul, South Korea; 2AB Sciex, Foster City, CA; 3AB Sciex
Ltd., Singapore
WP 451 
the Real-Time Monitoring of a Continues Solution Phase
 Daniel Eikel1; Shahnaz Ghassemi2;
Simon Prosser1; 1Advion Inc., Ithaca, NY; 2Synpure LLC,
Charlottesville, VA
WP 452 Optimization of Qualitative and Quantitative Follicle
Stimulating Hormone Analyses by High Performance
 Dipankar Malakar; Annu Uppal; Faraz
Rashid; Manoj Pillai; AB Sciex, India, Gurgaon, India
Biomarkers: Discovery, 453 – 475
WP 453 
to Identify Cellular Response Proteins Induced by
 Ming-Hui
Yang1; Tze-Wen Chung1; Yu-Chang Tyan 2; 1National
Yunlin University of Science & Technology, Yunlin, Taiwan;
2Kaohsiung Medical University, Kaohsiung, Taiwan
WP 454 Aptamer-Based Tool for Lung Cancer Biomarker
 Yury Glazyrin1; Olga Kolovskaya1; Galina
Zamay1; Anna Zamay1; Evgeny Erkaev1; Alexey Krat2;
Maxim Berezovski3; Yaroslav Lyutvinskiy4; Roman Zubarev4;
Tatyana Zamay1; 1Krasnoyarsk State Medical University,
Krasnoyarsk, Russia; 2Krasnoyarsk Regional Clinical
Oncological Center, Krasnoyarsk, Russia; 3University of
Ottawa, Ottawa, Canada; 4Karolinska Institutet, Stockholm,
Sweden
WP 455 
an Accurate Mass and Time Tag Approach in Hu-14
 Jana
Rocker1; Lee Thompson2; Dean Billheimer3; Lewis Pannell1;
1
Mitchell Cancer Institute, Mobile, AL;
2
Mobile Inrmary
Medical Center, Mobile, AL;
3
University of Arizona, Tucson, AZ
WP 456 Development of Methods for Information-Driven MS/MS

 Peter Brechlin1;
Stuart Pengelley1; Pierre-Olivier Schmit2; Ow Sawyen3; Dirk
Wunderlich1; 1Bruker Daltonik GmbH, Bremen, Germany;
2Bruker Daltonique S.A., Wissembourg, France; 3Bruker
Daltonics Inc, Beijing, China
WP 457 Detection of Cellular Response to an in vitro Challenge


David A Sarracino 1; Jennifer Sutton1; Maryann Vogelsang1;
Bryan Krastins1; Gregory Byram1; Amol Prakash1; Gouri
Vadali1; Vineet Gupta2; Mary F Lopez1; 1Thermo Fisher
Scientic, Cambridge, MA; 2Rush University Medical Center,
Chicago, Il
WP 458  Brajesh
Singh; Jason Weirather; Patrick Kelly; Yalan Li; R. Marshall
Pope; Mary Wilson; University of Iowa, Iowa City, IA
WP 459 Quantitative and Facile Analysis of the ATP-binding
Proteome of Mycobacterium tuberculosis: Disease
 Lisa
Wolfe1, 2; Jessica Prenni2; Karen Dobos1; 1Colorado State
University, Fort Collins, CO; 2Proteomics and Metabolomics
Facility, Fort Collins, CO
WP 460 
 Tsung-Heng Tsai1; Minkun
Wang1; Cristina Di Poto1; Yi Zhao1; Yunli Hu2; Shiyue Zhou2;
Yehia Mechref2; Habtom Ressom1; 1Georgetown University,
Washington, DC; 2Texas Tech University, Lubbock, TX
WP 461 
in the Beta ENaC-transgenic Mouse Using Mass
 Rui Cao; Alessandra Livraghi-Butrico;
Tiffany Wang; Wanda O’Neal; Mehmet Kesimer; University
of North Carolina, Chapel Hill, NC
WP 462 Comparative Analysis of the Proteomic Changes of

 Jingxin Wang1; Shigetoshi Yokoyama2;
Robert Cunningham3; Xin Sun2; Lingjun Li3; 1Neuroscience
Training Program, UW, Madison, WI; 2Laboratory of
Genetics, UW, Madison, WI; 3School of Pharmacy, UW,
Madison, WI
WP 463 Probing Phosphatidylcholine Metabolites and
Diagnostic Biomarkers for Early Stage Lung Cancer
 Yumei Guo; Zhili Li; IBMS,
CAMS&PUMC, Beijing, China
WP 464 Quantitative Proteomics in Non-Case versus Control
 Lauren Devine1; Ingo Ruczinski2; Keith West2;
Kerry Schulze2; Robert Cole1; 1Johns Hopkins Mass Spec
and Proteomics Facility, Baltimore, MD; 2Johns Hopkins
School of Public Health, Baltimore, md
WP 465 An Adductomic Approach to Measure and identify

 Henrik Carlsson; Hans von
Stedingk; Ulrika Nilsson; Margareta Törnqvist; Stockholm
University, Stockholm, Sweden
WP 466 

Jing Wu1; Xiaolei Xie2; Song Nie1; Ronald Buckanovich1;
David Lubman1; 1University of Michigan, Ann Arbor, MI;
2Caprion Proteomics US LLC, Menlo Park, CA
WP 467 
 Guangxiang Wu1; Yiyun
(Sherry) Wang2; Nicholas J. Skill3; Mary A. Maluccio3;
Patrick L. Love2; 1Biomarker Center of Excellence, Covance,
Greeneld, IN; 2In Vivo Pharmacology-Receptor Occupancy,
Covance, Greeneld, IN; 3Indiana University School of
Medicine, Indianapolis, IN
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 139
WEDNESDAY POSTERS
WP 468 
 Di Wu1; Helen Colhoun2; Michael Ferguson1;
1College of Life Sciences, University of Dundee, Dundee,
UK; 2Medical Research Institute, University of Dundee,
Dundee, UK
WP 469 Mass-Spectrometry Based Analysis of Human Blood

 Georgy Arapidi1, 2; Rustam
Ziganshin1; Sergey Kovalchuk1; Igor Azarkin1; Olga
Ivanova1; Nikolay Anikanov1; Dmitry Kamaev1; Vadim
Govorun1; Vadim Ivanov1; 1Institute of Bioorganic Chemistry,
RAS, Moscow, Russian Federation; 2Moscow Institute of
Physics and Technology, Moscow, Russian Federation
WP 470 
 Anoop Mayampurath 1;
Ehwang Song2; Chuan-yih Yu1; Yehia Mechref2; Haixu
Tang1; 1Indiana University, Bloomington, IN; 2Texas Tech
University, Lubbock, TX
WP 471 Biomarker Discovery for Radiation Induced Tissue

 Jace W. Jones; Alexander Bennett; Ann M.
Farese; Thomas J. MacVittie; Maureen A. Kane; University
of Maryland, Baltimore, MD
WP 472 
 Owen Kinsky1,
6; Michael Kimzey1, 6; Serena Allred2, 6; Tarun Anumol3, 6;
Hussein Yassine4, 6; Craig Stump4, 6; George Tsaprailis1,
6; Shane Snyder3, 6; Dean Billheimer5, 6; Terrence Monks1,
6; Serrine Lau1, 6; 1SWEHSC, Dept. of Pharm/Tox, College
of Pharmacy, Tucson, AZ; 2Division of Epidemiology
and Biostatistics, Tucson, AZ; 3Dept. of Chemical &
Environmental Engineering, Tucson, AZ; 4College of
Medicine, Tucson, AZ; 5AZ Stat. Cons. Lab, Dept. of Ag. and
Biosys. Eng., Tucson, AZ; 6University of Arizona, Tucson,
AZ
WP 473 MALDI TOF/TOF Determination of Serum Plasminogen

 Catarina Gomes1; Andreia
Almeida2; Alexandre Ferreira2; Celso Reis1, 3; Hugo Osorio1,
3; 1IPATIMUP, Porto, Portugal; 2Department of Chemistry,
University of Aveiro, Aveiro, Portugal; 3Faculty of Medicine,
University of Porto, Porto, Portugal
WP 474 Integrating Targeted Strategies for Characterization and


Sucharita Dutta1; Julian Saba2; Scott Peterman2; Sergei
Snovida3; Lifang Yang1; Julius Nyalwidhe1; Oliver Semmes1;
1Leroy T. Canoles Cancer Center - EVMS, Norfolk, VA;
2Thermo Fisher Scientic, San Jose, CA; 3Thermo Fisher
Scientic -Rockford, Rockford, IL
WP 475 Biomarker Screening for Drug-Induced Nephrotoxicity
in Rats Using UPLC-MSE Liuxi Chen1; Brad Williams2;
Jonathan Phillips1; Scott Geromanos2; Vladimir Papov1;
1Boehringer Ingelheim Pharmaceuticals, Inc, Ridgeeld, CT;
2Waters Corporation, Milford, MA

WP 476 Application of DiLeu Isobaric Tandem-Mass Tags to
Quantitative Proteomic Analyses of Cerebrospinal Fluid
 Dustin Frost; Jingxin
Wang; Robert Cunningham; Cynthia Carlsson; Lingjun Li;
University of Wisconsin, Madison, WI
WP 477 Extraction and Quantitation of Biomarkers from Human
Plasma in the Low Nanogram Range with a Rapid and
 Jun Wang1; Lingjun Li2; Zong-Ping
Zhang1; 1PPD, Middleton, U.S; 2University of Wisconsin,
Madison, WI
WP 478 Utilizing MFLC/MS/MS for Large Molecule Quantitative
 Casey Johnson; Jennifer Zimmer; Chad
Christianson; Shane Needham; Alturas Analytics, Moscow,
ID
WP 479 Improved Throughput and Reproducibility for Targeted

 Reiko Kiyonami;
Mary Blackburn; Andreas Hühmer; ThermoFisher Scientic,
San Jose, CA
WP 480 Ultrathroughput Multiple Reaction Monitoring Mass

 Mary Joan Castillo; Adam Jay
McShane; Xudong Yao; University of Connecticut, Storrs,
CT
WP 481 

Yun Jiang1; Matthew Wroblewski1; Yan Zhang2; Gary
Nelsestuen1; 1University of Minnesota, Minneapolis, MN;
2University of Rochester, Rochester, NY
WP 482 TMTcalibrator – A Novel Method Delivering Low ng/ml

Ian Pike1; Emma Lahert1; Claire Russell1; Christopher
Lößner2; Stephan Jung2; Sasa Koncarevic2; Malcolm Ward1;
1Proteome Sciences plc, London, UK; 2Proteome Sciences
R&D GmbH & Co. KG, Frankfurt, Germany
WP 483 Effective Coupling of CITP/CZE with nanoESI-MS Using
Advanced Interface Technologies for High Sensitivity
 Keqi Tang1; Chengcheng Wang2;
Cheng S. Lee2; Richard D. Smith1; 1Pacic NW National
Laboratory, Richland, WA; 2University of Maryland, College
Park, MD
WP 484 Targeted Mass Spectrometric Approach Coupled with


Tujin Shi1; Thomas L. Fillmore2; Rui Zhao2; Athena A.
Schepmoes1; Carrie D. Nicora1; Yuqian Gao1; Ronald J.
Moore1; Tao Liu1; Karin D. Rodland1; Keqi Tang1; Richard D.
Smith1; David G. Camp1; Wei-Jun Qian1; 1PNNL, Richland,
WA; 2Environmental Molecular Sciences Laboratory, PNNL,
Richland, WA
WP 485 Metal-tag Labeling Coupled with Multiple Reaction
Monitoring-Mass Spectrometry for Absolute
 Yangjun Zhang; Xueying Wang;
Xin Wang; Hongjun Lin; Xiaohong Qian; Beijing Proteome
Research Ctr, Beijing, China
WP 486 Evaluating the Ruggedness of Nanospray on a Curtain

 Amanda Berg; Helena Svobodova; Ben Ngo; Gary
Valaskovic; New Objective, Inc., Woburn, MA
WP 487 Automation of Immunoprecipitation via Magnetic Beads
on the Perkin Elmer Janus Platform for Biomarker
 Richard Wong; Baomin Xin; Timothy Olah;
Bristol-Myers Squibb, Pennington, NJ
WP 488 
 Xiaomin Song1; Thiri
Zaw1; Ardeshir Amirkhani1; Chris Hodgkins2; Mark Molloy1;
1APAF, Macquarie University, Sydney, Australia; 2ABSCIEX,
Sydney, Australia
WP 489 
 Qin Fu*(equal
contribution) 1; Michael Kowalski* (equal contribution) 2;
Weihua Ji1; Jie Zhu1; Graham Threadgill3; Christie Hunter4;
Jennifer Van Eyk1; 1Johns Hopkins University, Baltimore,
MD; 2Beckman Coulter Life Sciences, Indianapolis, IN;
3Beckman Coulter, Inc., Fullerton, CA; 4AB Sciex, Foster
City, CA
GENERAL INFORMATION
PAGE 140 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS

WP 490 Development of an Online Size Exclusion
Chromatography-Mass Spectrometry Method for
Characterization of Highly Heterogeneous Protein
 Khaja Muneeruddin; Rinat Abzalimov; Igor A.
Kaltashov; University of Massachusetts, Amherst, MA
WP 491 

 Michael Przybylski1; Stefan Slamnoiu1;
Mihaela Stumbaum1, 2; Camelia Vlad1, 2; Kathrin Lindner1;
Christiaan Karreman1; Marcel Leist1; Bastian Hengerer3;
1Universitat Konstanz, Konstanz, Germany; 2SAW-
Instruments GmbH, Bonn, Germany; 3Boehringer Ingelheim
GmbH & Co KG, ZNS Research, Biberach, Germany
WP 492 Phosphorylation of the Sae2 Endonuclease Regulates
 Qiong Fu; Chia-
fang Lee; Julia Chow; Maria D. Person; Tanya T. Paull; The
University of Texas, Austin, TX
WP 493 Mapping synphilin-1 Binary Interactions Using
Isotopically Tagged Cross-Linking and Mass
 Xiaobin Xu1; Han Hu2; Anatoli B. Meriin2;
Nava Zaarur2; Nancy Leymarie2; Yi Pu1; Mark E. McComb2;
Michael Y. Sherman2; Catherine E. Costello1, 2; 1Boston
University, Boston, MA; 2Boston University School of
Medicine, Boston, MA
WP 494 
 Fiona Flett1; David
Clarke2; Pat Langridge Smith2; Logan Mackay2; Heidrun
Interthal1; 1School of Biology, University of Edinburgh,
Edinburgh, UK; 2School of Chemistry, University of
Edinburgh, Edinburgh, UK
WP 495 Protein Structures and Protein-Protein Interactions:
 James Bruce; Juan Chavez; Chunxiang
Zheng; Chad Weisbrod; Arti Navare; Xia Wu; Jimmy Eng;
Sayaka Shibata; Shaday Michan; Richard Harkewicz;
University of Washington, Seattle, WA
WP 496 A Combination of CHiP Seq and Mass Spectrometry
Methods Provides Complementary Proteomic and
 Clive S. D’Santos1; Hisham Mohammed2;
Christopher Taylor1; Aurelian Serandour2; Gordon D.
Brown2; H. Raza Ali2; Kelly Holmes2; Jessica Robinson2;
Amel Saadi2; John Stingl2, 3; Carlos Caldas2, 3; Jason S.
Carroll2, 3; 1Proteomic Core Facility, CRUK Cambridge
Institute, Cambridge, CB20RE; 2CRUK Cambridge Institute,
Cambridge, UK; 3Department of Oncology, University of
Cambridge, Cambridge, UK
WP 497 Protein Cross-Linking of Multi-Protein Complex of

 Alena Dreiling;
Thomas Vogl; Johannes Roth; Simone Koenig; University of
Muenster, Muenster, Germany
WP 498 

Guadalupe Espadas1; Esther Paulo2; Francesco M.
Mancuso1; Elena Hidalgo2; Eduard Sabidó1; 1Proteomics
Unit CRG/UPF, Barcelona, Spain; 2Universitat Pompeu
Fabra, Barcelona, Spain
WP 499 Topology of the Anaphase Promoting
Complex/Cyclosome Studied by CBDPS

Nicole Sessler1; Taka-Aki Ichu2; Evgeniy Petrotchenko1;
Christoph Borchers1, 3; 1University of Victoria-Genome BC
Proteomics Centre, Victoria, Canada; 2University of Victoria,
Victoria, Canada; 3Dept of Biochemistry and Microbiology, U
Victoria, Victoria, Canada
WP 500 Determination of Outer Dynein Arm Protein Complex
Topology using Chemical Crosslinking and LC/MS/
 Kevin Blackburn 1; Andrew Argo1; Lawrence
Ostrowski2; Michael B. Goshe1; 1North Carolina State
University, Raleigh, NC; 2University of North Carolina,
Chapel Hill, NC
WP 501 
A Receptor
 Yajuan (Megan)
Wang; Xiao-Jing Di; Mark R. Chance; Ting-Wei Mu; Case
Western Reserve University, Cleveland, OH
WP 502 
 Lingfei Zeng; Chih-
Chao Hsu; Chang-Deng Hu; Andy Tao; Purdue University,
West Lafayette, IN
WP 503 Applications of the Fc-III Tagged Protein Expression
 Shan Feng;
Gulishana Adelijiang; Yiyi Gong; Lixiao Gu; Haiteng Deng;
Tsinghua University, Beijing, China
WP 504 


 Susanne Breitkopf1; Min Yuan1; John
Neveu3; John M Asara1, 2; 1Beth Israel Deaconess Medical
Center, Boston, MA; 2Harvard Medical School, Boston, MA;
3ESI Source Solutions, Woburn, MA
WP 505 iTRAQ Stable Isotope Labeling and Multiple


 Sricharan Bandhakavi1; Michael Early1;
Jonathan Kohn1; Ebbing de Jong2; Timothy Grifn2; 1Bio-Rad
Laboratories, Hercules, CA; 2University of Minnesota, MN
WP 506 ARL13B, PDE6D, and CEP164 Form a Functional
 Melissa Humbert;
R. Marshall Pope; Yalan Li; Val C. Shefeld; Seongjin Seo;
University of Iowa, Iowa City, IA
WP 507 
Elution of Endogenous Protein Complexes with
 Paul Dominic B.
Olinares; Zachary T. Quinkert; Amelia D. Dunn; Julio C.
Padovan; Brian T. Chait; The Rockefeller University, New
York, NY
WP 508 An Improved MS Strategy for Probing Protein-Protein
Interaction and Its Application in the Study of Tumor
 Ruibing Chen; Yanping Wang; Ning
Zhang; Tianjin Medical University, Tianjin, China
WP 509 A High-Throughput, Mass-Spectrometry-Based Platform

 Edward L. Huttlin1; Lily Ting1; Raphael Bruckner1;
Melanie Gygi1; Robert Obar1; Virginia Guarani-Pereira1;
Ramin Rad1; Deepak Kolippakkam1; Bo Zhai1; Stanley Tam1;
Fana Gebreab1; Myriam Boukhali1; Joao Paulo1; Timothy
Harris2; Spyros Artavanis-Tsakonas1; Mathew Sowa1; J.
Wade Harper1; Steven P. Gygi1; 1Harvard Medical School,
Boston, MA; 2Biogen, Cambridge, MA
WP 510 
 Benjamin
Diner; Tuo Li; John Fuesler; Ileana M. Cristea; Princeton
University, Princeton, NJ
WP 511 Quantitation of Proteins in Ribosomes and Ribosome
Assembly Complexes by LC-MSE Romel Dator;
Kirk Gaston; Patrick Limbach; University of Cincinnati,
Cincinnati, OH
WP 512 Evolution of the Protein Stoichiometry in the L12
 Ingo
Wohlgemuth1; Iakov Davydov I. 2; Irena I. Artamonova3;
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 141
WEDNESDAY POSTERS
Alexander G. Tonevitsky4; Marina V. Rodnina1; Henning
Urlaub1, 5; 1MPI for Biophysical Chemistry, Goettingen,
Germany; 2SRC Bioclinicum, Moscow, Russia; 3Russian
Academy of Science, Moscow, Russia; 4Lomonosov
Moscow State University, Moscow, Russia; 5University
Medical Center Göttingen, Göttingen, Germany
WP 513 Mass Spectrometric Binding Study on Novel Anticancer
 Sool Yeon Cho 1;
Benjamin S. Hoffman2; Amol Padgaonkar1; Stephen C.
Cosenza1; Venkat Palella3; Muralidhar R. Mallireddigari 3;
D.R.C. Venkata Subbaiah1; Revathi Patti3; M. V. Ramana
Reddy1; E. Premkumar Reddy1; John Roboz1; 1Ichan
School of Medicine at Mount Sinai, New York, NY; 2The
Fels Cancer Institute, Temple University, Philadelphia, PA;
3Onconova Therapeutics, Inc., Newtown, PA
WP 514 Role of Lysine Residues in the Interaction of Blood


Maartje Van Den Biggelaar1; Johan H Faber2; Marleen
Zuurveld1; Carmen van der Zwaan1; Jesper J Madsen2; Ole
H Olsen2; Henning R Stennicke2; Koen Mertens1; Alexander
B Meijer1; 1Sanquin Research, Amsterdam, Netherlands;
2Novo Nordisk, Kopenhagen, Denmark

WP 515 A Suitability Study of Commonly-Used Isolation
Techniques for Microtubule Associated Protein Tau
 Robert Pelot1, 2; Jon Reed1; Gogce Crynen1;
Corbin Bachmeier 1; James Evans1; Laila Abdullah1; Fiona
Crawford1; 1Roskamp Institute, Bradenton, FL; 2The Open
University, Milton Keynes, UK
WP 516 
Amyloidogenic Light Chain Proteins from a Patient with
 Yanyan Lu; Yan Jiang;
Tatiana Prokaeva; Yang Mao; Lawreen Connors; Catherine
Costello; Boston University, Boston, MA
WP 517 Analysis of PTM Crosstalk in Photosynthetic Model
 Silas
Rodrigues; Leslie Hicks; Donald Danforth Plant Science
Center, Saint Louis, MO
WP 518 
 Jeonghun Yeom1, 2; Cheolju Lee1,
2; 1Korea institute science and technology, Seoul, Korea;
2University of of Science and Technology, Daejeon, Korea
WP 519 a-N-methylation of DDB2 and Its Function in Nucleotide
 Qian Cai; Yinsheng Wang; University of
California, Riverside, CA
WP 520 
of Arabidopsis Peng Yu1; Jutta Ludwig-Müller2; Adrian
Hegeman1; Jerry Cohen1; 1University of Minnesota, Falcon
Heights, MN; 2TU-Dresden, Dresden, Germany
WP 521 Characterization of Triose Phosphate Isomerase in
Drosophila Jong Bok Seo1; Soo Young
Kim1; Young Ho Koh2; 1Korea Basic Science Institute, Seoul,
South Korea; 2Hallym University, Anyang, Republic of Korea
WP 522 Probing the Transmural Molecular Heterogeneity of
the Heart Using High-Resolution Top-Down Mass
 Zachery Gregorich; Wei Guo; Timothy
Hacker; Ying Ge; UW, Madison, WI
WP 523 Qualitative Examination of the Diversity of Protein

 Ritin Sharma2;
Rachel Adams2; Paul Abraham2; Robert Hettich1; 1Oak
Ridge National Laboratory, Oak Ridge, TN; 2University of
Tennessee, Knoxville, TN
WP 524 Characterization of Extensive Post-translational
 Caroline
DeHart1; Jasdave S. Chahal2; S. J. Flint1; David H.
Perlman3; 1Dept. of Molecular Biology, Princeton University,
Princeton, NJ; 2Whitehead Institute for Biomedical
Research, MIT, Cambridge, MA; 3Proteomics and Mass
Spec. Core, Princeton Univ., Princeton, NJ
WP 525 
in Regulation of Protein Activities in Diabetes using an
in vivo Soraya Hoelper; Hendrik Nolte;
Thomas Braun; Marcus Krüger; Max-Planck-Institute for
Heart and Lung Research, Bad Nauheim, Germany
WP 526 Comparative Analysis of RNA Polymerase II Reveals
Potential Evolutionary Conserved Posttranslational
Schizosacharomyces pombe
and Saccharomyces cerevisiae Selene Swanson1;
Charles Banks1; Zhihui Wen1; Brad Groppe1; Laurence
Florens1; Michael Washburn1, 2; 1stowers institute for
medical research, Kansas City, mo; 2University of Kansas
Medical Center, Kansas City, KS
WP 527 Deep Characterization of Combinatorial Post-

 Zhou Li1, 2; Yingfeng Wang2; Nicholas Justice3;
Tae-Hyuk Ahn2; Robert Hettich1, 2; Jillian Baneld3; Chongle
Pan1, 2; 1University of Tennessee, Knoxville, TN; 2Oak
Ridge National Laboratory, Oak Ridge, TN; 3University of
California, Berkeley, CA
WP 528 
Reprogramming of the Mitochondrial Protein
 Kristin Dittenhafer-Reed1; Alex Hebert1; Wei
Yu1; Derek Bailey2; Ebru Selin Selen3; Joshua Carson3;
Melissa Boersma1; Michael Westphall5; David Pagliarini3;
Tomas Prolla7; Fariba Assadi-Porter3, 6; Sushmita Roy4;
Joshua Coon1, 5; John Denu1; 1Department of Biomolecular
Chemistry, Madison, WI; 2Department of Chemistry,
Madison, WI; 3Department of Biochemistry, Madison, WI;
4
Dept of Biostatistics and Medical Informatics, Madison,
WI;
5
Genome Center of Wisconsin, Madison, WI;
6
National
Magnetic Resonance Facility at Madison, Madison, WI;
7
Department of Genetics and Medical Genetics, Madison, WI
WP 529 Radical Acetylation: Possible Routes of Epigenetic
 Atecla Nunciata Lopes
Alves1; Sheila Barreto Guterres1; Emanuel Carrilho2; Maria
Aparecida Juliano1; Etelvino Jose Henriques Bechara1;
Nilson Antonio Assunção1; 1Unifesp, Sao Paulo, Br;
2Universidade de Sao Paulo, Sao Paulo, Br
WP 530 
 Kai Zhang1; Shuzhen Zheng1; Jeong
Soo Yang2; Yingming Zhao2; Yue Chen2; Zhongyi Cheng2;
1Nankai University, Tianjin, China; 2The University of
Chicago, Chicago, IL
WP 531 
 Hongbo Gu1; Matthew Stokes1;
Ailan Guo1; Kimberly Lee1; Jianmin Ren1; Xiaoying Jia1;
Meghan Duncan2; Vipin Suri2; Jeffrey Silva1; 1Cell Signaling
Technology, Danvers, MA; 2Sirtris, A GSK Company,
Cambridge, MA
WP 532 

Kyungcho Cho; JeongWon Kang; JiHye Hong; KwangPyo
Kim; Konkuk university, Seoul, Korea
WP 533 

 Guanghui Wang1; Amila Abeykoon2; Chien-
Chung Chao3; Wei-Mei Ching3; David Yang2; Marjan
Gucek1; 1NHLBI, NIH, Bethesda, MD; 2Georgetown
University, Washington, DC; 3Naval Medical Research
Center, Silver Spring, MD
GENERAL INFORMATION
PAGE 142 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 534 A Dual-Enzyme and Dual-Activation Strategy for
Comprehensive and Accurate Characterization of
Protein Arginine-Methylation in Trypanosoma burcei
 Jun Li; Chengjian Tu; Bo An; Jun Qu;
University at Buffalo, Buffalo, NY
WP 535 Proteome-Wide Screening of Lysine Succinylation in
Escherichia coli Reveals Its Broad Roles in Cellular
 Minjia Tan1, 2; Yue Chen 1; Zhongyu Xie1; Zhike
Lu1; Yingming Zhao1; 1University of Chicago, Chicago, IL;
2Shanghai Institute of Materia Medica, Shanghai, China
WP 536 The First Mammalian Succinylome Analysis Reveals
SIRT5-mediated Lysine Desuccinylation and Its Roles
 Yue Chen 1; Chao Peng1;
Minjia Tan1, 2; Lunzhi Dai1; Zhongyu Xie1; Yingming Zhao1;
1University of Chicago, Chicago, IL; 2Shanghai Institute of
Materia Medica, Shanghai, China
WP 537 Statistical Approaches to Infer Kinase Pathway
Activation from Mass Spectrometry-Based
 Pedro R. Cutillas; Imperial
College London, London, UK
WP 538 
 Linna Wang; Weiguo Andy Tao;
Purdue University, West Lafayette, IN
WP 539 Low pH Differential Thiol Labeling Agents for Studying
 Christopher
A Bonham; Aaron J Steevensz; Qiudi Geng; Panayiotis
O Vacratsis; Dept. of Chem. and Biochem., University of
Windsor, Windsor, ON, Canada

WP 540 
Low pH by Desorption Electrospray Ionization Mass
 Ning Pan1; Pengyuan Liu1; Weidong Cui2;
Bo Tang3; Jingmin Shi3; Hao Chen1; 1Ohio University,
Athens, OH; 2Washington University, St. Louis, MO;
3Shandong Normal University, Jinan, China
WP 541 Electron-Transfer and Higher-Energy Collision
Dissociation, EThcD, Provides for Full Peptide
Sequence Coverage and Unambiguous Phosphosite
 Christian Frese1; Dirk Nolting Nolting2; Jens
Griep-Raming2; Henk van den Toorn1; Houjiang Zhou1;
Thomas Taus3; Karl Mechtler3; Maarten Altelaar1; Albert J.
R. Heck1; Shabaz Mohammed1; 1Utrecht University, Utrecht,
Netherlands; 2Thermo Fisher Scientic, Bremen, Germany;
3IMP - Research Institute of Molecular Pathology, Vienna,
Austria
WP 542  Amanda
Patrick; Nicolas Polfer; University of Florida, Gainesville, FL
WP 543 Data Independent Analysis – A New Strategy for
Discovery of Phosphopeptides in Complex Proteome
 Joerg Dojahn; Christian Baumann; AB SCIEX,
Darmstadt, Germany
WP 544 Investigation and Characterization of Potential
Dimetallic Tags for the Selective Recognition and

 Simon Svane; Christine J. McKenzie; Frank
Kjeldsen; University of Southern Denmark, Odense M,
Denmark
WP 545 Coupling Immobilized Alkaline Phosphatase-based
Automated Diagonal Capillary Electrophoresis to
Tandem Mass Spectrometry for Phosphopeptide
 Si Mou; Liangliang Sun; Norman Dovichi;
University of Notre Dame, Notre Dame, IN
WP 546 
Alternative Splicing through mTORC1 Pathway in MDA-
 Xianwei Chen1; Dan Guo1; Xiaomin Lou1;
Ju Zhang1; Jin Zi2; Jun Zhang1; Quanhui Wang1, 2; Haidan
Sun1; Zhaohui Wang1; Yuan Wang1; Weixin Guo1; Jiao Guo1;
Feng Xian1; Jia Zhang3; Yang Li3; Yusheng Dong3; Liang
Lin2; Siqi Liu1, 2; 1Beijing Institute of Genomics, CAS, Beijing,
China; 2BGI-Shenzhen, Shenzhen, China; 3Beijing Protein
Innovation, Beijing, China
WP 547 

 Zhijing Tan; University of Michiagan, Ann
Arbor, MI
WP 548 
 Tsung-Ping Lin; Chein-Hung
Chen; Jennifer M. Lo; Che Alex Ma; Chung-Hsuan Chen;
Genomics Research Center, Academia Sinica, Taipei,
Taipei, Taiwan
WP 549 
Chein-Hung Chen1; Hsin-Yu Hsieh1; Pang-Hung Hsu2;
Chung-Hsuan Chen1; 1Academia Sinica, Taipei, Taiwan;
2National Taiwan Ocean University, Keelung, Taiwan
WP 550 
 Chun-
Jen Hsiao1, 2; Chein-Hung Chen1; Hsin-Yu Hsieh1; Wen
Horng Yang3; Tzong-Shin Tzai3; Chung Hsuan (Winston)
Chen1, 2; 1Academia Sinica, Taipei, Taiwan; 2National Yang-
Ming University, Taipei, Taiwan; 3National Cheng Kung
University Hospital, Tainan, Taiwan
WP 551 
Caseinoglycomacropeptide by Tandem Mass
Spectrometry with Electron Transfer Dissociation
 Haiying Li;
Finn Kirpekar; University of Southern Denmark, Odense,
Denmark
WP 552 
Jens T Vanselow; Andreas Schlosser; Rudolf-Virchow-
Zentrum, University Wuerzburg, Wuerzburg, Germany
WP 553 Improvements in the Mass Spectrometric Detection

 Susana Comte-Walters;
Jennifer Rutherford Bethard; Lauren Ball; Joachim Uys;
Medical Univ of S Carolina, Charleston, SC
WP 554 Capturing Reversibly Oxidized Cysteines in the
 Jana
Paulech; Nestor Solis; Max Puckeridge; Kiersten Liddy;
Melanie White; Stuart Cordwell; The University of Sydney,
Sydney, Australia
WP 555 
Factor Signaling Using Differential Alkylation,
Thiopropyl Sepharose Enrichment, and Label-Fee
 Jason Held; Tara Srinivasan;
Alexandria D’Souza; Birgit Schilling; Gary Scott; Christopher
Benz; Bradford Gibson; Buck Institute for Age Research,
Novato, CA
WP 556 Characterization of a Post-translational Oxidative

 Michael
Strader1; Wayne Hicks1; Ah-Lim Tsai2; Gang Wu2; John
Olson3; Mitchell Weiss4; Todd Mollan1; Abdu Alayash1; 1FDA/
CBER, Rockville, Md, MD; 2University of Texas-Houston
Medical School, Houston, TX; 3Rice University, Houston, TX;
4The Children’s Hospital of Philadelphia, Philadelphia, PA
WP 557 Stable Isotope Labeling with 18O to Examine Oxidative
Processes in Fetal Hemoglobin with a Met to Asp
 Wayne Hicks; Michael Strader; Todd Mollan;
Abdu Alayash; Food and Drug Administration, Gaithersburg,
MD
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 143
WEDNESDAY POSTERS
WP 558 Mass Spectrometry Characterization of Acrolein Protein

Yiying Zhu; Carthene Bazemore-Walker; Brown University,
Providence, RI
WP 559 
Proteins by LC MS/MS Using Sequentially Connected
 Wei Chen; Colin Gottlieb; Maurine
Linder; Robert Sherwood; Hong Jiang; Hening Lin; Sheng
Zhang; Cornell University, Ithaca, NY
WP 560 Mass Spectral Enhanced Detection of Ubls Using
SWATH Acquisition: MEDUSATM -Utilizing the Chemical

 Navin Chicooree1, 2; John Grifths1;
Yvonne Connolly 1; Thomas Knapman3; Christie Hunter4;
Duncan Smith1; 1Paterson Institute for Cancer Research,
Manchester, UK; 2School of Chemistry, University of
Manchester, Manchester, UK; 3AB SCIEX, Phoenix House,
Warrington, UK; 4AB SCIEX, Foster City, CA
WP 561 

 Chan-Hyun Na; Drew
Jones; Yanling Yang; Xusheng Wang; Yanji Xu; Junmin
Peng; St Jude Children’s Research Hospital, Memphis, TN
WP 562 
Methylation in vivo Xing-Jun Cao1; Anna M. Arnaudo1,
2; Benjamin A. Garcia1; 1University of Pennsylvania,
Philadelphia, PA; 2Princeton University, Princeton, NJ
WP 563 
 Bettina
Sarg1; Shadab Allipour Birgani2; Gerald Brosch2; Klaus
Faserl1; Leopold Kremser1; Herbert Lindner1; 1Div. of Clin.
Biochemistry, Biocenter Innsbruck, Innsbruck, Austria;
2Division of Molecular Biology, Biocenter, Innsbruck, Austria
WP 564 Differentiation of Symmetric/Asymmetric Dimethylated
Arginine-containing Peptides Using MALDI Tandem
 Matthew Openshaw1; Yuzo
Yamazaki2; Omar Belgacem1; Takeshi Kawamura3; 1Kratos
Analytical, Manchester, UK; 2Shimadzu Corporation, Kyoto,
Japan; 3University of Tokyo, Tokyo, Japan
WP 565 Identifying Citrullinated Peptides in Complex Mixtures:

 Manolo D. Plasencia1; Henry W. Rohrs2; Michael
L. Gross2; Emil R. Unanue1; 1Washington University School
of Medicine, St. Louis, MO; 2Washington University, St.
Louis, MO
WP 566 

Michelle Robinson; Jennifer Brodbelt; University of Texas at
Austin, Austin, TX
WP 567 Side–Chain Losses in Electron Capture Dissociation

 Huilin Li; Jonathon Snelling;
Mark Barrow; James Scrivens; Peter Sadler; Peter
O’Connor; University of Warwick, Coventry, UK
WP 568 S- to N-palmitoyl Migration during Proteomic Sample
 Yuhuan Ji; Catherine E. Costello; Cheng
Lin; Biochem Dept, Boston University School of Medicine,
Boston, MA
WP 569 
 June Snedecor; Nuno
Bandeira; UCSD, La Jolla, CA
WP 570 
Microdomains of Human Brain Tissue Discovered
 Guy Uechi; Matthew
MacDonald; Mani Balasubramani; Robert Sweet; Nathan
Yates; University of Pittsburgh, Pittsburgh, PA
WP 571 
 Henry W. Rohrs1; Ilan Geerlof-Vidavskiy2; Manolo
Plasencia1; Hao Zhang1; Alan Davis1; Petra Erdmann-
Gilmore1; Anurag Agarwal1; Reid Townsend1; Helen Piwnica-
Worms1; 1Washington University, St Louis, MO; 2FDA, St.
Louis, MO
WP 572 A large Synthetic Phosphopeptide Library for Mass
 Harald Marx1; Simone
Lemeer1; Jan Schliep1; Lucrece Matheron2; Shabaz
Mohammed2; Juergen Cox3; Matthias Mann3; Albert Heck2;
Bernhard Kuster 1; 1Technical Universitiy Munich, Freising,
Germany; 2Utrecht University, Utrecht, NL; 3Max-Planck
Institute for Biochemistry, Munich, DE
WP 573 Elucidation of Direct Substrates of Abelson Tyrosine
Kinase in Cancer Cells Through Multiple Drug
Treatments and Sensitive Kinase Assay Linked-
 Justine Arrington; Liang Xue; W.
Andy Tao; Purdue University, West Lafayette, IN
WP 574 Titanium Dioxide Photocatalytic Oxidation of
Phosphopeptides for Simulation of in vivo Oxidation
 Miina Ruokolainen; Elisa Ollikainen; Tiina
Sikanen; Risto Kostiainen; Tapio Kotiaho; University of
Helsinki, Helsinki, Finland


WP 575 Improved Recovery of Information from Mass
Spectrometric Data When the Amount of Sample is
 Himanshu Grover1; Sarah Keegan1;
Jonathan Giuffrida1; Siyang Li2; Vladimir Brusic3; Shashi
Murthy2; Barry L. Karger2; Alexander R. Ivanov2; David
Fenyo1; 1New York University, New York, NY; 2Northeastern
University, Boston, MA; 3Dana-Farber Cancer Institute,
Boston, MA
WP 576 TM-MS Using
 Jian Wang1; Monika Tuchoslka2;
Brett Larsen2; Stephen Tate3; Anne-Claude Gingras2;
Nuno Bandeira1; 1UCSD, La Jolla, CA; 2Samuel Lunenfeld
Research Institute at Mount Sinai, Toronto, Canada; 3AB-
SCIEX, Concord, Canada
WP 577 De novo Sequencing of Toxins from Predatory Sea
 Yong Kil1; Wilfred Tang1; Chris Becker1; Marshall
Bern1; Julita Imperial2; Baldomera Olivera2; David Fenyo3;
Beatrix Ueberheide3; 1Protein Metrics Inc., San Carlos,
CA; 2University of Utah, Salt Lake City, UT; 3New York
University, New York, NY
WP 578 Comprehensive Characterization of Porcine and Bovine
 Scott Walmsley1; Paul Rudnick2; Yuxue
Liang2; Qian Dong2; Stephen Stein2; Alexey Nesvizhskii1;
1University of Michigan, Ann Arbor, MI; 2National Institute of
Standards and Technology, Gaithersburg, MD
WP 579 Peptide de novo Lian
Yang1; Baozhen Shan1; Bin Ma2; 1Bioinformatics Solutions
Inc., Waterloo, Ontario; 2University of Waterloo, Waterloo,
Canada
WP 580 Whole Protein de novo Sequencing with LC-MS/
 Lian Yang1; Baozhen Shan1; Mingjie Xie1; Bin Ma2;
1Bioinformatics Solutions Inc., Waterloo, ON; 2University of
Waterloo, Waterloo, Canada
WP 581 Computational Methods for Untargeted Protein

 Chih-Chiang Tsou1; Monika Tucholska2;
Brett Larsen2; Anne-Claude Gingras2; Alexey Nesvizhskii1;
1University of Michigan, Ann Arbor, MI; 2Samuel Lunenfeld
Research Institute, Toronto, Canada
GENERAL INFORMATION
PAGE 144 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 582 Hypothesis-driven Analysis: An Alternative Approach
to Handle Data-Independent Acquisition Data of

 Ying Sonia Ting 1; Jarrett D. Egertson1;
Gennifer E. Merrihew1; Richard S. Johnson1; Lukas Käll2;
Jesse D. Canterbury3; Reiko Kiyonami3; Michael Senko3;
Vlad Zabrouskov3; Brendan MacLean1; William Stafford
Noble1; Michael J. MacCoss1; 1University of Washington,
Seattle, WA; 2Royal Institute of Technology, Solna, Sweden;
3Thermo Fisher Scientic, San Jose, CA
WP 583 Fragmentation Patterns of EThcD Spectra of
 Marshall Bern1;
Yong J. Kil1; Wilfred Tang1; Chris Becker1; Christian Frese2;
Maarten Altelaar2; Shabaz Mohammed2; Albert Heck2; John
Syka3; Ryan Bomgarden3; Rosa Viner3; 1Protein Metrics Inc.,
San Carlos, CA; 2Utrecht University, Utrecht, Netherlands;
3Thermo Fisher Scientic, San Jose, CA
WP 584 
 Jennifer Teubl1; Manor Askenazi3; Meera
Prasad1; Peter Lobel2; David Fenyo1; 1NYU Langone
Medical Ctr, Ny, NY; 2Rutgers University, Piscataway, NJ;
3The Ionomix Initiative, Arlington, MA
WP 585 

 Suzanne J. van der Plas-
Duivesteijn1; Yassene Mohammed1; Hans Dalebout1;
Annemarie H. Meijer2; Alex A. Henneman1; André M.
Deelder1; Herman P. Spaink 2; Magnus Palmblad1; 1Leiden
University Medical Center, Leiden, The Netherlands; 2Leiden
University, Leiden, The Netherlands
WP 586 

 Teck Yew Low1; Sebastian van Heesch2;
Henk van den Toorn1; Piero Giansanti1; Alba Cristobal1; Bas
van Breukelen1; shabaz Mohammed1; Victor Guryev3; Edwin
Cuppen2; Albert J.R. Heck1; 1University of Utrecht, Utrecht,
Netherlands; 2Hubrecht Institute, Utrecht, Netherlands;
3University of Groningen, Groningen, Netherlands
WP 587 

 Robert Chalkley1; Nuno Bandeira2; Matthew
Chambers3; John Cottrell4; Eric Deutsch5; Eugene Kapp6;
Henry Lam7; Thomas Neubert8; Rui-Xiang Sun9; Olga
Vitek10; Susan Weintraub11; 1UCSF, San Francisco, CA;
2University of California, San Diego, CA; 3Vanderbilt
University Medical Center, Nashville, TN; 4Matrix Science
Ltd, London, UK; 5Institute for Systems Biology, Seattle,
WA; 6Walter & Eliza Hall Institute of Medical Research,
Melbourne, Australia; 7University of Science and
Technology, Hong Kong, China; 8New York University
School of Medicine, New York, NY; 9Chinese Academy
of Sciences, Beijing, China; 10Purdue University, West
Lafayette, IN; 11University of Texas Health Science Center,
San Antonio, TX
WP 588 Impact of Amino Acid Substitutions on Peptide

Chao Ji; Randy Arnold; Haixu Tang; Predrag Radivojac;
Indiana University, Bloomington, IN
WP 589 
T.
thermohydrosulfuricus Tobin J. Verbeke; Vic Spicer;
Richard Sparling; David Levin; Oleg V. Krokhin; University of
Manitoba, Winnipeg, Canada
WP 590 Using Orthogonal Techniques for Protein-Peptide

 Justin
D. Topp3; Michael Nold5; Ezra S. Abrams2; Charles L.
Farnsworth1; Scott Geromanos5; Manor Askenazi4; Jeffrey
C. Silva1; 1Cell Signaling Technology, Danvers, MA; 2Sage
Science Inc., Beverly, MA; 3Gordon College, Wenham, MA;
4The Ionomix Initiative, Arlington, MA; 5Waters Corporation,
Milford, MA
WP 591 
Peter R Baker; Alma Burlingame; Robert Chalkley; UCSF,
San Francisco, CA
WP 592 Development of High Resolution MS/MS Library of
 Xiaoyu Yang; Pedatsur
Neta; Lisa Kilpatrick; Yuri Mirokhin; Yuxue Liang; Dmitrii
Tchekhovskoi; Jeri Roth; Stephen Stein; NIST, Gaithersburg, MD
WP 593 
for High-resolution Data-independent Acquisition
 Aivett Bilbao1, 2; Ying Zhang1;
Dario Bottinelli1; Bandar Alghanem1; Frédéric Nikitin2;
Jeremy Luban3; Caterina Strambio De Castillia3; Markus
Mueller2; Frédérique Lisacek2; Emmanuel Varesio1; Gérard
Hopfgartner1; 1University of Geneva, Geneva, Switzerland;
2Swiss Institute of Bioinformatics, Geneva, Switzerland;
3University of Massachusetts, Worcester, MA
WP 594 Optimization of MS/MS Spectral Library Searching for
 Kan Zhu;
Wenguang Shao; Yingwei Hu; Henry Lam; The Hong Kong
University of Science and Technology, Hong Kong, China
WP 595 OpenSWATH: Automated, Targeted Analysis of Mass

 Hannes Roest1; George Rosenberger1;
Pedro Navarro1; Ludovic Gillet1; Sasa Miladinovic1, 2; Olga
Schubert1; Witold Wolski4; Johan Malmstroem3; Lars
Malmstroem1; Ruedi Aebersold1; 1ETH Zurich, Zurich,
Switzerland; 2Biognosys AG, Schlieren, Switzerland;
3Department of Immunotechnology, Lund University, Lund,
Sweden; 4SyBIT project of SystemsX.ch, Zurich, Switzerland
WP 596 
 Zefeng
Zhang; Bioinformatics Solutions Inc., Waterloo, Canada

WP 597 
 Mao Peng; Arjen
Scholten; Albert J.R. Heck; Bas van Breukelen; Utrecht
University, Utrecht, Netherlands
WP 598 

Abhinav Mathur1; Anoop Mayampurath1; Chuan-Yih Yu1;
Ehwang Song2; Yehia Mechref2; Haixu Tang1; 1Indiana
University, Bloomington, IN; 2Texas Technical University,
Lubbock, TX
WP 599 Characterization of a-N-methylation of Centromere
 Xiaoxia Dai1; Zi Wang1; Koichiro Otake2;
Changjun You1; Qian Cai1; Hiroshi Masumoto2; Yinsheng
Wang1; 1University of California, Riverside, CA; 2Kazusa
DNA Research Institute, Kisarazu, Japan
WP 600 Synthesis, Fragmentation and RPLC Separation of
 Zhiyu Li; Vikas Pejaver; Randy
Arnold; Suchetana Mukhopadhyay; David Clemmer; Predrag
Radivojac; Indiana University - Bloomington, Bloomington, IN
WP 601 
N Audra Hargett1; Milan Raska1,
2; Stacy Hall1; Qing Wei1; Katerina Zachova2; Zhi-Qiang
Huang2; Lydie Czernekova2; Zina Moldoveanu1; Jan Novak1;
Amol Prakash3; Chris Becker4; Marshall Bern4; Scott
Peterman3; Mattew B. Renfrow1; 1University of Alabama
at Birmingham, Birmingham, AL; 2Palacky University in
Olomouc, Olomouc, Czeck Republic; 3ThermoFisher
Scientic, San Jose, CA; 4Protein Metrics, San Carlos, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 145
WEDNESDAY POSTERS
WP 602 A Phospho-peptide Spectrum Library for Improved
 Barbara Frewen1; Scott Peterman1;
Bryan Krastins1; Gregory Byram1; David Sarracino1; John
Sinclair2; Claus Jorgensen2; Amol Prakash1; Mary Lopez1;
1Thermo Fisher Scientic, BRIMS, Cambridge, MA; 2The
Institute of Cancer Research, London, UK
WP 603 


Yingfeng Wang; Tae-Hyuk Ahn; Zhou Li; Chongle Pan; Oak
Ridge National Lab, Oak Ridge, TN
WP 604 Detecting Drug Induced Protein Adducts with Tandem
 Markus Muller1; Paola Antinori
Malaspina2, 3; Adelina Acosta Martin2, 3; Youssef Daali4;
Denis Hochstrasser4; Pierre Lescuyer2, 4; Alexandre Scherl2,
3; 1SIB, Geneva, Switzerland; 2Biomedical Proteomics
Research Group, Geneva, Switzerland; 3Swiss Center of
Applied Human Toxicology, Geneva, Switzerland; 4Geneva
University Hospitals, Geneva, Switzerland
WP 605 STRAP PTM: Differential Characterization by PTM
 Jean L. Spencer; Vivek N.
Bhatia; Stephen A. Whelan; Christian F. Heckendorf;
Catherine E. Costello; Mark E. McComb; Boston University
School of Medicine, Boston, MA
WP 606 A Robust Mechanism to Capture Protein Evidences
 Pierre-Alain Binz 1; Edouard
de Castro1; Nicole Redaschi1; Delphine Baratin1; Severine
Duvaud1; Lydie Bougueleret1; Ioannis Xenarios1; Alan
Bridge1; The UniProt Consortium1, 2; 1Swiss Institute of
Bioinformatics, Geneva 4, Switzerland; 2EBI and PIR,
Hinxton and Washington, UK and DC
WP 607 Unbiased Phosphopeptide Analysis Using the

Rovshan Sadygov; University of Texas, Galveston, TX
Peptides: Quantitative Analysis II, 608 – 643
WP 608 NeuQuant: An Open-Access Software Toolbox

 Anna E. Merrill; Alexander S. Hebert; Derek
J. Bailey; Michael S. Westphall; Joshua J. Coon; University
of Wisconsin, Madison, WI
WP 609 Direct Comparison of Metabolic Labeling by SILAC and
Chemical Labeling by Stable Isotope Dimethyl Labeling
 Ho-Tak Lau; Hyongwon Danny Suh; Shao-
En Ong; Univ of Washington, Seattle, WA
WP 610 
Abundance Using PSAQ and Dynamic SILAC Coupled
 Craig Mageean1; John Grifths2; Yvonne
Connolly2; Michael Clague1; Duncan Smith2; Ian Prior1;
1University of Liverpool, Crown Street, UK; 2Paterson
Institute for Cancer Research, Manchester, UK
WP 611 SILAC Labeling and Mass Spectral Analysis Reveals
Temporal Changes in Nbn Protein Interactions and
 Andrea Matlock1;
Philip Compton2; Dina Bai3; Jeffrey Shabanowitz3; Patrick
Concannon4; Donald Hunt3; 1UCLA, Los Angeles, CA;
2Northwestern, Evanston, IL; 3University of Virginia,
Charlottesville, VA; 4University of Florida, Gainsville, FL
WP 612 Study on the Mechanism of Palmitate-Induced Insulin
Resistance in C2C12 Myoblasts Using SILAC Based
 Xiulan Chen; Shasha
Wei; Fuquan Yang; Institute of Biophysics, CAS, Beijing,
China
WP 613 Incorporation Rate of Heavy Isotope-labeled Lysine in
 Tasha
Agreste1; Michael Ford2; Richard Jones2; Kevin Millis1;
John C. Rogers 3; 1Cambridge Isotope Laboratories,
Andover, MA; 2MS Bioworks, Ann Arbor, MI; 3Thermo Fisher
Scientic, Rockford, IL
WP 614 Quantitative Dimethyl Labeling Strategy for the

 Leigh Weston1; Kerry Bauer1; Darawalee
Wangsa2; Thomas Ried2; Amanda Hummon1; 1University of
Notre Dame, Notre Dame, IN; 2National Institutes of Health,
Bethesda, MD
WP 615 
and LC/MS Based Stable Isotopic Labeling Strategies
 Sarah Dowd; Elena Romanova;
Jonathan Sweedler; University of Illinois at Urbana-
Champaign, Urbana, IL
WP 616 Development of Novel 8-plex N,N-dimethylated Leucine

and
 Tyler Greer; Dustin Frost; Feng Xiang; Zhidan
Liang; Lingjun Li; University of Wisconsin, Madison, WI
WP 617 Improving High Throughput in Relative Protein
 Rosa Viner1; Ryan
Bomgarden2; Michael Blank1; John Rogers2; 1ThermoFisher
Scientic, San Jose, CA; 2Thermo Fisher Scientic,
Rockford, IL
WP 618 Assessing Non-Mitotic Pathways of an Aurora Kinase
Inhibitor Using Chemical Labelling and Label-Free MS
 Matthew McKay; Judith Nicholson; Mark
Molloy; APAF, Macquarie University, Sydney, Australia
WP 619 Application of Microbore Hollow Fiber Enzymatic
18O-labeling Approach to
 Sun Young Lee; So-Young Kim;
Dukjin Kang; Korea Research Institute of Standards and
Science, Daejeon, South Korea
WP 620 
Characterization of a Stable Isotope Labeled Peptide

Christopher Colangelo 1; Craig Dufresne2; Alexander
Ivanov3; Antonius Koller4; Brett Phinney5; Kristie Rose6; Paul
Rudnick7; Brian Searle8; Scott Shaffer9; 1Yale University,
New Haven, CT; 2Thermo Fisher Scientic, West Palm
Beach, FL; 3Northeastern University, Boston, MA; 4Stony
Brook University, Stony Brook, NY; 5University of California,
Davis, CA; 6Vanderbilt University, Nashville, TN; 7National
Institute of Standards and Technology, Gaithersburg,
MD; 8Proteome Software, Portland, OR; 9University of
Massachusetts Medical School, Worcester, MA
WP 621 Trimethylation Enhancement using Diazomethane

Proteins to Permit Quantitative Analysis Using Tandem
 Karl Wasslen; Stephen Wood;
Jeffrey Manthorpe; Jeffrey C. Smith; Carleton University,
Department of Chemistry, Ottawa, Canada
WP 622 Intestinal Proteome Study in Insulin-Resistant Patients
 Sylvie
Bourassa1; Isabelle Kelly1; Benjamin Nehmé1; Frédéric
Fournier1; André J. Tremblay2; Benoit Lamarche2; Patrick
Couture2; Arnaud Droit1, 3; 1CHU de Quebec Research
Center, Laval University, Quebec, Canada; 2INAF, Laval
University, Quebec, Canada; 3Department of Molecular
Medicine, Laval University, Quebec, Canada
WP 623 Quantitative Assessment of Differential Protein
Expression in the Hemicellulolytic Bacterium
Clostridium stercorarium Using iTRAQ and SWATH
 Peter D. Mcqueen1, 2; John Schellenberg1; Vic
Spicer1; Richard Sparling1; David Levin1; John Wilkins1, 2;
Oleg Krokhin1, 2; 1University of Manitoba, Winnipeg, Canada;
2Manitoba Centre for Proteomics and Systems Biology,
Winnipeg, Canada
GENERAL INFORMATION
PAGE 146 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 624 Highly Sensitive Determination of Therapeutic Peptides
in Human Plasma Using Orthogonal HILIC-RP Column

Eric W. Ma; Moucun Yuan; Michael Tingler; William Mylott
Jr; Bruce Hidy; Rand Jenkins; PPD, Richmond, VA
WP 625 
of Sites of Oxidation in Model Peptides and Protein

Xiaoyan Li; Joshua S. Sharp; Complex Carbohydrate
Research Center, UGA, Athens, GA
WP 626 Comparison of Peptide Fragmentation and Bioanalysis
among Different LC/MS Approaches for the

Hang Zeng 1; Zhenmin Liang1; Catherine Bentzley2; David
Moore1; 1HL Roche, Inc., Nutley, NJ; 2University of the
Sciences, Philadelphia, PA
WP 627 An Augmented Label-Free Differential Analysis

 Scott Goulding1;
Nicholas Bateman 2; Nicholas Shulman3; Michael MacCoss3;
Karen Szumlinski4; Christine Wu2; 1University of Colorado
Anschutz Medical Campus, Aurora, CO; 2University of
Pittsburgh, Pittsburgh, PA; 3University of Washington,
Seattle, WA; 4University of California, Santa Barbara, CA
WP 628 
Flow Chromatography and Electrospray Ionization
 Vadiraja B. Bhat 1; Dawn Stickle1; Anne E.
Blackwel1; Umesh T. Sankpal2; 1Agilent Technologies,
Wilmington, DE; 2MD Anderson Cancer Center Orlando,
Orlando, FL
WP 629 Liver Mitochondria Proteomics Employing High
 Jenny T.C. Ho1; Loïc Dayon2;
John Corthésy2; Umberto De Marchi2; Antonio Núñez2;
Andreas Wiederkehr2; Rosa Viner3; Michael Blank3; Steven
Danielson3; Madalina Oppermann1; Martin Hornshaw1;
Martin Kussmann2, 4; 1Thermo Fisher Scientic, Hemel
Hempstead, UK; 2Nestlé Institute of Health Sciences,
Lausanne, Switzerland; 3ThermoFisher Scientic, San Jose,
CA; 4Ecole Polytechnique Fédérale Lausanne (EPFL),
Lausanne, Switzerland
WP 630 Method Optimization for Cardiovascular Proteomic
Mass SpectrometryAnalysis of Reversible Cysteine
 Chunxiang Yao1, 2; Jessica
Behring2; Deborah A. Siwik3; Catherine E. Costeool1; Wilson
Colucci3; Richard A. Cohen2; Mark E. McComb1, 2; Markus
M. Bachschmid1, 2; 1CPC and CBMS, BUSM, Boston, MA;
2Viscular BIology Section, BUSM, Boston, MA; 3Myocardial
BIology Unit, BUSM, Boston, MA
WP 631 
Calcitonin Bioanalysis Using Targeted Selected Ion
 Jean-Nicholas
Mess1; Louis-Philippe Morin1; Gene Ciccimaro2; Maroun El
Khoury3; Fabio Garofolo 1; 1Algorithme Pharma Inc., Laval,
Quebec, Canada; 2Thermo Scientic, Sommerset, NJ;
3Thermo Scientic, Montreal, Quebec, Canada
WP 632 Comprehensive Cancer Cell Proteomics: Providing a
 Corey
Bakalarski1; Richard Neve1; Mamie Yu1; Suresh Selvaraj1;
Anthony Possemato2; Sean Beausoleil2; Peng Yue1; David
Dornan1; Richard Bourgon1; William Forrest1; Donald
Kirkpatrick1; 1Genentech, South San Francisco, CA; 2Cell
Signaling Technology, Danvers, MA
WP 633 Reduced Abundance of Protein Phosphatase 1
Regulatory Subunit 12B in Diabetes Revealed by
 Monique Lewis; Danjun Ma; Michael
A. Caruso; Xiangmin Zhang; Zhengping Yi; Wayne State
University, Detroit, MI
WP 634 The Analysis of Human Parathyroid Hormone 1-34

 Erin E. Chambers1; Mary Lame1; Jon Bardsley2;
Eileen Collins2; Sally Hannam2; Elizabeth Thomas2; Kenneth
J. Fountain1; 1Waters Corporation, Milford, MA; 2ICON PLC,
Manchester, UK
WP 635 
in Sea Lamprey Brain Tissues by Electrospray
 Huiyong Wang;
Yu-Wen Chung-Davidson; Ke Li; Weiming Li; Michigan State
University, East Lansing, MI
WP 636 
Huan Kang; Emily Bates; John Prince; Brigham Young
University, Provo, Utah
WP 637 
with High Sensitivity and Throughput for CYP Enzymes
 Ji Zhang; Jimmy Li; Bingli Ma; Cindy Xia;
Jing-Tao Wu; Matt Jones; Millennium :The Takeda Oncology
Company, Cambridge, MA
WP 638 
 Fernanda Salvato; University of Missouri,
Columbia, MO
WP 639 
Serum of Cervical Cancer Patients by Selected Reaction
 Coskun Guzel 1; Natalia I. Govorukhina2;
Klaske A. ten Hoor3; Lennard J.M. Dekker1; Harry Hollema3;
Harry G. Klip3; Ate G.J. van der Zee3; Alexander Boichenko
 Boichenko 2; Rainer Bischoff 2; Theo M. Luider1; 1Erasmus
Medical Center, Rotterdam, the Netherlands; 2University of
Groningen, Groningen, the Netherlands; 3University Medical
Centre Groningen, Groningen, the Netherlands
WP 640 Challenge in Trying to Reach Femtogram per Milliliter

 Louis-Philippe Morin1;
France Landry1; Jean-Nicholas Mess1; Kelli Jonakin2; Mauro
Aiello2; Xavier Misonne2; Gary Impey2; Johnny Cardenas2;
Fabio Garofolo 1; 1Algorithme Pharma Inc., Laval, Quebec,
Canada; 2AB Sciex, Concord, Ontario, Canada
WP 641 Absolute Quantitation of Yeast Kinases by Means of

Philip J Brownridge1; Victoria Harman1; Simon Cubbon2;
Johannes PC Vissers2; Craig Lawless3; Simon J Hubbard3;
Robert J Beynon1; 1Protein Function Group, University of
Liverpool, Liverpool, UK; 2Waters Corporation, Manchester,
UK; 3Faculty of Life Sciences, University of Manchester,
Manchester, UK
WP 642 
Monitoring Mass Spectrometry: An in vitro
Xiaolin Li; John C Tilton; Daniela M Schlatzer; Case
Western Reserve University, Cleveland, OH
WP 643 
 Jean-
Nicholas Mess1; Louis-Philippe Morin1; Mauro Aiello2; Xavier
Misonne2; Gary Impey2; Johnny Cardenas2; Josee Michon1;
Fabio Garofolo 1; 1Algorithme Pharma Inc., Laval - Quebec,
Canada; 2AB SCIEX, Concord - Ontario, Canada
Phosphopeptides: Enrichment Methods, 644 – 668
WP 644 

 Yi Qu; Si Wu; Rui Zhao; Erika
Zink; Daniel Orton; Ronald Moore; Da Meng; Therese
Clauss; Joshua Aldrich; Mary Lipton; Ljiljana Paša-Tolić;
PNNL, Richland, WA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 147
WEDNESDAY POSTERS
WP 645 Differentiation of Ion Exchange Materials for
 Qing-Run Li; Qing-
Qing Wu; Rong Zeng; Shanghai Institutes for Biological
Sciences, Shanghai, China
WP 646 The Phosphopeptide Shootout: A Study of

Nicholas M. Riley; Gregory K. Potts; Michael S. Westphall;
Joshua J. Coon; University of Wisconsin, Madison, WI
WP 647 An Enzyme Assisted RP-RPLC Approach for In-Depth
 Yangyang
Bian1; Chunxiao Song1; Mingming Dong1; Wenhai Jin2; Lihai
Guo2; Yongming Xie2; Mingliang Ye1; Hanfa Zou1; 1Dalian
Institute of Chemical Physics, Dalian, Liaoning Province,
China; 2Asia Pacic Application Support Center, AB SCIEX,
Shanghai, China
WP 648 Reducing Sample Size and Improving Numbers of

 Xiaoshan Yue;
Amanda Hummon; Notre Dame, Notre Dame, IN
WP 649 
Chromatography with Mass Spectrometry Detection
 Ales Tichy1;
Barbora Salovska2; Ivo Fabrik1; Jirina Vavrova1; 1University
of Defence, Hradec Kralove, Czech Republic; 2Faculty of
Medicine, Hradec Kralove, Czech Republic
WP 650 Dimetal Phosphate Ester Stabilization and Strong-


Thiago Verano-Braga; Simon Svane; Christine McKenzie;
Frank Kjeldsen; University of Southern Denmark, Odense,
Denmark
WP 651 A Streamlined Protocol for High Content
 Francesca Zappacosta; Gilbert
Scott; Michael Huddleston; Dean McNulty; Timothy Sikorski;
Roland Annan; GlaxoSmithKline, Collegeville, PA
WP 652 

Chromatography with Elevated Sample Loading
 Miao-Hsia Lin; Yasushi Ishihama; Kyoto
university, Kyoto, Japan
WP 653 
a Novel Tantalum-based Sol-gel for MALDI-MS
 Ömür Çelikbıçak; Mehmet Atakay; Ülkü
Güler; Bekir Salih; Hacettepe University, Department of
Chemistry, Ankara, Turkey
WP 654 A Mild Phosphopeptide Desorption Strategy in Anion
Exchange Based Enrichment Applications for Mass
 Mehmet Atakay; Ömür Çelikbıçak;
Bekir Salih; Hacettepe University, Department of Chemistry,
Ankara, Turkey
WP 655 Close Examination of Tyrosine Phosphopeptide
Enrichment and Its Application to Syk and Lyn
 Keerthi Jayasundera; Anton Iliuk;
Shenrui Mahorney; Liang Xue; Andrew Nguyen; Robert
Geahlen; W. Andy Tao; Purdue University, West Lafayette,
IN
WP 656 

 Taylur Ma; Victoria Pham; Jennie
Lill; Kebing Yu; Genentech, Inc., South San Francisco, CA
WP 657 Targeted Phosphoproteomics Analysis of

 Ravi Kumar Krovvidi1; Leo Bonilla1; Charles
L Farnsworth 2; Jeffrey C Silva2; 1Agilent Technologies India
Pvt. Ltd, Bangalore, India; 2Cell Signaling Technology, Inc,
Danvers, CT
WP 658 Complementation of Ti, Zr and Fe-based PolyMAC
for In-Depth Phosphoproteome Analysis of B cell
 Anton Iliuk1; Keerthi Jayasundera2; Wen-horng
Wang2; Robert Geahlen2; Weiguo Andy Tao2; 1Tymora
Analytical Operations, West Lafayette, IN; 2Purdue
University, West Lafayette, IN
WP 659 
 Matthew P.
Stokes; Jian Min Ren; Kimberly A. Lee; Xiaoying Jia; Jeffrey
C. Silva; Cell Signaling Technology, Danvers, MA
WP 660 A Novel Strategy Employing a Phosphatase Trapping
Mutant for the Enrichment of Phosphoarginine, an

Débora Broch Trentini; Tim Clausen; Karl Mechtler; Institute
of Molecular Pathology (IMP), Vienna, AUSTRIA
WP 661 

 Gargee Mukherjee1; Claudia
Röwer1; Manuela Russ1; Chris Protzel2; Oliver Hakenberg2;
Cornelia Koy1; Michael O. Glocker 1; 1Proteome Center
Rostock, Rostock, Germany; 2Urology Clinic and Polyclinic,
University Medicine, Rostock, Germany
WP 662 Old Tools in a New Jacket: Phosphopeptide Enrichment
by TiO2 Simone Lemeer; Benjamin
Ruprecht; Heiner Koch; Max Mundt; Bernhard Kuster;
Technische Universität München, Freising, Germany
WP 663 The Phosphoproteome of Chlamydomonas reinhardtii
Determined by TiO2-HILIC and HILIC-PolyMAC
 Brian Gau;
Hongxia Wang; Leslie Hicks; Donald Danforth Plant Science
Center, St. Louis, MO
WP 664 
Chemistry on Reversed-Phase Supports for
Comprehensive Phosphoprotein Characterization by
 Heinz Nika1; David H. Hawke2; Ruth
Hogue Angeletti
1
;
1
Albert Einstein College of Medicine,
Bronx, NY;
2
UT- M.D. Anderson Cancer Center, Houston, TX
WP 665 Robust Enrichment Methods for Single-Shot
Phosphoproteomics of Cancer Cell Lines Enable
 Sander Piersma; Koen
van der Mijn; Bharath Sampadi; Inge de Reus; Jaco Knol;
Richard de Haas; Thang Pham; Henk Broxterman; Henk
Verheul; Connie Jimenez; VU University Medical Center,
Amsterdam, Netherlands
WP 666 
Casein Using Microwave-Assisted Acid Hydrolysis and
 Zhendong Li; Nan Wang;
Liang Li; UofA, Edmonton, Canada
WP 667 
Mascot, PEAKS Studio, Proteome Discoverer and
 Jayme Wiederin1; Melinda
Wojtkiewicz1; Pawel Olszowy2; Pawel Ciborowski1;
1University of Nebraska Medical Center, Omaha, NE;
2Nicolaus Copernicus University, Torun, Poland
WP 668 
of a Large Discrete and Complementary Set Of
 Anthony Possemato1; Sean
Beausoleil1; Mike Aguiar1; Kim Lee1; Steven Gygi2; 1Cell
Signaling Technology, Danvers, MA; 2Harvard Medical
School, Boston, MA
Advances in Separation Techniques for

WP 669 Detection of Biomarker of Oxidative Stress by Using

Boya Song; Shenmin Pan; Chi Tang; Dandan Li; James
Rusling; University of Connecticut, Storrs, CT
GENERAL INFORMATION
PAGE 148 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 670 Improved Sensitivity in Proteomics Experiments Using
 Hannes Hahne1; Guillaume
Medard1; Stefan K. Maier1; Dominic Helm1; Matthias Wilm2;
Bernhard Kuster1; 1Technische Universitaet Muenchen,
Freising, Germany; 2University College Dublin, Dublin,
Ireland
WP 671 Zeptomole-level Proteomic Analysis of Limited
Availability Clinical Samples Using Monolithic and
Porous Layer Open Tubular Columns in Ultralow Flow
 Alexander R. Ivanov; Siyang Li; Xianzhe Wang;
Barry L. Karger; Barnett Institute, Northeastern University,
Boston, MA
WP 672 A Comparison of Proteomic Data Sets Obtained from
 Susan Slade1; James
Langridge3; Nisha Patel2; Joanne B. Connolly3; James
Scrivens1; 1Univ of Warwick, Coventry, UK; 2Department
of Chemistry, University of Oxford, Oxford, UK; 3Waters
Corporation, Manchester, UK
WP 673 Proteomic Studies on Enriched Cell Populations by

 Jeffrey Martin; Tomas Rejtar;
Stephen Martin; Novartis Institutes for Biomedical Research,
Cambridge, MA
WP 674 The BluePippin Automated Size-Fractionation System
 Ezra Abrams; Chris Boles; Sage Science,
Inc., Beverly, MA
WP 675 
Human Placental Tissue for the Chromosome-Centric
 Hyoung-Joo Lee1; Seul-Ki
Jeong1; Keun Na1; Min Jeong Lee1; Sun Hee Lee1; Jong-
Sun Lim1; Hyun-Jeong Cha1; Jin-Young Cho1; Ja-Young
Kwon2; Hoguen Kim2; Si Young Song2; Jong Shin Yoo3;
Young Mok Park3; Hail Kim4; William S. Hancock 5; Young-
Ki Paik1; 1Yonsei Proteome Research Center, Seoul, South
Korea; 2Yonsei University College of Medicine, Seoul,
South Korea; 3Korea Basic Science Institute, Ochang,
South Korea; 4Korea Advanced Institute of Science
and Technology, Daejeon, South Korea; 5Northeastern
University, Boston, MA
WP 676 High Sensitivity Microproteomic Analysis of Rare

 Siyang Li;
Xianzhe Wang; Somak Ray; Barry L. Karger; Alexander R.
Ivanov; Barnett Institute, Northeastern University, Boston,
MA
WP 677 


 Cheryl F. Lichti 1; Huiling Liu1; Erick P. Sulman2;
Frederick F. Lang2; Charles A. Conrad2; Carol L. Nilsson1;
1UTMB-Galveston, Galveston, TX; 2The University of Texas
MD Anderson Cancer Center, Houston, TX
WP 678 Bottom-up Proteomics by Capillary Electrophoresis
 Anthonius A.M. Heemskerk;
Guinevere S.M. Kammeijer; Ekaterina Mostovenko; Bart
Schoenmaker; Rico J.E. Derks; André M. Deelder; Magnus
Palmblad; Oleg A. Mayboroda; Leiden University Medical
Center, Leiden, Netherlands
WP 679 Fully Automatable Multidimensional Liquid

Yun Zhao1; C. H. Law1; Ricky P. W. Kong1, 3; Guohui Li1;
Herman C. Lam1; Jason Neo4; Simon M. Y. Lee2; C.Y. Ma1;
Ivan K. Chu1; 1The University of Hong Kong, Hong Kong,
China; 2The University of Macau, Macau, China; 3AB SCIEX
Hong Kong, Hong Kong, China; 4AB SCIEX Singapore,
Singapore, Singapore
WP 680 Bottom-Up Proteome Analysis of E. coli Using Capillary
Zone Electrophoresis-Tandem Mass Spectrometry with

Xiaojing Yan; David Essaka; Liangliang Sun; Guijie Zhu;
Norman Dovichi; University of Notre Dame, Notre Dame,
U.S.
WP 681 Single-Shot Capillary Zone Electrophoresis
Electrospray Ionization-Tandem Mass Spectrometry
Produces More Than 1,250 E. coli Peptide
 Guijie Zhu;
Liangliang Sun; Xiaojing Yan; Norman Dovichi; University of
Notre Dame, Notre Dame, IN
WP 682 Integrated CZE-ESI-MS/MS System with Immobilized
Trypsin Microreactor for Picogram of RAW 264.7 Cell
 Liangliang Sun; Guijie Zhu; Norman J.
Dovichi; University of Notre Dame, South Bend, IN
WP 683 Precise Column Temperature Control Enables

 Xiaoyue Jiang; Yi Zhang;
Andreas Huhmer; Thermo Fisher Scientic, San Jose, CA
WP 684  Yihan Li; John C.
Tran; Ioanna Ntai; Kenneth R. Durbin; Adam D. Catherman;
Philip D. Compton; Paul M. Thomas; Neil L. Kelleher;
Northwestern University, Evanston, IL
Interactions and Pathway Analysis, 685 – 706
WP 685 

Mass Spectrometry Acquisition (AP-SWATHTM Jean-
Philippe Lambert1; Amber L. Couzens1; Gordana Ivosev2;
Brett Larsen1; Mikko Taipale3; Zhen-Yuan Lin1; Quan
Zhong4; Susan Lindquist3; Marc Vidal4; Ruedi Aebersold5;
Tony Pawson1; Ron Bonner2; Stephen Tate2; Anne-Claude
Gingras1; 1Samuel Lunenfeld Research Institute, Mount
Sinai H, Toronto, Canada; 2AB Sciex, Concord, Canada;
3Whitehead Institute for Biomedical Research, Cambridge,
MA; 4Dana-Farber Cancer Institute, Boston, MA; 5Institute of
Molecular Systems Biology, ETH, Zurich, Switzerland
WP 686 Temporal Proteomics Unveils Ignicoccus hospitalis’s

Progression of Its Commensal Partner, Nanoarchaeum
equitans Richard J. Giannone; Louie L. Wurch; Mircea
Podar; Robert L. Hettich; Oak Ridge National Laboratory,
Oak Ridge, TN
WP 687 
 Brett Larsen1; Mikko
Taipale2; Zhen-Yuan Lin1; George Tucker3; Guoci Teo4;
Hyungwon Choi4; Susan Lindquist2, 3; Anne-Claude
Gingras1, 5; 1SLRI, Toronto, Canada; 2Whitehead Institute for
Biomedical Research, Cambridge, MA; 3MIT, Cambridge,
MA; 4National University of Singapore, Singapore,
Singapore; 5Mount Sinai Hospital, Toronto, Canada
WP 688 Towards a Deep and Temporal Representation of
 Ben C.
Collins1; Ludovic C. Gillet1; George Rosenberger1; Hannes
L. Röst1; Matthias Gstaiger1; Ruedi Aebersold1, 2; 1ETH
Zurich, Zurich, Switzerland; 2University of Zurich, Zurich,
Switzerland
WP 689 
 Jeffrey Johnson1; Shannon
Eliuk2; Amnon Golan1; Tasha Johnson1; Vlad Zabrouskov2;
Nevan Krogan1; 1UCSF, San Francisco, CA; 2Thermo Fisher
Scientic, San Jose, CA
WP 690 Quantitative Analysis of 6-Thioguanine-Induced
Changes in the Proteome of Jurkat-T Human Leukemia
 Fan Zhang; Yinsheng Wang; University of California,
Riverside, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 149
WEDNESDAY POSTERS
WP 691 Quantitative Proteomic Analysis Reveals Chromium-
induced Perturbation of Multiple Cellular Pathways
 Lei Guo;
Yinsheng Wang; University of California, Riverside, CA
WP 692 Sphingosine-1-Phosphate Mediated Chemotaxis of
Osteoclast Precursors Investigated Using Targeted
 Nathan Manes1;
Eunkyung An1; Virginie Sjoelund1; Jing Sun1; Bastian
Angermann1; Masaru Ishii2; Martin Meier-Schellersheim1;
Ronald Germain1; Aleksandra Nita-Lazar1; 1NIH, Bethesda,
MD; 2Osaka University, Osaka, Japan
WP 693 Dynamic Pathways in Acute Autophagy Elucidated by

Robin Mathew1, 2; Saw Kyin2; Henry Shwe2; Eileen White1;
David H. Perlman2; 1The Cancer Institute of New Jersey,
New Brunswick, NJ; 2Princeton University, Princeton, NJ
WP 694 Towards a Comprehensive Understanding of Platelet
Activation and Platelet-Monocyte Interaction: Multiple

Jiqing Huang; Chengcheng Zhang; Ru Li; Juergen Kast;
BRC, Univ. of British Columbia, Vancouver, Canada
WP 695 
Quantitatively Model Signal Transduction Pathways in
 Jordy J. Hsiao;
Brandon H. Ng; Melinda M. Smits; Jiahui Wang; Michael E.
Wright; University of Iowa, Iowa City, IA
WP 696 MS-based Quantitative Analysis of RanBP2 in
 Samir Karaca1; Ketan
Thakar2; Ralph Kehlenbach2; Henning Urlaub1; 1Max Planck
Institute for Biophysical Chemistry, Goettingen, Germany;
2Georg-August-University of Goettingen, Goettingen,
Germany
WP 697 
 Rebecca Leon; Bruce D. Pascal; Caitlin
Steckler; Patrick R. Grifn; Michael J. Chalmers; Scripps,
Jupiter, Fl
WP 698 Quantitative Analysis of Changes in Ubiquitination,
Protein Synthesis and Degradation Caused by Protein
 Manfredo
Quadroni1; Alexandra Potts1; Ivo Fierro-Monti1; Celine
Hernandez1, 2; Patrice Waridel1; Pablo Echeverria3; Didier
Picard3; 1University of Lausanne, Epalinges, Switzerland;
2Swiss Institute of Bioinformatics, Lausanne, Switzerland;
3University of Geneva, Geneva, Switzerland
WP 699 Investigation of Hepatocytes Transfected with
Cytochrome P450: Data Independent LC-MS Approach
 Suzanne
Geenen1; Lee A Gethings2; Cristian Cojocariu2; Janet
Hammond2; Giorgis Isaac3; Lucy Fernandes2; Robert
Tonge2; Johannes P.C. Vissers2; James Langridge2; Ian
Wilson1; Mark McDowall2; 1AstraZeneca, Maccleseld, UK;
2Waters, Manchester, UK; 3Waters Corp, Milford, MA
WP 700 Understanding Oncoprotein Networks in Cancer Cells
 Jing Song;
Zhenghe Wang; Rob Ewing; Case Western Reserve
University, Cleveland, OH
WP 701 Integrative Systems Approach towards Elucidation of
Action Mechanism for a Novel, First-In-Class ERK/AKT
 Giridharan Gokulrangan
1; Daniela Schlatzer1; Neil Dhawan2; Eric Yuan3; Sahar
Mazhar3; Avi Ma’ayan2; Michael Ohlmeyer2; Mark Chance1;
Goutham Narla3; 1Center for Proteomics and Bioinformatics,
CWRU, Cleveland, OH; 2Mount Sinai School of Medicine,
New York, NY; 3Case Comprehensive Cancer Center,
Cleveland, OH
WP 702 Unraveling Metabolic Regulation by Real-Time Mass
 Tobias Fuhrer; Hannes
Link; Andreas Kühne; Uwe Sauer; Nicola Zamboni; ETH
Zürich, Zürich, Switzerland
WP 703 Proteome-Wide Analysis of Stress Response in E.
coli Boumediene Sou;
Andreas Harst; Karsten Krug; Boris Macek; Proteome
Center Tuebingen, Tuebingen, Germany
WP 704 Simple Quantitative Secretome Analysis of Conditioned
Media from Human Endothelial Stromal Cells Under
Hypoxic Conditions Characterizing Synthetic Progestin
 John Shapiro3; Philip Gafken1; Michael Freitas2;
Ozlem Kayisli3; Umit Kayisli3; Saeed Faramarzi3; Murat
Basar3; Frederick Schatz3; Charles Lockwood3; 1Fred
Hutchinson Cancer Research Center, Seattle, WA; 2Ohio
State University, Columbus, OH; 3Ohio State University
College of Medicine, Columbus, OH
WP 705 Development and Application of a Multiplexed Active

 Chengcheng Zhang; Juergen Kast; University
of British Columbia, Vancouver, Canada
WP 706 
 Victoria Kuettner1; Leena
Bruckner-Tuderman2; Joern Dengjel1; 1Freiburg University,
Freiburg, Germany; 2University Freiburg Medical Center,
Freiburg, Germany
Ambient Ionization: Applications II, 707 – 734
WP 707 
Food Jar Lids Using Atmospheric Pressure Solids

Malcolm Drifeld1; Dennis Speck1; Mita Parmar1; Jennifer
Leak1; Liam Lister1; Emma Bradley1; Dominic Roberts2;
Sara Stead2; 1Food and Environmental Research Agency
(Fera), York, UK; 2Waters Corporation, Manchester, UK
WP 708 ASAP-HRMS: A Convenient Technique for
Characterizing Unexpected Insoluble Materials
Observed during the Development of Cosmetic
 Natali Budimir; Georges Hussler; L’Oréal
France, Aulnay Sous Bois, France
WP 709 Forensic Analysis Using Rapid Ambient Ionization

Eshwar Jagerdeo; Jay Clark; Louis Reda; Jeffrey Leibowitz;
FBI, Springeld, VA
WP 710 Rapid Detection of Pomegranate Juice Adulteration


Avinash Dalmia; George Perkins; Craig Whitehouse;
Perkinelmer, Shelton, CT
WP 711 Tunable Desorption/Ionization with Plasma-based
Ambient Mass Spectrometry: Unraveling Mysteries
 Jake Shelley;
Christopher Kuhlmann; Britta Vortmann; Sascha Nowak;
Carsten Engelhard; University of Muenster, Muenster, Germay
WP 712 
Materials Using Desorption Corona Beam Ionization

Chao Gao1; Yanjiao Wang2; Xiaoqiang Zhang1; Xiang Li2;
Wenjian Sun 1; 1Shimadzu Research Laboratory (Shanghai)
Co., Ltd., Shanghai, China; 2Fudan University, Shanghai,
China
WP 713 Overcoming Matrix effects: Quantitation of Explosives

Joshua A. Wilhide; Laura M. Nevin; Gregory T. Winter;
William R. LaCourse; Univeristry of Maryland Baltimore
County, Baltimore, MD
GENERAL INFORMATION
PAGE 150 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
WEDNESDAY POSTERS
WP 714 Analysis of Additives in Biodegradable Polymers Using

 Sharanya Reddy1; Rafael Auras2; Sergey
Rakov1; Craig Whitehouse1; George Perkins1; 1PerkinElmer,
Shelton, CT; 2Michigan State University, East Lansing, MI
WP 715 Rapid Screening of Parabens in Personal Care Products
 Avinash
Dalmia; Thomas White; Fabian Oteiza; Carl Schwarz; Blas
Cerda; George Perkins; Perkinelmer, Shelton, CT
WP 716 Rapid Measurement of Olive Oil Adulteration with

 Avinash Dalmia; Nicola Vosloo; George
Perkins; Blas Cerda; Craig Whitehouse; Perkinelmer,
Shelton, CT
WP 717 

 Avinash Dalmia; George Perkins; Craig
Whitehouse; Perkinelmer, Shelton, CT
WP 718 Use of Sorbent Coated Metal Probes with Direct

 Joseph LaPointe;
Robert Goguen; Brian Musselman; Ionsense Inc., Saugus,
MA
WP 719 Characterizing Toothpastes: Direct Fingerprinting of

 Elizabeth Crawford1;
Brian Musselman2; Jerry Zweigenbaum3; 1Institute of
Chemical Technology Prague, Prague, Czech Republic;
2IonSense, Inc., Saugus, MA; 3Agilent Technologies,
Wilmington, DE
WP 720 Pyrolysis for Rapid Screening of Contaminated Heparin
 Peter Nemes1; William
Hoover1; David Keire2; 1US FDA, CDRH, Silver Spring, MD;
2US FDA, CDER, St. Louis, IL
WP 721 Rapid Screening of ‘White Powders’ for Unknown
Agents Using a DART-Equipped Compact Mass
 Jack Henion1; Brian Musselman2; Nigel
Sousou1; 1Advion, Inc., Ithaca, NY; 2IonSense, Saugus, MA
WP 722 

 Catharina Crone1; Elizabeth
Crawford2; Yue Xuan1; Markus Kellmann1; 1Thermo Fisher
Scientic, Bremen, Germany; 2IonSense Inc., Saugus, MA
WP 723 Sensitive Screening of Abused Drugs in Raw Urine and
Blood by Direct Analysis in Real Time Triple Quadrupole
 Wenfang Zhang1; Zong Yang2; Ping
Li3; Yong Chen4; Dazhou Chen2; Charles C. Liu5; 1Forensic
Science Service Public Security Bureau, Beijing, China;
2National Institute of Metrology, Beijing, China; 3Lumtech
Technologies Limited, Beijing, China; 4Labcare Solutions,
Shanghai, China; 5ASPEC Technologies Limited, Beijing,
China
WP 724 Quantitation by DART-Orbitrap Mass Spectrometer:
Preliminary Analysis of Pesticides in Water by Internal
 Jaewon Choi; Wonseok Choi; Jeheon Jang;
Yunduck Kim; Kwater, Daejeon, South Korea
WP 725 Exact and Quantitative Analysis of Deuterated
Pyrene:
New Method for the Rapid, Convenient Hydrogen-

Mark Domin; Boston College, Chestnut Hill, MA
WP 726 Rapid Quantitative Analysis of Trimethyl Phosphate
in Water with Direct Analysis in Real Time Mass
 Xiaowei Wang1; Liping Liu1; Bing Shao1;
Jingfu Liu2; Charles C. Liu3; 1Beijing Center for Disease
Control and Prevention, Beijing, China; 2Chinese Academy
of Sciences, Beijing, China; 3ASPEC Technologies Limited,
Beijing, China
WP 727 Desorption Atmospheric Pressure Photoionization-
Mass Spectrometry for the Direct Analysis of

Jevgeni Parshintsev1; Anu Vaikkinen1; Vladimír Vrkoslav2;
Josef Cvacka2; Risto Kostiainen1; Tapio Kotiaho1; Marja-
Liisa Riekkola1; Tiina J Kauppila1; 1University of Helsinki,
Helsinki, Finland; 2Czech Academy of Sciences, Prague,
Czech Republic
WP 728 Implementation of Reactive Transmission Mode
Desorption Electrospray Ionization – Ketone and
 Alex
Bishop; Jennifer Brodbelt; University of Texas, Austin, TX
WP 729 Normal Phase Liquid Chromatography Coupled to
Continuous Flow – Extractive Desorption Electrospray
Ionization – Mass Spectrometry for Phospholipid
 Li Li; Kevin Schug; Univ of Texas, Arlington, TX
WP 730 Coupling Free-Flow Electrophoresis with Desorption

 Sarah Anciaux; Michael Bowser;
University of Minnesota, Minneapolis, MN
WP 731 Using Desorption Electrospray Ionization Mass

Pathways of Ruthenium Catalysts during C-H Activation
 Cornelia Flender; Jennifer Roizen; Eric McNeill;
Justin Du Bois; Richard Zare; Stanford University, Stanford,
CA
WP 732 Detection of Explosive Molecular Adduct Ions with
Flowing Atmospheric-Pressure Afterglow Mass
 G. Asher Newsome1, 2; Lauryn E. DeGreeff2,
3; Christopher J. Katilie1, 2; Kevin J. Johnson2; 1Nova
Research, Inc., Alexandria, VA; 2U.S. Naval Research
Laboratory, Washington, DC; 3National Research Council,
Washington, DC
WP 733 
Using an Atmospheric Pressure MALDI Source Coupled
 Maxie Kohler1;
Kerstin Strupat2; Thorsten Umbach1; Heike Klesper1; Klaus
Meerholz1; 1University of Cologne, Cologne, Germany;
2Thermo Fisher Scientic, Bremen, Germany
WP 734 ESI and MALDI Sample Introduction, Preparation
 Drew Sauter 1; Andrew
Sauter III1; Alexander Scheeline2; Andrew Grange3; Gary
Groenewold4; 1Nanoliter, LLC, Henderson, NV; 2University of
Illinois, Urbana, IL; 3USEPA, Las Vegas, NV; 4Idaho National
Lab, Idaho Falls, ID
Ion Mobility Fundamentals, 735 – 754
WP 735 Separation of Isomeric Nitro-PAH by TWIM-MS Using

 Maíra Fasciotti1; Caroline
Franco2; Gabriel Heerdt3; Annibal D. Perreita Netto2;
Nelson H. Morgon3; Romeu J. Daroda1; Marcos N. Eberlin4;
1INMETRO, Rio de Janeiro, BR; 2Federal Fluminense
University, Niterói, Brazil; 3UNICAMP, Campinas, BR;
4ThoMSon Mass Spectrometry Laboratory, Campinas, BR
WP 736 Structure of Polyphenol Clusters – An Ion Mobility
 Frédéric Poussigue1, 2; Arnaud Vernier1, 3; Jérôme
Lemoine1, 2; Philippe Dugourd1, 3; Fabien Chirot1, 2;
1Université Lyon 1, Villeurbanne, France; 2CNRS, UMR
5280 ISA, Villeurbanne, France; 3CNRS, UMR 5306 ILM,
Villeurbanne, France
WP 737 Ion Mobility Mass Spectrometry of Small Molecule,
 Samuel
J. Allen; Alicia M. Schwartz; Matthew F. Bush; University of
Washington, Seattle, WA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 151
WEDNESDAY POSTERS
WP 738 Travelling Wave Ion Mobility Calibration with
 Helene Lavanant; Vincent
Tognetti; Carlos Afonso; Normandie Univ UMR 6014, FR
3038; Univ Rouen; CNRS, Mont St Aignan, France
WP 739 Ion Mobility-Mass Spectrometry of Iodide Salt Cluster
Ions in Air and Comparison to Density Functional
 Chris Hogan; Hui Ouyang;
Carlos Larriba-Andaluz; Derek Oberreit; University of
Minnesota, Minneapolis, Minnesota
WP 740 Determination of Collision Cross Sections for Ion
Standards using a New Commercial Drift Tube for IM-
 Peter Backlund1; Stephanie
Cologna1; Christopher Crutcheld1; Christian Klein2; Ruwan
Kurulugama2; Ed Darland2; Alex Mordehai2; Alfred L. Yergey
1; 1NIH, Bethesda, MD; 2Agilent Technologies, Santa Clara,
CA
WP 741 Towards Predicting Differential Mobility Based Upon
 Brad Schneider1; Erkinjon Nazarov2;
Goran Ristic1; Thomas Covey1; 1AB SCIEX, Concord,
Canada; 2Draper Laboratories, Tampa, FL
WP 742 Calculations of Ion Mobilities for Biological
Macromolecules Using the Electronic Surface
 Yuri Alexeev1; Dmitri G. Fedorov2;
Alexandre A. Shvartsburg 3; 1Argonne National Laboratory,
Argonne, IL; 2Nanosystem Research Institute, Tsukuba,
Japan; 3Pacic Northwest National Laboratory, Richland,
WA
WP 743 A New Paradigm for Electrospray Ion Mobility-Mass
 Kent Gillig; Yu-Ling Chang;
Chung-Hsuan Chen; Academia Sinica, Taipei, Taiwan
WP 744 Multiplexed High Pressure Ion Mobility-TOFMS: High
Resolution, Sensitivity and Structural Information in
 Richard Knochenmuss; Stephan Graf; Katrin
Fuhrer; Marc Gonin; Tofwerk, Seftigen, Switzerland
WP 745 Selected Accumulation Ion Mobility Spectrometry

 Melvin A. Park; Desmond Kaplan;
Mark Ridgeway; Bruker Daltonics, Inc., Billerica, MA
WP 746 
 Mark Ridgeway;
Desmond Kaplan; Kevin Dixon; Melvin Park; Bruker
Daltonic, Billerica, MA
WP 747 Development of a Spatially Multiplexed 8-Channel Ion

 Katrina
L. Leaptrot; Jody C. May; John A. McLean; Vanderbilt
University, Nashville, TN
WP 748 Electrical Mobilities of Near-Spherical, Multiply-Charged


Juan Fernández García; Juan Fernández de la Mora; Yale
University, New Haven, CT
WP 749 Measuring Reduced Ion Mobilities of
Tetraalkylammonium Cations in Intermediate Field

John van Nostrand; Udo Verkerk; K. W. Michael Siu; York
University - CRMS, Toronto, Canada
WP 750 The Inability of Hard Sphere Specular Scattering to

 Carlos Larriba Andaluz; Christopher Hogan;
University of Minnesota, Minneapolis, MN
WP 751 
Sampling Conformational Space in Support of Ion
 Sarah M. Stow1;
Cody R. Goodwin1; Michal Kliman1; Ruwan Kurulugama2;
Ed Darland2; Brian O. Bachmann1; Terry P. Lybrand1; John
A. McLean 1; 1Department of Chemistry at Vanderbilt
University, Nashville, TN; 2Agilent Technologies Inc., Santa
Clara, CA
WP 752 Imaging the Ion Beam Inside a Drift Tube Ion Mobility
 Harikrishnan
Sukumar1; Stephen Davila1; John Stone2; Gary Eiceman1;
1New Mexico State University, Las Cruces, NM; 2Queen’s
University, Kingston, Ontario, Canada
WP 753 Development of a New Ion Mobility-Quadrupole Time-
of-Flight Mass Spectrometer for High-Resolution

Ruwan Kurulugama1; Alexander Mordehai1; Nathan
Sanders1; Christian Klein1; Yehia Ibrahim2; Erin Baker2;
Richard Smith2; George Stafford1; John Fjeldsted1; 1Agilent
Technologies, Santa Clara, CA; 2Pacic Northwest National
Laboratory, Richland, WA
WP 754 Reduced Ion Mobilities: A Need for Parameterization of
Chemical Analyte Properties? Philipp Cochems1; Walter
Wissdorf2; Yessica Brachthaeuser2; Christine Polaczek2;
Thorsten Benter2; Stefan Zimmermann1; 1Leibniz University
Hannover, Hannover, Germany; 2University of Wuppertal,
Wuppertal, Germany
GENERAL INFORMATION
PAGE 152 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
7:30-8:00 am ............................................. Set up all Thursday posters
10:30 am-1:00 pm ...............................Odd-numbered posters present
12:00-2:30 pm ................................... Even-numbered posters present
2:30-3:00 pm .......................................... Remove all Thursday posters
Ion Mobility – FAIMS.................................................................001-021
Imaging MS: Large Molecules ..................................................022-025
Imaging MS: Quantitative Analysis ...........................................026-030
Imaging MS: Method Developoment II .....................................031-051
Imaging MS: Instrumentation....................................................052-072
Instrumentation: General ..........................................................073-107
LC-MS Instrumentation.............................................................108-120
LC-MS Sample Preparation (Proteins & Peptides)...................121-139
Advances in Sample Preparation Methods for Improved
Protein Identication and Quantication ...........................140-169
High Throughput Analysis/Robotics ..........................................170-185
GCMS: Instrumentation & Applications ....................................186-214
High Mass Accuracy/High Performance MS: Instrumentation ..215-229
High Mass Accuracy/High Performance Applications ............... 230-249
Peptides: General .....................................................................250-262
Peptidomics ..............................................................................263-271
Peptides: Sequence Analysis ...................................................272-278
Phosphopeptides: Quantitative Analysis ..................................279-306
Protein: PTM II..........................................................................307-328
Glycoproteins II.........................................................................329-357
Carbohydrates II .......................................................................358-383
Biomarker Quantitation: Glycans, Lipids & Metabolites............384-410
Biomarker Discovery: Cancer and Neuroscience .....................411-442
Proteomics: Clinical Applications .............................................. 443-476
Proteins: Membrane .................................................................477-485
Microorganisms: Identication and Characterization ................ 486-519
Homeland Security ...................................................................520-527
Food Safety - Pesticides...........................................................528-558
Lipids: Prole Analysis .............................................................. 559-591
Small Molecules: Quantitative Analysis IV................................592-619
Ambient Ionization: Fundamentals ...........................................620-633
Ionization Mechanisms .............................................................634-651
Energy: Biofuels .......................................................................652-664
Informatics: Pathway Analysis ..................................................665-668
Informatics: Peptide Identication/Characterization II ..............669-693
Ion Spectroscopy ......................................................................694-710
Ion Structure / Energetics ......................................................... 711-727
Ion Mobility – FAIMS, 001 -021
ThP 001 Parameters Characterization and Optimization in
Differential Mobility Spectrometer Relative to Uses of
 Sarah Demers1; Réal Paquin1; Gregory
Blachon2; Pierre Picard2; Serge Auger2; 1Université Laval,
Quebec City, Canada; 2Phytronix Technologies, Quebec
City, Canada
ThP 002 Performance Characterization of a Differential Ion
Mobility Spectrometer Operated in Laminarized Low-
 Dimitris Papanastasiou1;
Ioannis Orfanopoulos1; Diamantis Kounadis1; Alexander
Lekkas1; Ioannis Nikolos2; Roger Giles3; Andrew Entwistle3;
Emmanuel Raptakis1; 1Fasmatech, Athens, GR; 2Technical
University of Crete, Chania, GR; 3Shimadzu Research
Laboratory, Manchester, UK
ThP 003 Application of Differential Ion Mobility Technology to
Improve the Quantitation of Small Molecules by LC-MS/
 Richard Grater; Naveed Shaik; Ellen Rohde; Lawrence
Gan; BiogenIdec, Cambridge, MA
ThP 004 
Differential Ion Mobility Spectrometry and High Mass
 Sandra Spencer;
Samantha Isenberg; Gary Glish; University of North
Carolina, Chapel Hill, NC
ThP 005 
 David
Crizer; Samantha Isenberg; Beth Marbois; Gary Glish;
University of North Carolina, Chapel Hill, NC
ThP 006 Comparison of Electrospray, Nano-electrospray,
and Low Temperature Plasma Ionization for Use
 Brandon
Santiago; Gary Glish; University of North Carolina, Chapel
Hill, NC
ThP 007 
 Theresa Evans-Nguyen;
Spiros Manolakos; Francy Sinatra; James Alberti; Kevin
Hufford; Draper Laboratory, Tampa, FL
ThP 008 Improving the LC-MS/MS Selectivity of
Hexabromocyclododecane Diastereomers with
 Changqing Lin1;
YI Pan1; Chen Zheng2; Yongming Xie2; 1Shanghai Putuo
Environmental Monitoring Station, Shanghai, China;
2Shanghai AB Sciex Analytical Instrument Trading Co,
Shanghai, China
ThP 009 A Sensitive and Selective LC-Differential Mobility-
Mass Spectrometric Analysis of Allopregnanolone
 Wen Jin1; Michael
Jarvis1; Michal Weinstock1; Margaret Altemus2; 1AB SCIEX,
Concord, Canada; 2New York Presbyterian Hospital and
Cornell University, New York, NY
ThP 010 Improving Protein and Peptide Detection by Combining
Differential Mobility and Atmospheric Proton Transfer
 J.C. Yves Leblanc; J. Larry Campbell; Igor
Chernushevich; Stephen Tate; AB SCIEX, Concord, On,
Canada
ThP 011 Improving Speed and Selectivity of Targeted Peptide
 Susan E. Abbatiello1;
Lindsay Pino1; Michael Belford2; Eric Kuhn1; Nathan Yates3;
Steven A. Carr1; 1The Broad Institute of Harvard and MIT,
Cambridge, MA; 2Thermo Fisher Scientic, San Jose, CA;
3University of Pittsburgh, Pittsburgh, PA
ThP 012 High-Throughput Analysis of Drugs in Biological
Matrices with Enhanced Selectivity for Quantitation
 Michael Ugarov 1; Yuqin Dai1;
Kari Schlicht2; Vaughn Miller2; 1Agilent Technologies, Santa
Clara, CA; 2Agilent Technologies, Wakeeld, MA
ThP 013 Faster Reaction Monitoring of Reductive Amination
 Lauren Brown1; Celine
Laine1; Danielle Toutoungi1; Shelly Li2; Gilles Goetz2;
Guilong Cheng2; 1Owlstone Ltd, Cambridge, UK; 2Pzer
Global R&D, Groton, CT
ThP 014 
 Christopher
Beekman1; Timothy J. Garrett1; Michael Ugarov2;
George Stafford2; Richard A. Yost1; 1University of Florida,
Gainesville, FL; 2Agilent Technologies, Santa Clara, CA
ThP 015 
Mobility Spectrometry/ Mass Spectrometry of Transition
Metals: Potential for Environmental and Nuclear
 Jared Boock; Richard Yost; University of
Florida, Gainesville, FL
ThP 016 
 Randy W.
Purves1; Allison R. Ozog1; Stephen J. Ambrose1; Michael
Belford2; Satendra Prasad2; Jean-Jacques Dunyach2;
1National Research Council, Saskatoon, Canada; 2Thermo
Fisher, San Jose, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 153
Peptides: Sequence Analysis ...................................................272-278
Phosphopeptides: Quantitative Analysis ..................................279-306
Protein: PTM II..........................................................................307-328
Glycoproteins II.........................................................................329-357
Carbohydrates II .......................................................................358-383
Biomarker Quantitation: Glycans, Lipids & Metabolites............384-410
Biomarker Discovery: Cancer and Neuroscience .....................411-442
Proteomics: Clinical Applications .............................................. 443-476
Proteins: Membrane .................................................................477-485
Microorganisms: Identication and Characterization ................ 486-519
Homeland Security ...................................................................520-527
Food Safety - Pesticides...........................................................528-558
Lipids: Prole Analysis .............................................................. 559-591
Small Molecules: Quantitative Analysis IV................................592-619
Ambient Ionization: Fundamentals ...........................................620-633
Ionization Mechanisms .............................................................634-651
Energy: Biofuels .......................................................................652-664
Informatics: Pathway Analysis ..................................................665-668
Informatics: Peptide Identication/Characterization II ..............669-693
Ion Spectroscopy ......................................................................694-710
Ion Structure / Energetics ......................................................... 711-727
THURSDAY POSTERS
ThP 017 Ion Mobility Separations of Protein Conformers with

 Alexandre A. Shvartsburg; Richard D. Smith;
Pacic Northwest National Laboratory, Richland, WA
ThP 018 
 Michael Belford;
Satendra Prasad; Jean-Jacques Dunyach; Thermo Fisher
Scientic, San Jose, CA
ThP 019 
Chip-Based Field Asymmetric Waveform Ion Mobility

Robert Smith1; Danielle Toutoungi2; James Reynolds1;
Ashley Sage3; Billy Boyle2; Colin Creaser1; 1Loughborough
University, Loughborough, UK; 2Owlstone Ltd, Cambridge,
UK; 3Agilent Technologies, Stockport, UK
ThP 020 
 Danielle
Toutoungi1; Lauren Brown1; Billy Boyle1; Samantha J
Barry2; Jean-Claude Wolff2; 1Owlstone Ltd, Cambridge, UK;
2GlaxoSmithKline, Stevenage, UK
ThP 021 Analysis of Intact Protein Ions by Chip-Based-FAIMS-
 Lauren Brown1; Danielle Toutoungi1; Billy Boyle1; Colin
Creaser2; 1Owlstone Ltd., Cambridge, UK; 2Loughborough
University, Loughborough, UK
Imaging MS: Large Molecules, 022 – 025
ThP 022 DESI Detection of Surface Proteins with MS Imaging
 Wei Rao; Adam Celiz; David Scurr;
Morgan Alexander; David Barrett; University of Nottingham,
Nottingham, UK
ThP 023 Quantitation of Peptides by MALDI Imaging Using
 Guillaume Hochart; David Bonnel;
Gregory Hamm; Raphael Legouffe; Fabien Pamelard;
Jonathan Stauber; ImaBiotech, MS Imaging Department,
Lille, France
ThP 024 Imaging of Nanoparticle Biodistributions in vivo Using
 Bo Yan;
Sung Tae Kim; Chang Soo Kim; Krishnendu Saha; Daniel F.
Moyano; Vincent M. Rotello*; Richard W. Vachet*; University
of Massachusetts, Amherst, MA
ThP 025 
 Rima Ait-Belkacem1;
Caroline Berenguer1; Claude Villard1; Sega Ndiaye1;
L’Houcine Ouak1; Dominique Figarella-Branger1; Olivier
Chinot2; Daniel Latte1; 1AIX Marseille Universite, Marseille,
France; 2Assistance publique hopitaux de Marseille,
Marseille, France
Imaging MS: Quantitative Analysis, 026 – 030
ThP 026 

Josh Rowe; Julie Whitcomb; Chris Huntington; Jinsong Ni;
Allergan, Inc., Irvine, CA
ThP 027 Quantitative Bioimaging of Drugs in Thin Tissue
 Olga Reifschneider1; Christoph A. Wehe1;
Michael Sperling1, 2; Uwe Karst1; 1University of Münster,
Münster, Germany; 2European Virtual Institute for Speciation
Analysis, Münster, Germany
ThP 028 A Quantitative Study of Peptide Release by Mass

Callie Croushore1, 2; Stanislav Rubakhin1, 2; Jonathan
Sweedler1, 2; 1Beckman Institute, UIUC, Urbana, IL;
2Department of Chemistry, UIUC, Urbana, IL
ThP 029 Quantitative DESI& MALDI Imaging Applied on

Raphael Legouffe1; Joseph H Kennedy2; Gregory Hamm1;
Fabien Pamelard1; Justin Wiseman2; Jonathan Stauber1;
1ImaBiotech, MS Imaging Department, Lille, France;
2Prosolia, Inc., Indianapolis, IN
ThP 030 Spatially-Aware Feature-Sparse Clustering for Mass
 Kyle Bemis1; Livia Eberlin2;
Christina Ferreira1; R. Graham Cooks1; Olga Vitek1; 1Purdue
University, West Lafayette, IN; 2Stanford University, Palo
Alto, CA
Imaging MS: Method Developoment II, 031 – 051
ThP 031 
 Steffen M. Weidner1; Bernd Enthaler2; Benjamin
C. Krause3; 1Federal Inst.for Materials Research & Testing,
1.3, Berlin, Germany; 2University of Hamburg, Institute of
Food Chemistry, Hamburg, Germany; 3Humboldt-University,
Physical Chemistry, Berlin, Germany
ThP 032 

Junya Nakamura1; Maiko Kaku2; Yoshinori Fujimura2;
Katsutoshi Takahashi3; Daisuke Miura2; Hiroyuki Wariishi4;
1Grad. Sch. Biores. Bioenviron. Sci., Kyushu Univ., Fukuoka,
Japan; 2ICMRN, Kyushu Univ., Fukuoka, Japan; 3AIST,
Tokyo, Japan; 4Fac. Arts and Sci., Kyushu Univ., Fukuoka,
Japan
ThP 033 Pre-coated Targets with Matrix and Trypsin for in-situ
 Faizan
Zubair; Junhai Yang; Jeremy L. Norris; Richard M. Caprioli;
Paul E. Laibinis; Vanderbilt University, Nashville, TN
ThP 034 The Challenge of On-Tissue Digestion for MALDI-IMS a
Comparison of Different Protocols to Improve Imaging
 Hanna Diehl1; Julian Elm1; Judith Baronner1;
Dennis Trede2; Herbert Thiele2; Helmut E. Meyer1; Corinna
Henkel1; 1Medizinisches Proteom-Center, Ruhr-University,
Bochum, Germany; 2Steinbeis Innovation Center SCiLS,
Bremen, Germany
ThP 035 
 Andreas Roempp;
Katharina Huber; Yvonne Schober; Thorsten Schramm;
Bernhard Spengler; Justus Liebig University, Giessen,
Germany
ThP 036 Acquisition and Analysis of 3D MALDI Imaging Data
 Shannon Cornett1; Janina Oetjen2; Dennis Trede3,
4; Michaela Aichler5; Jan Strehlow6; Stefan Heldmann7;
Judith Berger7; Michael Gottschalk8; Klaus Steinhorst3;
Jan Hendrik Kobarg3, 4; Stefan Wirtz6; Stefan Schifer3, 4;
Herbert Thiele3; Axel Walch5; Peter Maass3, 4; Theodore
Alexandrov3, 4; Detlev Suckau9; Michael Becker9; 1Bruker
Daltonics, Billerica, MA; 2University of Bremen, MALDI
Imaging Lab, Bremen, Germany; 3Steinbeis Innovation
Center SCiLS, Bremen, Germany; 4Univ. Bremen, Center
for Industrial Mathematics, Bremen, Germany; 5Helmholtz-
Zentrum München, Dept. of Pathology, Munich, Germany;
6Fraunhofer MEVIS Inst. for Medical Image Computing,
Bremen, Germany; 7Fraunhofer MEVIS Project Group
Image Registration, Lübeck, Germany; 8Bruker Biospin
MRI GmbH, Ettlingen, Germany; 9Bruker Daltonik GmbH,
Bremen, Germany
ThP 037 
 Xiaodong Wang1; Jun Han1;
Albert Chou1; Juncong Yang1; Jingxi Pan1; Christoph
Borchers1, 2; 1University of Victoria-Genome BC Proteomics
Centre, Victoria, Canada; 2Dept of Biochemistry and
Microbiology, U Victoria, Victoria, Canada
ThP 038 
William Friesen; Brian Schultz; Joe Steet; Sarbajit Banerjee;
Troy Wood; SUNY at Buffalo, Buffalo, NY
GENERAL INFORMATION
PAGE 154 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 039 Imaging MALDI Mass Spectrometry in Microscope
Mode with Infrared Lasers – Breaking the Diffraction
 Jens Soltwisch; Julia
Jungmann; Donald F. Smith; Andras Kiss; Shane Ellis; Ron
Heeren; FOM Institute AMOLF, Amsterdam, the Netherlands
ThP 040 Correlated Imaging Mass Spectrometry and Raman

Dorothy Ahlf; Eric Weaver; Rachel Masyuko; Haohang Li;
Paul Bohn; Amanda Hummon; University of Notre Dame,
Notre Dame, IN
ThP 041 Silver Assisted LDI for High Spatial Resolution Imaging
 Martin
Dufresne1; Aurelien Thomas1; Julien Breault-Turcot2; Jean-
François Masson2; Pierre Chaurand1; 1Pierre Chaurand
Group, Montréal, Canada; 2Jean-François Masson,
Montreal, Canada
ThP 042 Novel Bioinformatics Platform for Interactive
Interrogation of DESI-mass Spectrometry Imaging
 Kirill Veselkov1;
Reza Mirnezami1; Nicole Strittmatter1; James Kinross1;
Robert Goldin1; Abigail Speller1; Tigran Abramov2; Ara
Darzi1; Zoltan Takats1; 1Imperial College London, London,
UK; 2Sevastopol National Technical University, Streletskaya
Bay, Crimea, Ukraine
ThP 043 
 Anita Durairaj; Lauren
M. Jackson; Nicholas Winograd; The Pennsylvania State
University, University Park, PA
ThP 044 Blotting Assisted by Heating and Solvent Extraction for
 Elaine Cristina
Cabral1; Mario Francesco Mirabelli2; Consuelo J. Perez1;
Demian Rocha Ifa1; 1York University, Toronto, Canada;
2University of Calabria, Cosenza, Italy
ThP 045 The Evolution of 3D Biological Imaging to FIB-TOF
 Gregory L Fisher; John S Hammond; Scott R
Bryan; Physical Electronics, Chanhassen, MN
ThP 046 High-Sensitivity Bio-Molecular Imaging and Protein
60 John
Hammond1; Gregory Fisher1; Mark Jansen2; Luke
MacAleese2; Ron Heeren2; 1Physical Electronics,
Chanhassen, MN; 2FOM/AMOLF, Amsterdam, The
Netherlands
ThP 047 Molecular Imaging and Analysis of Drugs by Laser
Ablation Atmospheric Pressure Chemical Ionization
 Christina Herdering;
Christoph A. Wehe; Olga Reifschneider; Michael Sperling;
Uwe Karst; University of Münster, Münster, Germany
ThP 048 
 Takahiro Hayasaka1; Naoko Goto-
Inoue2; Noritaka Masaki1; Mitsutoshi Setou1; 1Hamamatsu
University School of Medicine, Hamamatsu, Japan; 2Tokyo
Metropolitan University, Hachioji, Japan
ThP 049 Mass Spectrometry Analysis and Imaging of Lipids
and Proteins in Human Liver via MALDI and Liquid
 Joscelyn Sarsby; Rian L.
Grifths; Rory Steven; Alan Race; Emily Guggenheim; Trish
Lalor; Helen J. Cooper; Josephine Bunch; University of
Birmingham, Birmingham, UK
ThP 050 Microscope Mode Mass Spectrometry – An Approach

Benjamin Winter; Edward Halford; Simon-John King;
Alexandra Lauer; Claire Vallance; Mark Brouard; University
of Oxford, Oxford, UK
ThP 051 Laserspray Ionization on an Orbitrap Exactive :
Performing Imaging Mass Spectrometry at Ultra High
 Andrew F. Harron; Khoa Hoang; Charles
McEwen; USP, Philadelphia, PA
Imaging MS: Instrumentation, 052 – 072
ThP 052 Robotic Plasma Probe Ambient Ionization Mass
 Ezequiel
M. Morzan1, 2; Rachel V. Bennett2; Facundo M. Fernandez2;
1Universidad de Buenos Aires, Buenos Aires, Argentina;
2Georgia Institute of Technology, Atlanta, GA
ThP 053 Near-Field Laser Ablation for Mass Spectrometry of
 Yonathan Merid; Kermit K. Murray; Louisiana
State University, Baton Rouge, LA
ThP 054 Rapid Imaging of Unprocessed Chicken Bone Marrow
by LAESI-MS with T-Wave Ion Mobility Separation Using
 Emmanuelle Claude1; Michel W.F Nielen2,
3; Brent R. Reschke4; Hilary Major1; 1Waters Corporation,
Manchester, UK; 2RIKILT, Wageningen, The Netherlands;
3Wageningen University, Lab of Organic Chemistry,
Wageningen, The Netherlands; 4Protea Biosciences,
Morgantown, US
ThP 055 Mass Imaging Analysis of Oligonucleotides and
Peptides Microarrays by Using Microscopic MALDI
 Joo Yeon Oh1; Sohee Yoon1;
Jeong Hee Moon2; Sang Yun Han1; Tae Geol Lee1; 1Korea
Res. Inst. of Standards and Science, Daejeon, South
Korea; 2Korea Res. Inst. of Bioscience and Biotechnology,
DaeJeon, South Korea
ThP 056 Fast Survey Scan Acquisition and Multiple Detector
Utilization for Elemental Mass Spectrometric
 Christoph Alexander Wehe1; Olga
Reifschneider1; Ann-Christin Bülter1; Michael Kieshauer1;
Michael Sperling1, 2; Uwe Karst1; 1University of Münster,
Münster, Germany; 2European Virtual Institute for
Speciation Analysis, Münster, Germany
ThP 057 A Method For Rapid Matrix Sublimation for MALDI Lipid
 Vijanaka Fernando2; Vladimir Collado1; Victor
Spicer1; Werner Ens1; 1University of Manitoba, Winnipeg,
Canada; 2The Open University of Sri Lanka, Colombo, Sri
Lanka
ThP 058 Atmospheric Pressure MALDI Imaging Mass
 Berk Oktem;
Konstantin Novoselov; Jianhua Tang; Vladimir Doroshenko;
MassTech Inc., Columbia, MD
ThP 059 The Implementation of the Time-Stamping, Multi-Hit
PImMS Sensor in Combination with a Commercially
 Edward
Halford1; Samuel Coles1; Alexandra Lauer1; Benjamin
Winter1; Jason W. L. Lee1; Mark Mills2; Steve Thompson2;
Claire Vallance1; Mark Brouard1; 1University of Oxford,
Oxford, UK; 2SAI, Manchester, UK
ThP 060 Fundamental Characterization of Infrared Matrix-
Assisted Laser Desorption Electrospray Ionization

 Guillaume Robichaud; Jeremy A.
Barry; David C. Muddiman; North Carolina State University,
Raleigh, NC
ThP 061 
Resolution, Using Commercial Bruker MALDI TOFMS
 Andre Zavalin
1; Junhai Yang1; Andreas Haase2; Armin Holle2; Richard
Caprioli3; 1Vanderbilt University, Nashville, TN; 2Bruker
Daltonik GmbH, Bremen, Germany; 3Vanderbilt University
School of Medicine, Nashville, TN
ThP 062 Differential Mobility-Enhanced Ambient Mass
 Chaminda M. Gamage1; Rachel
V. Bennett1; Asiri S. Galhena2; Facundo M. Fernandez1;
1Georgia Institute of Technology, Atlanta, GA; 2The Coca-
Cola Company, Atlanta, GA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 155
THURSDAY POSTERS
ThP 063 Rapid Prototyping of a Low-Temperature Plasma Mass

 Mauricio Maldonado-Torres; Pedro Jiménez-
Sandoval; Robert Winkler; CINVESTAV Unidad Irapuato,
Irapuato, Mexico
ThP 064 Ion Microscopy with the Timepix Active Pixel Detector:
Ultrahigh Spatial Resolution SIMS and MALDI Analysis
 Julia H. Jungmann1; Andras Kiss1;
Donald F. Smith1; Luke MacAleese2; Ron M. A. Heeren1;
1FOM-Institute Amolf, Amsterdam, The Netherlands; 2Institut
Lumiere Matiere, Universite Lyon 1-CNRS, Villeurbanne
Cedex, France
ThP 065 Tissue Imaging with Scanning Probe Electrospray
 Yoichi Otsuka1; Junpei Naito1; Masafumi
Kyogaku1; Ryuichi Arakawa2; Hiroyuki Hashimoto1; 1Frontier
Research Center, Canon Inc., Tokyo, Japan; 2Kansai
University, Osaka, Japan
ThP 066 Development of New Stigmatic Imaging Mass
Spectrometer and Its Application to Metal Cation
 Jun Aoki; Hisanao Hazama; Kunio
Awazu; Michisato Toyoda; Osaka University, Osaka, Japan
ThP 067 Pushing the Limits of Secondary Ion Mass
 Donald F. Smith1; Andras
Kiss1; Franklin E. Leach2; Errol W. Robinson2; Ljiljana
Paša-Tolić2; Ron M.A. Heeren1; 1FOM Institute AMOLF,
Amsterdam, Netherlands; 2Environmental Molecular
Sciences Laboratory, PNNL, Richland, WA
ThP 068 

 Jason Lee1; Andrew Clark2;
Jamie Crooks2; Iain Sedgwick2; Jaya John John1; James
Bull1; Edward Wilman1; Laura Hill1; Andrei Nomerotski1;
Renato Turchetta2; Richard Nickerson1; Mark Brouard1;
Claire Vallance1; 1University of Oxford, Oxford, UK;
2Rutherford Appleton Laboratory, Harwell, UK
ThP 069 Imaging of Biological Systems Using Laser Ablation

Jonathan Brauer; Jan Sunner; University of Oklahoma,
Norman, OK
ThP 070 Laser Ablation-Based Bioimaging with Simultaneous
Elemental and Molecular MS: Towards Spatially
 Uwe Karst; Christina
Herdering; Christoph A. Wehe; Olga Reifschneider;
Franziska Blaske; Ann-Christin Bülter; Michael Sperling;
University of Münster, Münster, Germany
ThP 071 
mode Mass Chemical Microscopic Molecular Imaging
 Sohee Yoon1; Jeong Hee Moon2; Joo Yeon Oh1;
Tae Geol Lee1; 1KRISS, Daejeon, South Korea; 2KRIBB,
Daejeon, South Korea
ThP 072 Infrared Laser Ablation for Electrospray Ionization
 Sung-Gun Park; Kermit K. Murray;
Louisiana State University, Baton Rouge, Louisiana

ThP 073 3D Simulation of Quadrupole Mass Filter Performance
 David Langridge;
Waters, Manchester, UK
ThP 074 Simulation of Resonant Excitation in Quadrupole Linear

Matthew Gill; Roger Giles; Shimadzu Research Laboratory
(Europe), Manchester, UK
ThP 075 The Effective Potential of a Linear Quadrupole Ion Trap
Calculated from Ion Displacements Caused by Applied
 Cong Gao; Donald Douglas; University of British
Columbia, Vancouver, Canada
ThP 076 Design and Performance of Quadrupole Mass Filter
 Sarfaraz Uddin
Ahmed Hashmi Syed; Simon Maher; Thomas J Hogan;
Mariya Juno Antony Joseph; Stephen Taylor; University of
Liverpool, Liverpool, UK
ThP 077 Mitigation of High Pressure Effects in Miniature Toroidal
 Steve
Lammert 1; Ed Lee1; Joe Oliphant1; Jeff Jones1; Randy
Waite1; Rich Prunier2; Steve Ritzau2; 1Torion Technologies,
Inc, American Fork, UT; 2Photonis, USA, Sturbridge, MA
ThP 078 Electro-Hydrodynamic Simulations for Mass
 Xiaoyu
Zhou; Ouyang Zheng; Biomedical Engineering School,
Purdue University, West Lafayette, IN
ThP 079 
 Athanasios Zacharos1; Alexander
Lekkas1; Michael Sudakov1; Dimitris Papanastasiou1;
Diamantis Kounadis1; Ioannis Nikolos2; Emmanuel
Raptakis1; 1Fasmatech, Athens, Greece; 2Technical
University of Crete, Chania, GR
ThP 080  Staci Anthony; Deven
Shinholt; Martin Jarrold; Indiana University, Bloomington, IN
ThP 081 New Ion Source, Ion Transfer, and Ion Accumulation
 Yu Chen 1;
Franklin E. Leach III2; John P Quinn1; Nathan K Kaiser1;
Gregory T. Blakney1; Tong Chen3; Steven C Beu1; Yehia
Ibrahim2; Randolph Norheim2; Gordon Anderson2; Richard
D Smith2; Christopher L Hendrickson1, 3; Alan G Marshall1,
3; 1National High Magnetic Field Laboratory, Tallahassee,
FL; 2Pacic Northwest National Laboratory, Richland, WA;
3Florida State University, Tallahassee, FL
ThP 082 Observation of Fine Structure in Isotopic Peak
Distributions in 4.7T Magnet FT-ICR Mass Spectra
Obtained by Using Dynamically Harmonized
 Konstantin Nagornov1; Gleb Vladimirov1; Yury
Kostyukevich1, 4; Igor Popov2, 4; Eugene Nikolaev1, 3; 1Institute
for Energy Problems of Chemical Physics, Moscow, Russia;
2Emanuel Institute of Biochemical Physics, Moscow, Russia;
3Orekhovich Institute of Biomedical Chemistry, Moscow,
Russia; 4Moscow Institute of Physics and Technology,
Moscow, Russia
ThP 083 Multiplexed Electrospray System for the Chemical

Zane Baird; Michael Wleklinski; Hsu-Chen Hsu; R. Graham
Cooks; Purdue University, West Lafayette, IN
ThP 084 Evaluation of Sensitivity Improvements of a Tandem
 Satendra Prasad1; Eloy Wouters1; Jean-
Jacques Dunyach1; Alexander Makarov2; 1Thermo Fisher
Scientic, San Jose, CA; 2Thermo Fisher Scientic (Bremen)
GmbH, Bremen, Germany
ThP 085 Effect of Electroosmotic Flow on the Function of Liquid-
Junction Electrospray Interface between Capillary
 Karel Kleparnik;
Jaroslav Luksch; Anna Tarantova; Frantisek Foret; Institute
of Analytical Chemistry ASCR, Brno, Czech Republic
ThP 086 
Parameters Using Design of Experiment in LC-ESI-TOF
 Jana Rousova;
Richard Cochran; Nagaraju Dongari; Paige Kuplic; Kari
Kusler; Kacie Lundgren; Eric Nelson; Alena Kubatova;
University of North Dakota, Grand Forks, ND
ThP 087 Probing the High Mass Transmission Characteristics

 Kevin Giles; Jason
Wildgoose; Jonathan Williams; Martin De Cecco; Waters
Corporation, Manchester, UK
GENERAL INFORMATION
PAGE 156 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 088 Improvement of MALDI-TOFMS Ion Source for Higher
 Kei Kodera;
Sadanori Sekiya; Makoto Hazama; Shinichi Iwamoto; Koichi
Tanaka; Shimadzu Corporation, Kyoto, Japan
ThP 089 Novel Acquisition Strategies for TOF and IMS-TOF Mass
 Keith Richardson1; Jason Wildgoose1;
Martin Green1; Stephen Platt1; Martin Palmer1; Mark
Wrona2; Asish Chakraborty2; Arkadiusz Grzyb3; 1Waters
Corporation, Manchester, UK; 2Waters Corporation, Milford,
MA; 3Inquiry Software, Bialogard, Poland
ThP 090 Preliminary Tests of an ESI QqTOF Mass Spectrometer
 Vladimir Montero Collado; Victor Spicer;
Ken Standing; University of Manitoba, Dept. of Physics,
Winnipeg, Canada
ThP 091 
Factors Affecting Data Acquisition on a Quadruple
 Shan M. Randall1; Helene
L. Cardasis2; David C. Muddiman1; 1North Carolina State
University, Raleigh, NC; 2Thermo Fisher Scientic, San
Jose, CA
ThP 092 
with Accounting for Space Charge Shielding by the
 Pavel Ryumin; Gleb Vladimirov; Eugene
Nikolaev; The Institute for Energy Problems of Chemical
Phys, Moscow, Russian Federation
ThP 093 Robustness and System-Health Study on Triple
 Mary L. Blackburn;
Harald Oser; Jean-Jacques Dunyach; Philip M. Remes;
Michael W. Belford; Josh Maze; Thermo Fisher Scientic,
San Jose, CA
ThP 094 Advances in Sensitivity, Robustness, Speed, and
Dynamic Range on a Newly Developed Triple
 Harald Oser; Ethan
Chan; Oleg Silivra; Joshua Maze; Satendra Prasad; Jean-
Jacques Dunyach; Michael Belford; Eloy Wouters; Huy
Nguyen; Terry Olney; Thermo Fisher Scientic, San Jose, CA
ThP 095 Mass and Resolution Calibration Method For New
 Rob Grothe; Thermo
Fisher Scientic, San Jose, CA
ThP 096 High-Speed Mass Measurement of Nanoparticle and
 Huan-Chang Lin1, 2; Jung-Lee Lin1; Jia-Tsrong Jan1;
Chung-Hsuan Chen1, 2; 1GRC, Academia Sinica, Taipei,
Taiwan; 2BIME, National Taiwan University, Taipei, Taiwan
ThP 097 Quantitative Analysis of Protein Adsorption on Porous
Polymer Particles by Using Ion Trap Particle Mass
 Zongxiu Nie; Caiqiao Xiong; Institute of
Chemistry Chinese Academy of Sciences, Beijing, China
ThP 098 
 Brett
Holmquist; Donald Walt Chandler; Esoterix, a LabCorp
Company, Calabasas Hills, CA
ThP 099 
Byungchul Cha; Joshua Maze; Oleg Silivra; Harald Oser;
Thermo Fisher Scientic, San Jose, CA
ThP 100 

 Kilyoung Kim; Cong Gao; Donald
Douglas; Univ of British Columbia, Vancouver, Canada
ThP 101 
Ion Source for the Introduction of Reagent/Calibrant
 Lee Earley1;
John Syka1; Christopher Mullen1; Jean-Jacques Dunyach1;
Don Hunt2; Jeffrey Shabonowitz2; Michelle English2; Philip
Compton3; 1Thermo Fisher Scientic, San Jose, CA;
2University Of Virginia, Charlottesville, VA; 3Northwestern
University, Evanston, IL
ThP 102 An Advanced Detection System for Ion Trap Mass
 Raman Mathur;
Michael Senko; Philip M. Remes; Robert A. Grothe; Jean
Jacques Dunyach; Harald Oser; Satendra Prasad; Eloy R.
Wouters; Thermo Fisher Scientic, San Jose, CA
ThP 103 Chemical Analysis of Functionalized Fullerenes and

 G.L.
Gasper 1; I.Y. Kuznetsov1; C. Oster1; D. Carlton3; W.
Chao3; E.H. Anderson3; E.R. Bernstein1, 2; D.C. Crick1, 4;
J.J. Rocca1; C.S. Menoni1; 1NSF ERC for EUV Science,
Colorado State University, Fort Collins, CO; 2Department
of Chemistry, Colorado State University, Fort Collins, CO;
3Lawrence Berkeley National Laboratory, Berkeley, CA;
4CVMBS, Colorado State University, Fort Collins, CO
ThP 104 High-Pressure CIT Mass Spectrometry with a Solid-
 Derek W. Wolfe1; Travis M. Falconer1,
2; Roger P. Sperline3; M. Bonner Denton3; J. Michael
Ramsey1; 1University of North Carolina, Chapel Hill, NC;
2Forensic Chemistry Center, U.S. FDA, Cincinnati, OH;
3University of Arizona, Tucson, AZ
ThP 105 Preparative Scale Mass Spectrometry: A Modernized
 Kevin Hart; Brian
Egle; W. Scott Aaron; Oak Ridge National Laboratory, Oak
Ridge, TN
ThP 106 A Mathematica 3D-Histogram for Improved Energy and
Charge State Determinations from STJ Cryodetector
 Fan Wang; Dave M. Sipe; Mark E. Bier; Carnegie
Mellon University, Pittsburgh, PA
ThP 107 Online ESI-MS Analysis of HPTLC-Separated
Compounds with a New Compact Single Quadrupole
 Frank Porbeck2; Ines Klingelhoefer1;
Mark Allen2; Gertrud Morlock1; 1Justus-Liebig-University,
Giessen, Germany; 2Advion Ltd., Harlow, UK
LC-MS Instrumentation, 108 – 120
ThP 108 
Atmospheric Pressure Laser Ionization Mass
 Dennis Klink1; Oliver J. Schmitz2; 1University
of Wuppertal, Wuppertal, Germany; 2University of Duisburg-
Essen, Essen, Germany
ThP 109 
Frantisek Foret; Jana Krenkova; Jan Partyka; Jakub Grym;
Institute of Analytical Chemistry ASCR, v.v.i., Brno, Czech
Republic
ThP 110 
 Joshua Maze; Belford
Michael; Terry Olney; Thermo Fisher Scientic, San Jose, CA
ThP 111 Evaluating the Dynamic Range of Quantitation of a
 Mark E.
Hardman; Thermo Fisher Scientic, Sunnyvale, CA
ThP 112 A Comparison of Two Different LC-MS/MS Technologies

Floriane Pailleux1, 2; Arnaud Salvador1; Francis Beaudry2;
Jérôme Lemoine1; 1Université de Lyon, Vileurbanne,
France; 2Université de Montréal, Saint-Hyacinthe, Canada
ThP 113 
Ionization Technique for Liquid Chromatography-
 Shubhashis Chakrabarty; Vincent S.
Pagnotti; Sarah J. Saylor; Charles N. McEwen; University of
the Sciences, Philadelphia, PA
ThP 114 Comparison between Mechnisms Occuring in Paper


 Wejdan Alsaggaf; Rob O’Brien; Chemistry
Department, Kelowna, Canada
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 157
THURSDAY POSTERS
ThP 115 Development and Evaluation of NanoESI Coupled to a
Triple Quadrupole Massspectrometer for Quantitative
 Shannon Cook1; Hideki Yamamoto2;
Tairo Ogura2; Yusuke Osaka2; Ichiro Hirano2; 1Shimadzu
Scientic Instruments, Inc., Columbia, MD; 2Shimadzu
Corp., Kyoto, Japan
ThP 116 Strategies for Structure Elucidation Using Ultrafast
2 as an
Alternative to MS3 Paul Wynne1, 2, 3; Nigel Grieves1, 2, 3;
Bruce Fraser1, 2, 3; 1Shimadzu Australasia, Sydney, Australia;
2Shimadzu Australasia, Palmerston North, New Zealand;
3Shimadzu Australasia, Melbourne, Australia
ThP 117 On-Chip LC Separations for Inlet Ionization Based
 Berk Oktem1; Vladimir M.
Doroshenko1; Eric L. Kendall2; Don L. DeVoe2; 1MassTech
Inc., Columbia, MD; 2University of Maryland, College Park,
MD
ThP 118 An Integrated LC/MS Platform for Microscale
 Angela Doneanu; Jim Murphy; Jay Johnson;
Steve Cohen; Giusseppe Astarita; Waters Corp., Milford,
MA
ThP 119 Maximizing Triple Quadrupole Mass Spectrometry
Productivity Through the Automated Use of an
Expanded Dual-Channel HPLC System with Online
 Kevin McCann; Sameer Nene; Doug
McIntyre; Edmond Neo; Dennis Nagtalon; Dorothy Yang;
Agilent Technologies, Santa Clara, CA
ThP 120 Extension of RExIC Ion Preselection to Low-Resolution
 Peter Leopold1;
Samantha Peacock2; Tahmid Hassan2; Keith Rivera2; Darryl
Pappin2; Cristian I. Ruse2; 1BioAnalyte Inc., Portland, ME;
2Cold Spring Harbor Laboratory, Cold Spring Harbor, NY

ThP 121 The Effect of Protein Extraction Bias on the Biological
 Dagmar
Hajkova Leary2; William Judson Hervey IV. 1; Gary Vora1;
1Naval Research Laboratory, Washington, DC; 2National
Research Council, Washington, DC
ThP 122 
Propionic acid N-hydroxysuccinimide Ester for Histone
 Rijing Liao1; Yanyan
Yu1; shaolian zhou1; wei yi1; huili zhai2; 1China Novartis
Institutes for Biomedical Research, Shanghai, China;
2Novartis Institutes for BioMedical Research, Inc., Boston,
MA
ThP 123 A New Sample Preparation Method for Tissue
 Ying-Hua Chang1; Albert Chen1; Wei Guo1;
Qiang Xiong2; Jianyi Zhang2; Ying Ge1; 1University of
Wisconsin, Madison, WI; 2University of Minnesota Medical
School, Minneapolis, MN
ThP 124 An Optimized Method for Preparing Yeast and Human
Protein Extracts for Mass Spectrometry Method
 Sergei Saveliev;
Ethan Strauss; Mike Rosenblatt; Marjeta Urh; Promega
Corporation, Madison, WI
ThP 125 The Use of An Acid and Heat-Labile Surfactant for
Several Mass Spectrometry Sample Preparation
 Michael Rosenblatt; Sergei Saveliev; Marjeta
Urh; Promega Corp, Madison, WI
ThP 126 Enhanced Protein Mass Spectrometry Analysis with
 Marjeta Urh1; Sergei Saveliev1; Ethan
Strauss1; Mike Rosenblatt1; Richard Jones2; Michael Ford
2; Dave Allen2; 1Promega, Madison, WI; 2MSBioworks LLC,
Ann Arbor, MI
ThP 127 
Peptides Separated from Proteins on Spin Filters Using
 Tatiana N. Boronina 1; AeRyon
Kim2; Yuri Poluektov2; Nelson Song2; Robert N. Cole1;
1MSF, Johns Hopkins School of Medicine, Baltimore, MD;
2Pathology, Johns Hopkins School of Medicine, Baltimore,
MD
ThP 128 Electroelution for Sample Preparation Enabling Top

Luis Henrique Ferreira Do Vale1; Adam Catherman1;
John Tran1; Philip Compton1; Paul Thomas1; Edivaldo
Ximenes Filho2; Marcelo Valle de Sousa2; Neil Kelleher1;
1Northwestern University, Evanston, IL; 2Universidade de
Brasilia, Brasilia, Brazil
ThP 129 Proteomic Analysis of the Murine Presynaptic Active

Benjamin F. Mueller1; Melanie Lassek2; Marion Rohmer1;
Dominic Baeumlisberger3; Jens Weingarten2; Walter
Volknandt2; Michael Karas1; 1Goethe-University, Institute of
Pharm. Chemistry, Frankfurt am Main, Germany; 2Goethe-
University, Institute of Neuroscience, Frankfurt am Main,
Germany; 3SunChrom GmbH, Friedrichsdorf, Germany
ThP 130 Effects of Matrix Age on Protein Binding Results
Extracted with a Prototype Phospholipid Removal Plate
 Chad Christianson;
Casey Johnson; Sharon Cox; Shane Needham; Alturas
Analytics, Moscow, ID
ThP 131 
Clean Up Approaches for Micro Fluidic LC/MS in
 Paul Rainville; Jim Murphy; Catalin Doneanu;
Waters, Milford, MA
ThP 132 Fast “Load-Wash-Elute” SPE Method with No Dry Down
Steps for Peptide Extraction from Plasma and Serum
 Victor Vandell1; Frank Kero1;
Wendy Hartsock1; Lee Williams2; Adam Senior2; Rhys
Jones2; Geoff Davies2; Alan Edgington2; Steve Jordan2;
1Biotage, Charlotte, NC; 2Biotage GB Limited, Cardiff, UK
ThP 133 

 Jason
Russell; Michael Bovee; Zachary Van Den Heuvel; Scott
Fulton; Steve Murphy; Agilent Technologies, Inc., Madison,
WI
ThP 134 
 Hao Yang1; Nicole
Hebert1; David Neyer1; Tina Settineri1; Remco van Soest1;
Christie Hunter2; 1Eksigent, part of AB SCIEX, Dublin, CA;
2AB SCIEX, Foster City, CA
ThP 135 An Optimized Sample Preparation Procedure for
Shotgun Proteomic Analyses of Complex Samples by
 Babu Antharavally1; Xiaoyue Jiang2;
Robert Cunningham1; Ryan Bomgarden1; Yi Zhang2; Rosa
Viner2; John C. Rogers1; 1ThermoFisher Scientic, Rockford,
IL; 2Thermo Fisher Scientic, San Jose, CA
ThP 136 

 Keding Cheng; Angela Sloan; Robert
Vendramelli; Stuart McCorrister; Lisa Podhorodecki; Kristen
M Avery; Lise Lamoureux; Garrett Westmacott; Sharon
Simon; Debra Godal; David Knox; Public Health Agency of
Canada, Winnipeg, Canada
ThP 137 Integrated Bead Elution to FASP Digestion Protocol for

 Anna Okumu1; Yujie
Tang2; Toshie Saito2; Allis Chien1; Chris Adams 1; 1Stanford
University Mass Spectrometry, Stanford, CA; 2Stanford
University, Stanford, CA
GENERAL INFORMATION
PAGE 158 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 138 Appropiate Digestion Protocol Ensures High Accuracy
 Cristina Chiva;
Mireia Ortega; Eduard Sabidó; Proteomics Unit CRG/UPF,
Barcelona, Spain
ThP 139 Comparison of Protein Extraction, Digestion, and
Fractionation Methods for Discovery-Based, Bottom-
 Kerry Bauer; Leigh Weston; Amanda
Hummon; University of Notre Dame, Notre Dame, IN
Advances in Sample Preparation Methods for Improved

ThP 140 
 Carly N. Ferguson; Rolando E. Yanes;
Angela A. Hwang; Courtney R. Thomas; Jeffrey I. Zink;
Fuyuhiko Tamanoi; Joseph A. Loo; University of California,
Los Angeles, CA
ThP 141 Development of an On-line SDS Removal Platform
Using Asymmetrical Field-Flow Fractionation for

Ki Hun Kim1; John C. Tran1; Ryan T. Fellers1; Philip D.
Compton1; Paul M. Thomas1; Myeong Hee Moon2; Neil L.
Kelleher1; 1Northwestern Univeristy, Evanston, IL; 2Yonsei
University, Seoul, South Korea
ThP 142 Proteomic Analysis of Redox-Sensitive Cysteine
 Yeon-seung
Park; Seulki Ha; Heejung Kim; Kong-Joo Lee; College of
Pharmacy, Ewha Womans Univ., Seoul, South Korea
ThP 143 


 Roman Fischer; Benedikt
Kessler; University of Oxford, UK, Oxford, UK
ThP 144 Optimizing Experimental Parameters for de-novo

 Jason Murphy; Jason Thomas; David
Schwalb; Jane Nagel; Scott Brittain; Markus Schirle; Novartis
Institutes for BioMedical Research, Inc., Cambridge, MA
ThP 145 New Proteomics Approaches by Direct MALDI-MS

 Stefan
Slamnoiu1; Christopher Schneider1; Bogdan Bernevic1;
Bernd Müller- Zülow2; Heinrich Spiecker2; Michael
Przybylski1; 1University of Konstanz, Konstanz, Germany;
2LaVision-Biotec GmbH, Bielefeld, Germany
ThP 146 
Isothiocyanate for Negative Mode Peptide

 Joe R. Cannon; Sylvester M. Greer;
Jennifer S. Brodbelt; Univ. of Texas at Austin, Austin, TX
ThP 147 
 Roger
Moore1; Denise Keen1; Gabriel Gugiu1; Terry Lee1; Gregory
Staples2; Hongfeng Yin2; Reid Brennen2; Kevin Killeen2;
1City of Hope, Duarte, CA; 2Agilent Technologies, Santa
Clara, CA
ThP 148 Aminoethylation of Hair Protein Cysteines in Parallel
with Carbamidomethylation for Improved Proteomic
 Richard A. Eigenheer; Robert H. Rice; Brett S.
Phinney; UC Davis, Davis, CA
ThP 149 
 Jesse Meyer; Nuno Bandeira; Elizabeth
Komives; University of California, San Diego, CA
ThP 150 

 H. Mehmet Kayılı;
Selim Gerişlioğlu; Ömür Çelikbıçak; Bekir Salih; Hacettepe
University, Department of Chemistry, Ankara, Turkey
ThP 151 
Arrays Using Synchronized MALDI-MS and Fluorescent
 Mark Lim; Ziying Liu; Karen Braunschweiger;
Amany Awad; Kenneth Rothschild; AmberGen, Watertown,
MA
ThP 152 

 Julia Aponte; Lisa Vasicek;
Jagannath Swaminathan; Jennifer Brodbelt; University of
Texas, Austin, TX
ThP 153 Development of an Optimized Metaproteomic

 Weili Xiong2;
Jacque Young2; Paul Abraham2; Richard Giannone1; Robert
Hettich1; 1Oak Ridge National Laboratory, Oak Ridge, TN;
2Univ. of Tennessee, Knoxville, TN
ThP 154 Tissue Sample Preparation Procedures for Low Scale
 Rémi
Longuespée; Gabriel Mazzucchelli; David Calligaris;
Nicolas Smargiasso; Marie Alice Meuwis; Edwin De Pauw;
Mass Spectrometry Laboratory, 4000 Liège (Sart Tilman),
Belgium
ThP 155 Novel Aqueous Two-Phase Systems for Extraction of

James Mccord; Emine Gokce; Shuang Liang; Shan Randall;
David C. Muddiman; Morteza Khaledi; NC State University,
Raleigh, NC
ThP 156 An Improved Stable-Isotope N-ter-labeling Approach
with Light/Heavy TMPP to Automate Proteogenomics
 Diego Bertaccini; Sebastien Vaca;
Christine Carapito; Alain Van Dorsselaer; Christine
Schaeffer-Reiss; LSMBO, Strasbourg, France
ThP 157 Use of Iron Oxide Nanoparticle Pellicles for Enrichment

Waeowalee Choksawangkarn1; Sung-Kyoung Kim1; Lauren
Graham1; Nathan Edwards2; Sang Bok Lee1, 3; Suzanne
Ostrand-Rosenberg4; Catherine Fenselau1; 1University
of Maryland, College Park, MD; 2Georgetown University
Medical Center, Washington, DC; 3Korea Advanced Institute
of Science and Technology, Daejeon, Korea; 4University of
Maryland, Baltimore County, Baltimore, MD
ThP 158 A Novel Enrichment Strategy for N-terminal-oriented
Proteogenomics Challenges Dogma Related to the
Conservation of Translation Initiation amongst Closely
 Celine Bland; Bernard Fernandez; Jean-
Charles Gaillard; Jean Armengaud; CEA, Bagnols Sur
Ceze, France
ThP 159 

 Difei Sun; Nan Wang; Liang
Li; University of Alberta, Edmonton, Canada
ThP 160 A Novel Method of the Enzyme Immobilization for the
 He-Hsuan Hsiao1; Henning
Urlaub2; 1NCHU, Department of Chemistry, Taichung,
Taiwan; 2MPIbpc, Bioanalytical Mass Spectrometry Group,
Göttingen, Germany
ThP 161 iFASP: Combining Isobaric Mass Tagging with Filter-
 Gary McDowell; Hanno Steen;
Boston Children’s Hospital, Boston, MA
ThP 162 Digestion and Depletion of Abundant Proteins Improves
 Bryan Fonslow;
Jeffrey Savas; Navin Rauniyar; John Yates III; The Scripps
Research Institute, La Jolla, CA
ThP 163 

Alejandro Carpy Gutierrez Cirlos1; Avinash Patel2; Tay
Ye Dee2; Iain Hagan2; Boris Macek1; 1Proteome Center
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 159
THURSDAY POSTERS
Tuebingen, Tuebingen, Germany; 2Paterson Institute for
Cancer Research, Manchester, UK
ThP 164 

 Leila Afjehi-Sadat1,
2; Benjamin A Garcia1, 2; 1University of Pennsylvania,
Philadelphia, PA; 2Department of Biochemistry and
Biophysics, Philadelphia, PA
ThP 165 Sequential Acetyl Lysine Immunoprecipitation
Platform to Quantitatively Assess the p300
 Timothy Sikorski; Roland Annan;
GlaxoSmithKline, Collegeville, PA
ThP 166 A Mass Spectrometry-Based Approach for Mapping
and Quantitation of Both Nitrosation and Oxidation of
 Sujeewa C. Piyankarage; Yue-Ting Wang;
Shuai Wang; Gregory R. J. Thatcher; Dept. of Medicinal
Chemistry and Pharmacognosy, Chicago, IL
ThP 167 
 Seijin Park; Cadie Tillotsen; Ryan Elizabeth;
Kenneth Reardon; Colorado State University, Fort Collins, CO
ThP 168 Exploring Nucleotide-Binding Proteins in Human Cell

Yongsheng Xiao; Yinsheng Wang; University of California,
Riverside, CA
ThP 169 Comparison of Proteins Bound to the Yeast UAS

 Prahlad Rao1, 2; Avinash Jadhav1,
2; Hector Ahlers1, 2; Amy Ludwig-Kubinsky1, 2; Regina Cole1,
2; Yuan Yuan1, 3; Mark Levenstein1, 3; Michael Shortreed1,
3; Lloyd Smith1, 3; Michael Olivier1, 2; 1Wisconsin Center of
Excellence in Genomics Science, Milwaukee, WI; 2Medical
College of Wisconsin, Milwaukee, WI; 3University of
Wisconsin, Madison, WI
High Throughput Analysis/Robotics, 170 – 185
ThP 170 
of 10, 11-dihydro-10-hydroxycarbamazepine in Serum
 Matthew Bjergum;
Darlington Danso; Eric Korman; Robert Enger; Paul Jannetto
Ph.D; Loralie Langman Ph.D; Mayo Clinic, Rochester, MN
ThP 171 

Darlington Danso; Matthew Bjergum; Eric Korman; Robert
Enger; Paul Jannetto Ph.D; Loralie Langman Ph.D; Mayo
Clinic, Rochester, MN
ThP 172 Reducing Matrix Effect in Double-Sink PAMPA Analysis
 Xianmei Cai; Chris Mayer; Anthony Paiva;
Ying.W. Li; John Herbst; Harold Weller; Wilson Shou;
Bristol-Myers Squibb.Co, Wallingford, CT
ThP 173 

 Matthew Bjergum; Darlington Danso;
Eric Korman; Robert Enger; Loralie Langman Ph.D; Paul
Jannetto Ph.D; Mayo Clinic, Rochester, MN
ThP 174 

 Matthew Bjergum; Darlington Danso;
Eric Korman; Robert Enger; Loralie Langman Ph.D; Paul
Jannetto; Mayo Clinic, Rochester, U.S
ThP 175 
Chinthaka A. Seneviratne; Kermit K. Murray; Louisiana
State University, Baton Rouge, LA
ThP 176 Fast Separation Method Development for Scale-

 Yinong Zhang; Catherine Pham; Lu Zeng;
Takeda California, Inc., San Diego, CA
ThP 177 New Extraction Tips Technique for Direct Elution on
 David Dube1; Serge
Auger2; Veronique Marceau1; Alex Birsan2; Annick Dion2;
Pierre Picard2; 1Silicycle, Quebec, Canada; 2Phytronix
Technologies, Quebec, Canada
ThP 178 Fast Compound Optimization and High-Throughput
 Annick Dion; Serge
Auger; Pierre Picard; Phytronix Technologies, Quebec City,
Canada
ThP 179 A Fully Automated Method for High Throughput Draft
 Lola Fagbami1; Jinal Patel1;
Yashaswi Shrestha1; Jesse S. Boehm1; Zachary Van Den
Heuvel2; Steve Murphy2; Steven A. Carr1; Jacob D. Jaffe1;
1Broad Institute of MIT and Harvard, Cambridge, MA;
2Agilent Technologies, Inc., Santa Clara, CA
ThP 180 Rapid detection and Quantitation of Perchlorate in
Human Urine by Nanoelectrospray-Tandem Mass
 Amanda Woods; Chris Nixon; Shane
Wyatt; Commonwealth of Virginia Division of Consolidated,
Richmond, VA
ThP 181 Continuously Stirred Tank Reactor as a Flow
Injection Analysis Device for Non-covalent Binding
 Kevin Schug1; Hui Fan1; Petr
Fryčák2; Sabra Ramirez1; 1University of Texas Arlington,
Arlington, TX; 2Palacký University, Olomouc, Czech
Republic
ThP 182 Mass Spectrometry Based Hit Triage: A Case Study on
 Juncai
Meng1; Gregory Adam1; Keith Rickert1; Anthony Kreamer1;
Daniel Stugan1; Justin Murray1; Edward Hudak1; Robert
Liehr1; Alex Wolicki1; Ming-Tain Lai3; Jay Grobler3; Paul
Zuck1; Eric Johnson2; Victor Uebele1; Jeffrey Hermes1;
1Screening and Protein Sciences, Merck, North Wales, PA;
2In Vitro Pharmacology, Merck, West Point, PA; 3Infectious
Disease, Merck, West Point, PA
ThP 183 High Through-put HPLC-MS Using Active Flow
 Ross Shalliker;
Danijela Kocic; Arianne Soliven; University of Western
Sydney, North Paramatta, Australia
ThP 184 
HPLC System Enabling Medium Throughput Mass
 Stefan Thibodeaux;
David Yurek; Rebecca Butler; Ming-Shang Kuo; Eli Lilly,
Indianapolis, IN
ThP 185 Chromatographic Optimization, Storage, and re-Use in
a combined High-Throughput Compound Optimization
 Wayne
Lootsma1; Nick Levitt2; Brendon Kapinos3; Veronica
Zelesky3; 1Sound Analytics, LLC, Niantic, CT; 2TwoCenter
Technologies LLC, Cambridge, MA; 3Pzer Inc., Groton, CT

ThP 186 

 Zhengfang Wang1; Pei Chen2;
Liangli Yu3; Peter Harrington1; 1Ohio University, Athens, OH;
2United States Department of Agriculture, Beltsville, MD;
3University of Maryland, College Park, MD
ThP 187 Development of an Expedited Field Study Method

 Mengliang Zhang1; Peter Harrington1; Natalie Kruse1;
Jennifer Bowman1; Stephen Lammert2; Edgar Lee2;
Glen Jackson1, 3; 1Ohio University, Athens, OH; 2Torion
Technologies Inc, American Fork, UT; 3West Virginia
University, Morgantown, WV
GENERAL INFORMATION
PAGE 160 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 188 
 Aviv Amirav1, 2; Alexander Fialkov1; Tal Alon1, 2; 1Tel-Aviv
University, Tel-Aviv, Israel; 2Aviv Analytical LTD, Tel Aviv,
Israel
ThP 189 Determination of 55 Residual Pesticides in Onion and
 Feifei Tian; Peng Gao;
Furong Wang; Jun Fan; Shimadzu Global COE, Shimadzu
(China) Co., Ltd, Beijing, China
ThP 190
ThP 191 
APCI/Mass Spectrometry on a Quadrupole Time-
 Jeffrie Godbey; Jeffrey Gilbert;
Brita McNew; Mary Evenson; Ayanna Jackson; Dow
AgroSciences, Indianapolis, IN
ThP 192 

Ronald Shomo; Robert Frey; Christopher Baker; John
Manura; Scientic Instrument Services, Ringoes, NJ
ThP 193 Determination of Aromatic Amines in Mainstream

 Bryan Hearn1; Yanfeng Chen1, 2; Jennye Ward1;
Jacki Janecek1; Yan Ding1; Clifford Watson1; 1Centers for
Disease Control and Prevention, Atlanta, GA; 2Battelle,
Atlanta, GA
ThP 194 Enhanced Method Development Capability with
 Roger
Pearson1; Douglas Doster1; Tom Flug2; Guenter Boehm2;
1Aspen Research Corporation, Maple Grove, MN; 2CTC
Analytics, Geneva, Switzerland
ThP 195 Coupling Post-Column Cryogenic Trapping with

 Abayomi Olaitan1; Behrooz Zekavat1; David
LaBrecque2; Touradj Solouki1; 1Baylor University, Waco, TX;
2University of Maine, Orono, ME
ThP 196 
 Anna K. Hjelmeland1,
3; Phillip L. Wylie2; Susan E. Ebeler1, 3; 1Department of
Viticulture and Enology, UC Davis, Davis, CA; 2Agilent
Technologies, Wilmington, DE; 3Food Safety and
Measurement Facility, UC Davis, Davis, CA
ThP 197 Spectral Accuracy Approach to Counting Sulfurs in
Unknown Compounds by Unit Mass Resolution Single
 Hongliang (Leo) Xu; Yongdong
Wang; Ming Gu; Cerno Bioscience, Norwalk, CT
ThP 198  Adam
J. Patkin; Andrew Tipler; Ruben Garnica; PerkinElmer,
Shelton, CT
ThP 199 Method Development for Fast, Automated Home-Made

 Gareth Dobson; Edward
Kissel; Michael Mark; Nickesha Chung; Eric Diken; Smiths
Detection, Danbury, CT
ThP 200 Analysis of Residual Ethylene Oxide in Intraocular
 Dheeraj Handique; Durvesh
Sawant; Ankush Bhone; Prashant Hase; Sanket
Chiplunkar; Jitendra Kelkar; Ajit Datar; Pratap Rasam;
Shimadzu Analytical (India) Pvt. Ltd., Andheri (E), Mumbai,
Maharashtra, India
ThP 201 
Chromatography with Positive-ion Chemical Ionization
 Shuichi Kawana1; Yukihiko
Kudo1; Yuki Sakamoto1; Katsuhiro Nakagawa1; Laura
Chambers2; Richard Whitney2; Haruhiko Miyagawa1;
1Shimadzu, Kyoto, Japan; 2Shimadzu Scientic Instruments,
Columbia, MD
ThP 202 Comparison of Performance between Photoionization
 Koji
Okuda1; Kiyotaka Konuma1; Jun Onodera1; Tetsuo Higuchi1;
Yukinori Yahata1; Jonathon Bunn2; Akihiko Kusai1; 1JEOL
Ltd., 1-2 Musashino 3-Chome Akishima, Japan; 2JEOL
USA, Inc., Peabody, MA
ThP 203 Automated Sample Preparation for the Analysis of

Peter Mrozinski1; Selene Hernandez-Ruiz2; Anthony
Macherone1; 1Agilent Technologies, Wilmington, DE;
2University of Arizona, Tuscon, AZ
ThP 204 
 Sanggoo Kim;
Sung Min Lim; Korea Basic Sci. Institute, Seoul, South
Korea
ThP 205 Quantitation of Pyrethroids in Rat Plasma and Tissues

 Darren Gullick; University
of Georgia, Athens, GA
ThP 206 

 O. David
Sparkman; Ryan Moffett; Mathew Curtis; Patrick Batoon;
University of the Pacic, Stockton, CA
ThP 207 Characteristics of Charge Exchange Chemical


Steven Lai1; Rhys Jones2; David Douce2; Jody Dunstan
2; Douglas Stevens3; 1Waters Corporation 1, Beverly,
MA; 2Waters Corporation 2, Manchester, UK; 3Waters
Corporation 3, Milford, MA
ThP 208 
for the Absolute Quantitation of TMS-Derivatized
 Matt Sweeney; Karolina M. Krasinska; Allis
S. Chien; SU Mass Spectrometry, Stanford University,
Stanford, CA
ThP 209 
 Barbara Bolton;
Brian Hom; Jim Oppenheimer; Agilent Technologies, Santa
Clara, CA
ThP 210 Testing the Limits of a New, Extremely Accurate

 Michael Wilson; Brian Barnes;
Paul Boswell; University of Minnesota, Saint Paul, MN
ThP 211 
Column Suitability with a Mass Spectrometer (www.
 Joe Kell; Mike Wilson; Paul Boswell;
University of Minnesota, St. Paul, MN
ThP 212 
 Hyokeun Park; WooSung Jeon;
SeungJae Lee; InHyuk Son; Samsung Advanced Institute of
Technology, Yongin, South Korea
ThP 213 An Unusual Fragmentation Mechanism Deduced in the
Process of Identifying an Unknown from Its EI Mass
 Dazhou Xang; Patrick Batoon; Liang Xue; O.
David Sparkman; Mathew Curtis; University of the Pacic,
Stockton, CA
ThP 214 
 Herbert Tobias; Calvin
Patten; J. Thomas Brenna; Cornell University, Ithaca, NY
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 161
THURSDAY POSTERS
High Mass Accuracy / High Performance

ThP 215 In-Cell Accumulation of Ions for Control of TOF
Mass Discrimination in External Source FT-ICR
 Steve Beu1; Nathan Kaiser2; Chris
Hendrickson2, 3; Alan Marshall2, 3; 1S C Beu Consulting,
Austin, TX; 2National High Magnetic Field Laboratory,
Tallahassee, FL; 3Florida State University, Tallahassee, FL
ThP 216 Experimental Evaluation of Current State of the Art
 Nathan Kaiser 1; Tong Chen1;
John Quinn1; Steve Beu2; Christopher Hendrickson1; Alan
Marshall1, 3; 1National High Magnetic Field Laboratory,
Tallahassee, FL; 2S C Beu Consulting, Austin, TX; 3Florida
State University, Tallahassee, FL
ThP 217 Advanced Experimental Event Sequences and Hardware
for Highest Mass Accuracy of Complex Mixtures by FT-
 Greg T. Blakney1; Nathan Kaiser1; Brian Ruddy2;
Ryan P. Rodgers1, 2; Alan G. Marshall1, 2; 1National High
Magnetic Field Laboratory, Tallahassee, FL; 2Florida State
University, Tallahassee, FL
ThP 218 A Simplifying Strategy for Tuning High-Order
 Don L. Rempel; Sergio
Castro; Michael L. Gross; Washington University, St Louis,
MO
ThP 219 Advanced Signal Processing Methods for FTMS:
 Anton N.
Kozhinov1; Tagir Aushev2; Yury O. Tsybin1; 1Ecole
Polytechnique Fédérale, Lausanne, Switzerland; 2Institute
for Theoretical and Experimental Physics, Moscow, Russia
ThP 220 Improved Sensitivity and Resolution for Two-
 Maria van Agthoven1; David
Kilgour1; Lionel Chiron2; Marie-Aude Coutouly3; Marc-André
Delsuc2, 3; Mark Barrow1; Peter O’Connor1; 1Department
of Chemistry, University of Warwick, Coventry, UK;
2IGBMC, Illkirch-Graffenstaden, France; 3NMRTEC, Illkirch-
Graffenstaden, France
ThP 221 Enabling Accurate Mass Elemental Composition
Determination on a New Compact Mass Spectrometer

 Simon J. Prosser1; Daniel Eikel1;
Thien Dinh1; Frederick Chin2; Ming Gu3; YongDong Wang3;
1Advion, Inc., Ithaca, NY; 2Stanford University Medical
Center, Stanford, CA; 3Cerno Biosciences, Norwalk, CT
ThP 222 An Induced Dual-Nanospray Internal Calibration Ion
Source for Mass Calibration with Simultaneously
 Yafeng Li1,
3; Yiming Zhang2; Ning Zhang1, 3; Jianing Wang1, 3; Yueming
Zhou1, 3; Caiqiao Xiong1, 3; Suming Chen1, 3; Zongxiu Nie1, 4;
Li Zhou2; Xiang Pan2; Zhaogui Liu2; 1Institute of Chemistry
Chinese Academy of Sciences, Beijing, China; 2Jiangsu
Skyray Instrument Co., Ltd, Kunshan, Suzhou, China;
3Beijing National Laboratory for Molecular Sciences, Beijing,
China; 4Beijing Center for Mass Spectrometry, Beijing, China
ThP 223 Radical Directed Dissociation of Peptides and

 Xing Zhang1; Benjamin Moore1; Piriya
Wongkongkathep2; Jiang Zhang2; Shijun Cheng1; Zhong
Chen1; Rachel Loo2; Joseph Loo2; Daniel Gallie1; Ryan
Julian1; 1University of California, Riverside, CA; 2University
of California, Los Angeles, CA
ThP 224 Taking High Resolution Data LC/MS Reduction to the
Next Level for Reduced False Positive Detection and
 Mark A. Bayliss1; Stephane
Murphy1; Joseph Simpkins1; Ann Knolhoff2; Timothy Croley2;
John Callahan2; 1Virscidian Inc, Cary, NC; 2FDA, Center for
Food Safety & Applied Nutrition, College Park, MD
ThP 225 Compound ID and Structure Elucidation in Drug
Discovery - Medicinal Chemistry by Automated FTICR,
Accurate Mass Measurement, and MSn
Charles W. Ross III; Vincent Van Nostrand; Merck & Co.
Inc., West Point, PA
ThP 226 Evaluation of a Hybrid Quadrupole-Orbitrap Mass

Support of in vitro Jennifer Maloney1;
Keeley Murphy2; Jeremy Stewart1; John Herbst1; Dieter
Drexler1; Harold Weller1; Wilson Shou1; Jun Zhang1; 1Bristol-
Myers Squibb, Wallingford, CT; 2ThermoFisher Scientic,
San Jose, CA
ThP 227 

Yue
Xuan; Eugen Damoc; Andreas Kuehn; Catharina Crone;
Markus Kellmann; ThermoFisherScientic, Bremen, Germany
ThP 228 A High Resolution Accurate Mass Approach for Ultra

Keeley Murphy 1, 2, 3; Patrick Bennett1, 2, 3; Maciej Bromirski1,
2, 3; Francois Espourteille1, 2, 3; 1Thermo Fisher Scientic,
Bremen, Germany; 2Thermo Fisher Scientic, San Jose,
CA; 3Thermo Fisher Scientic, Franklin, MA
ThP 229 
 Yue
Xuan1; Reiko Kiyonami3; Jarrett Egertson2; Michael
MacCoss2; Andreas Kühn1; Andreas Hühmer3; Markus
Kellmann1; 1ThermoFisherScientic Bremen, Bremen,
Germany; 2University of Washington, Seattle, CA;
3ThermoFisherScientic San Jose, San Jose, CA
High Mass Accuracy / High

ThP 230 
Regulates Development and Aging in C. elegans Tie-
Mei Li1, 3; Jie Chen2; Xiangke Li1; Xiao-Jun Ding1; She Chen1;
Xiaoguang Lei1, 2; Meng-Qiu Dong1; 1National Institute of
Biological Sciences, Beijing, China; 2Tianjin University,
Tianjin, China; 3Beijing Normal University, Beijing, China
ThP 231 Neutron-Encoded Signatures to Distinguish N and
 Alicia Richards; Catherine E.
Vincent; Christopher M. Rose; Michael S. Westphall; Joshua
J. Coon; University of Wisconsin, Madison, WI
ThP 232 Increased SILAC Multiplexing via Neutron Encoding

 Timothy W. Rhoads; Alexander
S. Hebert; Anna E. Merrill; Amelia J. Still; David J. Pagliarini;
Michael S. Westphall; Joshua J. Coon; University of
Wisconsin, Madison, WI
ThP 233 Comparison of HRMS to Triple Quadrupole Mass
Spectrometer: Quantitation of Monatin and Its
 Hui Tao;
Changyu Quang; Brett Dunbar; Spencer Carter; WIL
Research, Ashland, OH
ThP 234 HPLC-Q/TOF Screening for Substituted Cathinones
in Legal Highs - The Case of 3,4-methylenodioxy
 Emilia Fornal; The John Paul II Catholic
University of Lublin, Lublin, Poland
ThP 235 Enhanced Occupational Drug Screening Using High
 Jeremy Cook2; Bob
Gray1; Simon Hudson1; 1HFL Sport Science, Fordham, UK;
2LGC, Teddington, UK
ThP 236 Mt
among anti-Mycobacterium tuberculosis Compounds
 Johayra Simithy1; Nathaniel Reeve1; Judith
Hobrath2; Robert Reynolds2; Angela Calderon1; 1Auburn
University, Auburn, AL; 2Southern Research Institute,
Birmingham, AL
GENERAL INFORMATION
PAGE 162 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 237 


Jack J. Lohne; Sherri B. Turnipseed; Wendy C. Andersen;
Mark Madson; US Food and Drug Administration, Denver, CO
ThP 238 
Drugs for Qualitative Regulatory Purposes Using ESI-
 Alberto Nuñez 1; Lucía Geis-Asteggiante2; Steven
Lehotay1; 1USDA-ARS-ERRC, Wyndmoor, PA; 2University
of Maryland, College Park, MD
ThP 239 Examination of Urinary Biochemical Complexation with

 Troy Wood; Zachary Fine; University
at Buffalo, Buffalo, NY
ThP 240 
Metal Chelating Compounds in Natural Samples and
 Oliver
Baars; David H. Perlman; Francois M. M. Morel; Princeton
University, Princeton, NJ
ThP 241 
with Metallothionein by Use of Ultrahigh Resolution
 Shanshan Feng1; Shi-Jian Ding1;
Puttappa R Dodmane1; Jenna Scotcher2; Lora L Arnold1;
Nicolas L. Young2; Alan G. Marshall2; Samuel M Cohen1;
1Univ of Nebraska Med Center, Omaha, NE; 2Florida State
University, Tallahassee, FL
ThP 242 
 Ünige A. Laskay1;
Kristina Srzentić1; Anna A. Lobas2; Tanja Panić-Janković3;
Michel Monod4; Mikhail V. Gorshkov2; Goran Mitulović3; Yury
O. Tsybin1; 1Ecole Polytechnique Fédérale de Lausanne,
Lausanne, Switzerland; 2Institute for Energy Problems of
Chemical Physics, Moscow, Russia; 3Medical University of
Vienna, Vienna, Austria; 4Centre Hospitalier Universitaire
Vaudois, Lausanne, Switzerland
ThP 243 Screening and Characterization of Reactive
Compounds with in vitro Peptide-Trapping and Liquid
Chromatography-High Resolution Accurate Mass
 Cong Wei; Louis S. Chupak;
Thomas Philip; Benjamin M. Johnson; Robert Gentles;
Dieter M. Drexler; Research&Development, Bristol-Myers
Squibb Company, Wallingford, CT
ThP 244 Application of Differential Mobility Spectrometry
Technology and HR/AM Quadrupole-Orbitrap and
Quadrupole-TOF Mass Spectrometry in High-throughput
 Yao Shi
1
; Keeley Murphy
2
;
Patrick Bennett
2
; Xiangyu Jiang
1
; Douglas Fast
1
;
1
Covance
Inc., Madison, WI;
2
Thermo Fisher Scientic, San Jose, CA
ThP 245 High Throughput Quantitative Analysis for LogD
Determination: Comparison of High Resolution LCMS
 Joseph Pease1; Baiwei Lin1; Kate Comstock2;
1Genentech, Inc., South San Francisco, CA; 2Thermo Fisher
Scientic, San Jose, CA
ThP 246 A Benchtop High Resolution Mass Spectrometry

 Baiwei Lin1; Kate Comstock2; Joseph Pease1;
1Genentech, South San Francisco, CA; 2Thermo Fisher
Scientic, San Jose, CA
ThP 247 
Matrix Using Liquid Chromatography with High
 Daniel Arndt;
Philip Morris International R&D, Neuchatel, Switzerland
ThP 248 Employing Advanced High Resolution Mass
Spectrometry Techniques to Study Metabolism of Crop
Protection Products, Actives, and Leads without Radio-
 Yelena A. Adelnskaya; Jesse L. Balcer; Jeffrey R
Gilbert; Gerrit DeBoer; Olena Castello; Dow AgroSciences,
Indianapolis, IN
ThP 249 Ultrahigh Mass Accuracy and Mass Resolution FT-ICR
cHhNnOoSs
13Ccc
34Sss
 Yuan Mao1; Nicolas
L. Young2; Christopher L. Hendrickson2; Alan G. Marshall1,
2; 1Florida State University, Tallahassee, FL; 2National High
Magnetic Field Laboratory, Tallahassee, FL

ThP 250 Enhancement of Protonation for ESI on Non-Basic
 Changgeng Feng; Carolyn Cassady; The
University of Alabama, Tuscaloosa, AL
ThP 251 
 Ekta Patel1; Peter
Marshall2; Andy West2; Malcolm Clench1; Simona
Francese1; 1Biomedical Research Centre, Shefeld, UK;
2GlaxoSmithKline, Stevenage, UK
ThP 252 In-a-tip Omics Using Mass Spectrometer with a Nano-
 Ai Fujita1; Iwao Sakane2; Tsutomu
Masujima1; 1Riken, Suita, Japan; 2Itoen, Makinohara, Japan
ThP 253 A Post-Column Solvent Make-Up Device in LC-ESI-MS
for Increasing the Detection Number of Proteotypic
 Hao-Lun Huang; Shin-Ying Dai; Sheng-Huang
Wu; Kuo-Lung Ku; National Chiayi University, Chiayi City,
Taiwan
ThP 254 Translating Retention Times of Target Peptides Across
 James J Walters; Kevin Ray;
Sigma-Aldrich, St. Louis, MO
ThP 255 

 Frederike Eggers1; Adrian Moise1; Claudia
S. Maier
2
; Michael Przybylski
1
;
1
University of Konstanz,
Konstanz, Germany;
2
Oregon State University, Corvallis, OR
ThP 256 Collision Induced Dissociation of Protonated and
 Nicole Burke
1
; Samuel Gellman
2
;
Timothy Zwier
1
; Scott McLuckey
1
;
1
Purdue University,
Lafayette, IN;
2
University of Wisconsin, Madison, WI
ThP 257 
 Patrickhenry Batoon;
Robert Harper; Jianhua Ren; University of the Pacic,
Stockton, CA
ThP 258 MSn Characterization of Peptide Prodrugs Containing

Christopher Lai; Wen-Jian Qian; Terrence Burke, Jr; James
Kelley; National Cancer Institute, NIH, FNLCR, Frederick, MD
ThP 259 Sequence Tag and de novo Approaches for Peptide

 LeeAnn Higgins 1; Charles Determan2; Todd
Markowski1; Gregory Beilman3; 1University of Minnesota
TC-StP, St. Paul, MN; 2University of Minnesota D, Duluth,
MN; 3University of Minnesota TC-MPLS, Minneapolis, MN
ThP 260 

Nicole Hebert2; J.C. Yves Leblanc1; Stephen Tate1; Thomas
Covey1; 1AB SCIEX, Concord, On, Canada; 2Eksigent, a
part of AB Sciex, Dublin, CA
ThP 261 Characterizing D-Amino Acid-Containing Peptides in
Aplysia californica Itamar Livnat; Stanislav S. Rubakhin;
Elena V. Romanova; Jonathan V. Sweedler; University of
Illinois at Urbana-Champaign, Urbana, IL
ThP 262 Automation of Metal-Ion Binding Site Localization
 Maria Indeykina1, 2; Dmitry
Podgrudkov4; Igor Popov1, 3; Alexey Kononikhin1, 2; Eugene
Nikolaev1, 2; 1Emanuel Institute of Biochemical Physics,
Moscow, Russia; 2Institute for Energy Problems of Chemical
Physics, Moscow, Russia; 3Moscow Institute of Physics and
Technology, Moscow, Russia; 4Lomonosov Moscow State
University, Moscow, Russia
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 163
THURSDAY POSTERS
Peptidomics, 263 – 271
ThP 263 Modern-day MS Based Unlabeled Secretome Analysis
of conditioned Culture Media Reveals Novel Aspects of
 Martijn W.
Pinkse; Peter D. Verhaert; Delft University of Technology,
Delft, Netherlands
ThP 264 Analysis of the Plasma Peptidome-Degradome Using

Tony Tegeler; Michael Syring; Konstantinos Petritis;
Translational Genomics Research Institute, Phoenix, AZ
ThP 265 
 Andres
Guerrero1; Dave C. Dallas2; Nora Khaldi3; Daniela Barile2; J.
Bruce German2; Carlito B. Lebrilla1; 1UC Davis, Chemistry
Department, Davis, CA; 2UC Davis, Food Science
Department, Davis, CA; 3Food for Health Ireland, University
College Dublin, Beleld, Ireland
ThP 266 The Hunt for Novel Proteins Encoded by Small Open
 Amanda Nouwens; Nur Zainal; Wai Ning
Ng; Lexie Friend; Sumaya Al-Mansoori; Joe Rothnagel; The
University of Queensland, St Lucia, Australia
ThP 267 The Investigation of Neuropeptides in Crustacean to
Reveal the Neurotoxicity of Nanoparticles by MALDI-
 Chuanzi OuYang1; Hui Ye2; Grover Chang2; Lingjun Li1,
2; 1Department of Chemistry, UW, Madison, WI; 2School of
Pharmacy, UW, Madison, WI
ThP 268 Data Independent Acquisition and Quantitation of
Isotopically Labeled Neuropeptides in Low Temperature
 Kevin Hayes; Claire
Schmerberg; Lingjun Li; University of Wisconsin, Madison, WI
ThP 269 Mass Spectral Characterization of the Neuropeptidome
Orconectes rusticus Zhidan Liang; Claire
Schmerberg; Lingjun Li; UW, Madison, WI
ThP 270
Mass Spectrometric Characterization of the Neuropeptidome
 Qing Yu; Chenxi
Jia; Lingjun Li; University of Wisconsin, Madison, WI
ThP 271 A Multi-scale Strategy for Quantitative Neuropeptidomic
 Chenxi Jia; Qing Yu; Christopher
Lietz; Lingjun Li; UW, Madison, WI
Peptides: Sequence Analysis, 272 – 278
ThP 272 ISD High-Throughput Platform for the Sequencing of
 Michel Degueldre1; Loïc Quinton1; Nicolas
Smargiasso1; Gabriel Mazzucchelli1; Pierre Escoubas2;
Eric
Opsomer
3
; Nicolas Vandewalle
3
; Edwin De Pauw
1
;
1
Laboratory
of Mass Spectrometry, ULg, Liège, Belgium;
2
VenomeTech,
Valbonne, France;
3
GRASP, ULg, Liège, Belgium
ThP 273 Rapid Protein Sequencing Using TripleTOF™ 5600

Yan Ke; Nicole Roenker; Elise Snider; Yong-Xi Li; Medpace,
Cincinnati, OH
ThP 274 Reversed-phase HPLC and Mass-Spectrometry Analysis
 Ying W. Lao1; Kim MacKenzie2;
William Vincent2; Oleg V. Krokhin1; 1University of Manitoba,
Winnipeg, Canada; 2Shape Foods Inc., Brandon, Canada
ThP 275 
Cancer Phenotype Utilizing Improved Shotgun
 Gurkan
Bebek; Giridharan Gokulrangan; Hua Xu; Mark Chance; Case
Western Reserve University, Cleveland, OH
ThP 276 Mass Spectrometric Deconvolution of Nonribosomally
Synthesized Microbial Microheterogeneous Lipopeptide
 Khyati Pathak1; Hareshkumar Keharia2; Kallol
Gupta1; 1Molecular Biophysics Unit,IISC, Bangalore,
India; 2BRD School of Biosciences, S.P.University,
Vallabhvidyanagar, India
ThP 277 Utilization of a2b2 Ions as a Filter of Peptide Candidates
 Fedor Kryuchkov; Thiago
Verano-Braga; Frank Kjeldsen; University of Southern
Denmark, Odense, Denmark
ThP 278 de novo ESI-MS/

 Tatiana Samgina1; Yegor Vorontsov1; Vladimir
Gorshkov1; Konstantin Artemenko2; Konstantin Karandashev1;
Albert T. Lebedev1; 1Moscow State University, Moscow,
Russian Federation; 2Uppsala University, Uppsala, Sweden

ThP 279 Electron Capture Dissociation Can Quantify the Relative

Soeren Bak1; Kim F. Haselmann2; 1Analytical Biosciences;
Department of Pharmacy; Fa, København Ø, Denmark;
2Department of Chemistry, Univ of Southern Denmark,
Odense, Denmark
ThP 280 
 Daniela M
Schlatzer 1; Giridharan Gokulrangan1; Neil Dhawan2; Michael
Ohlmeyer2; Avi Ma’ayan2; Sahar Mazhar1; Mark R. Chance1;
Goutham Narla1; 1Case Western Reserve University,
Cleveland, OH; 2Mount Sinai School of Medicine, New York
City, New York
ThP 281 
Markers in Breast Cancer by Means of Label-Free
 Edmund Wilkes1, 2; Pedro Cutillas1, 2;
1MRC Clinical Sciences Centre, London, UK; 2Barts Cancer
Institute, London, UK
ThP 282 Mass Spectrometry Reveals Alternative in vivo Auto-
Activation Mechanisms of the S Phase Checkpoint
 Eric Sheng-Wen Chen1; Nicolas Hoch2;
Shun-Chang Wang1; Achille Pellicioli3; Jörg Heierhorst2; Ming-
Daw Tsai
1
;
1
Academia Sinica, Taipei, Taiwan;
2
St. Vincent’s
Institute, Melbourne, Australia;
3
University of Milan, Milan, Italy
ThP 283 New Strategy for Selective 18O labeling of
 Waleed Alghamdi2; Simon Gaskell1;
Jill Barber3; 1Queen Mary University, London, UK; 2King
Abdulaziz City for Science and Technology, Riyadh, Sudi
Arabia; 3University of Manchester, Manchester, UK
ThP 284 
Phosphorylation by Liquid Chromatography Fourier

Wendi A. Hale; Lian Zhu; Xiaoxia Nina Lin; Kristina
Hakansson; University of Michigan, Ann Arbor, MI
ThP 285 Sheathless Capillary Electrophoresis Electrospray Mass

 Klaus Faserl; Martin
Müller; Leopold Kremser; David Teis; Bettina Sarg; Herbert
Lindner; Biocenter, Innsbruck Medical University, Innsbruck,
Austria
ThP 286 Mass Spectrometry-based Quantitative

Components in C. elegans James Moresco1; Andrew
Dillin2; John R Yates 3rd1; 1The Scripps Research Institute, La
Jolla, CA; 2University of California, Berkeley, CA
ThP 287 Use of TIQUAS Label-Free Phosphoproteomic

 Iolanda Vendrell1; Marcus Dawson1;
Heather Turner1; Louise Jones2; Bart Vanhaesebroeck1;
Pedro Cutillas1; Neil Torbett1; 1Activiomics Ltd., London, UK;
2Barts Cancer Institute, London, UK
ThP 288 Discovery of Colon Cancer Metastasis Biomarkers
 Alissa Schunter;
Amanda B Hummon; University of Notre Dame, South Bend,
IN
GENERAL INFORMATION
PAGE 164 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 289 

 Laura Edwards; Kyle Grant; Kevin
Blackburn; Jason Haugh; Michael Goshe; North Carolina
State University, Raleigh, NC
ThP 290 Quantitative Phosphoproteomics Analysis of
Alzheimers Disease Brains by Multiplexed Isobaric
 Haiyan Tan; Zhiping Wu; Bing Bai; Xusheng
Wang; Yanji Xu; Junmin Peng; St.Jude Children’s Research
Hospital, Memphis, TN
ThP 291 

A.F. Maarten Altelaar1; Jeffrey Ringrose1; Henk van den
Toorn1; Michael Eitel2; Harm Post1; Pieter Neerincx1;
Bernd Schierwater2; Albert Heck1; 1Utrecht University,
Utrecht, Netherlands; 2Tierärztliche Hochschule, Hannover,
Germany
ThP 292 Fuelling the Knowledge of Blood Coagulation Signaling
with Time Resolved Quantitative Phosphoproteomics
 Maartje Van
Den Biggelaar1; Juan-Ramon Hernandez2; Alexander B
Meijer1; Koen Mertens1; Sara Zanivan2; 1Sanquin Research,
Amsterdam, The Netherlands; 2Beatson Institute for Cancer
Research, Glasgow, UK
ThP 293 Tyrosine Phosphoproteomics Analysis of Human
 Danjun Ma1; Michael Caruso1; Monique
Lewis1; Xiangmin Zhang1; Zaher Msallaty1; Berhane
Seyoum1; Jeffrey Horowitz2; Zhengping Yi1; 1wayne state
university, Detroit, MI; 2Division of Kinesiology, University of
Michigan, Ann Arbor, MI
ThP 294 
by Ischemic Preconditioning in the Rat Myocardium
 Kiersten
Liddy; Melanie White; Benjamin Parker; Nestor Solis; Brett
Hambly; Stuart Cordwell; The University of Sydney, Sydney,
Australia
ThP 295 Impact of the Degree of Peptide Phosphorylation on
Quantitation by Liquid Chromatography ICP- and ESI-
 Guillaume Ballihaut; W. Clay Davis; NIST, Charleston,
SC
ThP 296 Triple SILAC Phosphoproteomics Reveals Drug Targets
in Multiple Myeloma Cells: A Case for CID over HCD
 Susanne Breitkopf1; Min Yuan1;
John M Asara1, 2; 1Beth Israel Deaconess Medical Center,
Boston, MA; 2Harvard Medical School, Boston, MA
ThP 297 
in Cardio-Protective Signaling Induced by Fibroblast

 Aruna Wijeratne; Janet Manning; Jo El
Schultz; Ken Greis; University of Cincinnati, Cincinnati, OH
ThP 298 Implementing Multiplexed SID-MRM-MS Assays to
Quantify Phosphorylated Peptides in the DNA Damage
 Jacob Kennedy; Richard Ivey;
Jeffrey Whiteaker; ChenWei Lin; Uliana Voytovich; Amanda
Paulovich; Fred Hutchinson CRC, Seattle, WA
ThP 299 Parallel Reaction Monitoring Assays for
Phosphorylation Sites of AKT Isoforms in Patient-
Derived Breast Cancer Xenografts with PI3K-AKT
 Matthew Meyer1; Petra Erdmann-
Gilmore1; Kelly V. Ruggles2; Jeanne Rumsey1; Jeremy
Hoog1; Jacqueline Snider1; Robert Kitchens1; Shunqiang Li1;
Sherri R. Davies1; David Fenyo2; Brigitte Simons3; Jason
Held4; Matthew J. Ellis1; R. Robert Townsend1; 1Washington
University School of Medicine, St. Louis, Missouri; 2New
York University, New York, NY; 3AB Sciex, Toronto, CA;
4Buck Institute, Novarto, CA
ThP 300 A SILAC-based Phosphoproteomic Analysis of Human
Cervical Cancer Cells upon Staurosporine-induced
 Weitao Jia1, 2; Armann Andaya2; Julie Leary2;
1Campus Mass Spectrometry Facilities, U.C.Davis, Davis,
CA; 2Dept. of Molecular and Cellular Biology, U.C.Davis,
Davis, CA
ThP 301 
 Armann Andaya; Nancy Villa; Nick
Mahoney; Weitao Jia; Christopher Fraser; Julie Leary; Dept.
of Molecular and Cellular Biology, UC, Davis, CA
ThP 302 
 Jenny
M Armenta1; Brad J. Williams1; Erik J. Soderblom2; Brenna
M. Richardson2; Meredith E. Turner2; J. Will Thompson2; M.
Arthur Moseley2; LeRoy Martin1; Michael J. Nold1; 1Waters,
Beverly, MA; 2Duke University Medical Center, Durham, NC
ThP 303 Discovering Immediate-early Events of Hedgehog
Signal Transduction in Tumorigenesis and Cerebellar
 Teresa Purzner; Stanford University, Stanford, CA
ThP 304 Capturing Native Protein States in Real-Time Using
a Novel MS Compatible Phosphatase and Protease
 Jeff Turner; Gordon Nicol; Tina
Kornmeier; Lillian Vickery; Pegah Jalili; John Dapron; Henry
Duewel; Sigma-Aldrich Corporation, St. Louis, MO
ThP 305 Mass Spectrometry Analysis of c-Jun N-Terminal
Kinase-Mediated Mitochondrial Protein Phosphorylation
 Li-Rong Yu1; Sehwan Jang2; Mohamed
Abdelmegeed2; Yuan Gao1; Atrayee Banerjee2; Byoung-
Joon Song2; 1National Center for Toxicological Research,
FDA, Jefferson, AR; 2National Institute on Alcohol Abuse
and Alcoholism, Bethesda, MD
ThP 306 PiTRAQ, a Strategy to Simultaneously Correlate
Protein Expression and Phosphorylation Stoichiometry
between Different Samples: Evaluation on Different
 Pieter Glibert1; Maarten Dhaenens1;
Filip Van Nieuwerburgh1; Lennart Martens 2, 3; Dieter
Deforce1; 1Pharmaceutical Biotechnology, Ghent University,
Ghent, Belgium; 2Department of Medical Protein Research,
VIB, Ghent, Belgium; 3Department of Biochemistry, Ghent
University, Ghent, Belgium
Protein: PTM II, 307 – 328
ThP 307 Characterization of Mitochondrial Ubiquitin Substrates
 Lilian
Phu; Joy Tea; Christian Cunningham; Daisy Bustos; Corey
E. Bakalarski; Qinghua Song; William F. Forrest; Jacob
Corn; Morgan Sheng; Baris Bingol; Donald S. Kirkpatrick;
Genentech, South San Francisco, CA
ThP 308 Characterization of a Segmentally 15N-Labeled
 Yan Wang; Emma Dixon;
Carlos Castaneda; Tanuja Kashyap; David Fushman;
University of Maryland, College Park, MD
ThP 309 Quantitative Assessment of Proteome and
Ubiquitinome Regulation of Skeletal Muscle following
Denervation-Induced Atrophy Using in vivo
Sriram Aravamudhan; Thomas Braun; Marcus Krüger;
Max Planck Institute for Heart and Lung Research, Bad
Nauheim, Germany
ThP 310 A Proteomic Investigation of Proteasome
Malfunctioning in Drosophila Karen Sap; Karel
Bezstarosti; Dick Dekkers; Olaf Voets; Erikjan Rijkers; Peter
Verrijzer; Jeroen Demmers; Erasmus University Medical
Center, Rotterdam, Netherlands
ThP 311 Novel Mass Spectrometry Approach to Reveal
in vivo Ralf
Hoffmann; Universität Leipzig, Leipzig, Germany
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 165
THURSDAY POSTERS
ThP 312 Development of Mass Spectrometry Sample Preparation
Methods for Localization and Quantitation of Protein
 David Simpson; Suresh
Narayanasamy; Lara Lewellyn; Mike Grotewiel; Scott
Gronert; VA Commonwealth University, Richmond, VA
ThP 313 Investigation of Protein Carbonylation in Human Plasma
Collected from Patients with Chronic Kidney Disease
 Chelsea Coffey; Scott Gronert; Virginia
Commonwealth University, Richmond, VA
ThP 314 

Drosophila melanogaster Suresh
Narayanasamy1; David Simpson1; Lara Lewellyn2; Michael
Grotewiel2; Scott Gronert1; 1Department of Chemistry,
Virginia Commonwealth Uni, Richmond, VA; 2Department of
Human & Molecular Genetics, VCU, Richmond, VA
ThP 315 

Klaus Klarskov1; Aurore Flandrin2; Francois-Olivier McDuff1;
Richard J. Wagner1; 1University of Sherbrooke, Sherbrooke,
Canada; 2ENSIAC, Toulouse, France
ThP 316 Mass Spectrometry Based Quantitative Redox
 Kuan-Ting Pan1;
Yi-Yun Chen2; Chun-Yi Yang1; Tzu-Ching Meng1, 2; Kay-Hooi
Khoo1, 2; 1IBS, National Taiwan University, Taipei, Taiwan;
2Institute of Biological Chemistry, Academia Sinica, Taipei,
Taiwan
ThP 317 Enhanced Protein/Peptide Characterization Using

Jean-Pierre Chervet; Agnieszka Kraj; Hendrik-Jan Brouwer;
Nico Reinhoud; Antec, Zoeterwoude, The Netherlands
ThP 318 
 Yi-Chen
(Ivy) Chen1; Marius Sumandea2; Ying Ge1; 1University
of Wisconsin, Madison, WI; 2Eli Lily and Company,
Indianapolis, IN
ThP 319 
 Chia-Fang Lee; Tanya Paull; Maria Person; The
University of Texas, Austin, TX
ThP 320 
the Dynamic Change of S-nitrosoproteome and
 Yi-Ju Chen1; Sheng-Huang Lin2; Wen-
Ying Shen2; Yu-Ju Chen1; Chun-Hung Lin2; 1Institute of
Chemistry, Academia Sinica, Taipei City, Taiwan; 2Institute of
Biological Chemistry, Academia Sinica, Taipei City, Taiwan
ThP 321 Iodo-based Labeling Reagent: Permanent Quantitative
Labeling of S-nitrosylation Coupled with Mass
 Heaseung Sophia Chung1; Christopher
Murray1; Ryan Bomgarden2; Vidya Venkatraman1; John
Rogers2; Jennifer Van Eyk1; 1School of Medicine, Johns
Hopkins University, Baltimore, MD; 2Thermo Fisher
Scientic, Rockford, IL
ThP 322 
Jaimeen Majmudar; Brent Martin; University of Michigan,
Ann Arbor, Michigan
ThP 323 Post-Translational Nitration and Nitrosylation of

 Wen-Peng Lin; Hauh-
Jyun Candy Chen; Natl. Chung Cheng Univ., Chia-Yi,
Taiwan
ThP 324 
 Linan Wang;
Neha Rastogi; Mark Parthun; Michael A. Freitas; Ohio State
University, Columbus, OH
ThP 325 

 Pawel Olszowy1, 2; Pawel Ciborowski1;
1University of Nebraska Medical Center, Omaha, NE;
2Nicolaus Copernicus University, Torun, Poland
ThP 326 
 Chi-Chi Chou1; Cheng-Han Yu2; Geen-
Dong Chang2; Kay-Hooi Khoo1, 2; 1Academia Sinica, Taipei,
Taiwan; 2National Taiwan University, Taipei, Taiwan
ThP 327 Decipher the Histone Code in the Induced Pluripotent
 Miao Liu; Changhai
Tian; Hong Peng; Shi-Jian Ding; Univ of Nebraska Med
Center, Omaha, NE
ThP 328 
 Robert Sherwood;
Hong Jiang; Xuling Zhu; Qun Liu; Hening Lin; Sheng Zhang;
Cornell University, Ithaca, NY

ThP 329 MALDI Mass Spectrometry Analysis of Sialylated

Kaoru Kaneshiro; Chikako Hamana; Takashi Nishikaze;
Shin-ichirou Kawabata; Koichi Tanaka; Shimadzu
Corporation, Kyoto, Japan
ThP 330 Enzymatic Sialylation of IgA1 Hinge-Region: Toward
the Understanding of Pathogenic Role of Sialic Acid
 Kazuo Takahashi1; Milan Raska2;
Milada Horynova-Stuchlova2; Alena Kasperova2; Stacy D.
Hall3; Yoshiyuki Hiki1; Yukio Yuzawa1; Zina Moldoveanu3;
Bruce A. Julian3; Matthew B. Renfrow3; Jan Novak3; 1Fujita
Health University School of Medicine, Toyoake, Japan;
2Palacky University in Olomouc, Olomouc, Czech Republic;
3University of Alabama, Birmingham, AL
ThP 331 
 Junko Amano;
Kazuko Hachisu; Takashi Shirai; The Noguchi Institute,
Itabashi, Japan
ThP 332 

 Susanna Lundström;
Cátia Cerqueira; Elena Ossipova; Karin Lundberg;
Lars Klareskog; Roman Zubarev; Karolinska Institutet,
Stockholm, Sweden
ThP 333 
Human Clusterin in Renal Cell Carcinoma Plasma

Francisca Gbormittah1; Fateme Tousi1; Marina Hancapie1;
Shiaw-Lin Wu1; William Hancock1; Othon Iliopoulos2, 3;
1Barnett Institute, Northeastern University, Boston, MA;
2Harvard Medical School, Boston, MA; 3Cancer Center,
Massachusetts General Hospital, Boston, MA
ThP 334 
 Sheng-Ta Tsai1; Chein-Hung Chen1; Hsin-Yu
Hsieh1; Wei-Chao Chang2; Chung-Hsuan Chen1; 1Genomics
Research Center, Taipei, Taiwan; 2China Medical University,
Taichung, Taiwan
ThP 335 
Human Induced Pluripotent Cells, Embryonic Stem
 Putty-Reddy Sudhir; Madireddy
Pavana Kumari; Hung-Chih Kuo; Chung-Hsuan Chen;
Genomics Research Center, Academia Sinica, Taipei,
Taiwan
ThP 336 Cell Surface Chemoproteomics for Capturing States

Subarna Bhattacharya; Sandra Chuppa; Rebekah Gundry;
Medical College of Wisconsin, Milwaukee, WI
GENERAL INFORMATION
PAGE 166 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 337 Mass Spectrometry Characterization of a Novel Form of
 Haeri
Seol; Kristy Brown; Joseph Devaney; Brennan Harmon;
Roger Packer; Yetrib Hathout; Children’s National Medical
Center, Washington, DC
ThP 338 MALDI MS Analysis of N-glycan Structures of a

 Mika Sakurai-Yageta1; Tomoko Maruyama1; Kaoru
Kaneshiro2; Sadanori Sekiya2; Shinichi Iwamoto2; Koichi
Tanaka2; Yoshinori Murakami1; 1The University of Tokyo,
Tokyo, Japan; 2Shimadzu Corporation, Kyoto, Japan
ThP 339 Qualitative and Quantitative Investigation of

 Ulrike
Schweiger-Hufnagel1; Kristina Marx1; Daniel Kolarich2;
Wolfgang Jabs1; Anja Resemann1; 1Bruker Daltonik GmbH,
Bremen, Germany; 2Max Planck Institute of Colloids and
Interfaces, Berlin, Germany
ThP 340 
Serine Protease from Cucumis melo L. Using MALDI-
 Shuuichi Nakaya1; Yuzo Yamazaki1; Ami
Sotokawauchi3; Yohei Kamijyo3; Kazutaka Murayama2;
Kazunari Arima3; 1Application Development Center,
Shimadzu Corp., Kyoto, Japan; 2Tohoku University, Sendai,
Japan; 3Kagoshima University, Kagoshima, Japan
ThP 341 

 Jincui Huang; Hyeyoung Lee; Angela
Zivkovic; Jennifer Smilowitz; Bruce German; Carlito Lebrilla;
UC, Davis, CA
ThP 342 Large Scale Characterization of Intact Sialylated


 Peter Højrup; Sara Eun Lendal; Giuseppe
Palmisano; Martin R. Larsen; Univ. Southern Denmark,
Odense, Denmark
ThP 343 
 Haidi Yin;
Zhenxin Lin; Andy Lo; Jianhui Zhu; David M. Lubman;
Uiversity of Michigan, Medical School, Ann Arbor, MI
ThP 344 
Fucosylation of alpha-2-macroglobulin in Pancreatic
 Zhenxin Lin; Haidi Yin; Andy Lo; David M.
Lubman; University of Michigan, Ann Arbor, MI
ThP 345 

Brain in vivo Norelle Wildburger1, 2; Cheryl Lichti1; Mark
Emmett3, 4; Carol Nilsson1, 3; 1Department of Pharmacology
& Toxicology, Galveston, TX; 2Neuroscience and Cell
Biology, Galveston, TX; 3Sealy Cancer Center, Galveston,
TX; 4Department of Biochemistry and Molecular Biology,
Galveston, TX
ThP 346 

 Serenus Hua1; Injung Ji1; Myung Jin Oh1;
Sung-Hyeon Lee2; Rudolf Grimm1, 3; Jung Hoe Kim2; Hyun
Joo An1; 1Chungnam National University, Daejeon, Korea;
2Korea Advanced Institute of Science and Technology,
Daejeon, Korea; 3Agilent Technologies, Santa Clara, CA
ThP 347 HCD Product Ion Triggered ETD MS/MS Facilitates

 Lashanda Waller; Jennifer
Rutherford Bethard; Mary Berkaw; Lauren Ball; Medical
Univ of S Carolina, Charleston, SC
ThP 348 
 Barry Boyes1, 2; Alex Harvey3; Ron
Orlando2; 1Advanced Materials Technology Inc, Wilmington,
DE; 2Complex Carbohydrate Research Center, Athens, GA;
3Glycoscientic, Athens, GA
ThP 349 
 Tyler Stewart;
Kazuo Takahashi; Koshi Yamada; Milan Raska; Milada
Stuchlova Horynova; Jan Novak; Matthew Renfrow; UAB,
Birmingham, AL
ThP 350 

Edwin M. Motari1; John R. Haserick1, 3; Andrea Carpentieri2;
Catherine E. Costello3, 4; Philips W. Robbins1; John
Sameulson1; 1Boston University School of Dental Medicine,
Boston, MA; 2Università di Napoli Federico II, Napoli, Italy;
3Boston University School Medicine, Boston, MA; 4Boston
University, Boston, MA
ThP 351 

 Shu-Hui Chen; Li-Juan Huang;
National Cheng Kung University, Tainan, Taiwan
ThP 352 
 Xiaoying Ye; DaRue
A. Prieto; Josip Blonder; SAIC-Frederick, Inc., Frederick, MD
ThP 353 High Performance Ultraviolet Photodissociation of

 Scott A. Robotham; Jennifer S. Brodbelt;
University of Texas, Austin, TX
ThP 354 
Miloslav Sanda; Julius Benicky; Radoslav Goldman;
Georgetown University, Lombardi Cancer Center,
Washington, DC
ThP 355 
 Zhikai Zhu; Eden Go; David Hua;
Heather Desaire; Chemistry Department, University of
Kansas, Lawrence, KS
ThP 356 
 Nannan Tao; Ulrike Schweiger-Hufnagel;
Kristina Marx; Stephanie Kaspar; Anja Resemann; Bruker
Daltonics Inc., Billerica, MA
ThP 357 

 Ehwang Song; Yehia
Mechref; Texas Tech University, Lubbock, TX
Carbohydrates II, 358 – 383
ThP 358 Improved Sensitivity and Sulfate Stability in Mass

 David Fischler; Joshua S. Sharp;
Complex Carbohydrate Research Center, UGA, Athens, GA
ThP 359 
 Yulun Chiu;
Rongrong Huang; Ron Orlando; Joshua S. Sharp; CCRC,
University of Georgia, Athens, GA
ThP 360 Separation and Sequencing of a Synthesized Heparin-
Like Tetramers Library Using Chemical Derivatization
and LC-MS/MS with an In-House Developed Sequencing
 Rongrong Huang; Yulun Chiu; Ron Orlando;
Joshua S. Sharp; CCRC, University of Georgia, Athens, GA
ThP 361 

Paul J. Trim; Stephen K. Duplock; Adeline A. Lau; Kim M.
Hemsley; John J. Hopwood; Marten F. Snel; Lysosomal
Diseases Research Unit, SA Pathology, North Adelaide,
Australia
ThP 362 Optimization of Tissue Surface Digestion by
 Lilla Turiak; Chun Shao; Joseph
Zaia; Boston University School of Medicine, Boston, MA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 167
THURSDAY POSTERS
ThP 363 Development of a Chemical Inkjet Printer and Liquid
Microjunction Extraction Strategy for Improving Mass

 Chun Shao; Lilla Turiak; Yu Huang;
Joseph Zaia; CBMS, Boston University, Boston, MA
ThP 364 Determination of the Effect of Depolymerization
Methods on Highly-Sulfated HS Domains Using LC/
 Yang Mao; Yu Huang; Joseph Zaia; Boston University
School of Medicine, Boston, MA
ThP 365 
Highly Sulfated Heparin Oligosaccharides on an LC
 Yu Huang; Xiang Yu; Yang Mao; Cheng Lin;
Joseph Zaia; Boston University School of Medicine, Boston,
MA
ThP 366 Structural Characterization of Chemoenzymatically


 Yuejie Zhao1; Isaac Agyekum1; John
Muchena1; Yongmei Xu2; Jian Liu2; Lingyun Li3; Robert
Linhardt3; Jon Amster1; 1University of Georgia, Athens, GA;
2University of North Carolina, Chapel Hill, NC; 3Rensselaer
Polytechnic Institute, Troy, NY
ThP 367 
Tianjiao Yang; Yehia Mechref; Texas Tech University,
Lubbock, Texas
ThP 368 
 Yoko
Ohashi1; Yuya Otsuka2; Toshikazu Minamisawa2; Takashi
Hirano1; 1The University of Electro.-Communications, Chofu,
Tokyo, Japan; 2Seikagaku Corporation, Tokyo, Japan
ThP 369 Polysaccharide Structures, Containing Charged
Polysulfated/Polycarboxylated Moieties, Elucidated
Using the MASSPEC Algorithm for Analysis of Exact-
 Marshall M.
Siegel 1; Gary Walker 1; Lingyun Li2; Robert J. Linhardt2;
1MS Mass Spec Consultants, Fair Lawn, NJ; 2Rensselaer
Polytechnic Institute, Troy, NY
ThP 370 Quantitative Analysis of Oligosaccharides Derived from

 Chih-Che Wu; Department of Applied
Chemistry, National Chi Nan, Puli, Taiwan
ThP 371 Biomimetic Reagents for Selective Free Radical and

 Jinshan
Gao; Daniel Thomas; Chang Ho Sohn; J. L. Beauchamp;
CCE at Caltech, Pasadena, CA
ThP 372 Charge Carrier Effect to the Ionization and
 Yaping Lin1; Chia-
Lin Wu1; Chein-Hung Chen1; Jung-Lee Lin1; Pang-Hung
Hsu2; Chung-Hsuan Chen1; 1Academia sinica, Taipei,
Taiwan; 2National Taiwan Ocean University, Keelung,
Taiwan
ThP 373 Statistical Analysis Model for Classifying Stereo
 Y. Melodie Du; Chiharu
Konda; Yu Xia; Zheng Ouyang; Purdue University, West
Lafayette, IN
ThP 374 Collision-Induced Dissociation of Reducing-End
 Chiharu Konda1;
Tammy Fang2; Jia Ren1; Brad Bendiak2; Yu Xia1; 1Purdue
University, West Lafayette, IN; 2University of Colorado
Denver, Aurora, CO
ThP 375 
Dual Cell Linear Ion Trap Orbitrap Hybrid Mass
 Julian Saba1; Shannon Eliuk1; Sergei
Snovida2; 1Thermo Fisher Scientic, San Jose, CA;
2Thermosher Scientic, Rockford, IL
ThP 376 
 Chuan-
Yih Yu1; Yunli Hu2; Anoop Mayampurath1; Yehia Mehcref1,
2; Haixu Tang1; 1Indiana University, Bloomington, IN; 2Texas
Tech University, Lubbock, TX
ThP 377 

Liang Han1; Catherine E. Costello2; 1Boston University,
Boston, MA; 2Boston University School of Medicine, Boston,
MA
ThP 378 Comparison of ETD and ECD for Analysis of
 Mengdi Fan1; Yi Pu1; Catherine
E Costello1, 2; 1Boston University, Boston, MA; 2Boston
University School of Medicine, Boston, MA
ThP 379 Structural Characterization of Singly Charged

 Jordan C. Ernst; Di Gao; Kristina
Hakansson; University of Michigan, Ann Arbor, MI
ThP 380 

 Ming-Yi Ho; Kay-Hooi Khoo; Institute
of Biological Chemistry, Academia Sinica, Taipei, Taiwan
ThP 381 Linkage and Anomeric Differentiation in
Oligosaccharides by Sequential Fragmentation and

 Yanglan Tan; Nicolas Polfer; Department of
Chemistry, University of Florida, Gainesville, FL
ThP 382 Determination of Isomeric Oligosaccharides by Photo
 Andrea Hahn; Jurgen
Grotemeyer; Christian-Albrechts-Univ, Kiel, Germany
ThP 383 Computer Assisted Algorithm for the Automated
 Jiana Duan;
Jon Amster; University of Georgia, Athens, GA

Lipids & Metabolites, 384 – 410
ThP 384 
 Song Nie;
Andy Lo; Jianhui Zhu; David M. Lubman; Department of
Surgery, University of Michigan, Ann Arbor, MI
ThP 385 
 Scott
Peterman1; Amol Prakash1; Julian Saba2; Mary Lopez1;
Jennifer Cushing3; Audra Ann Harget3; Matthew Renfrow3;
1Thermo Fisher Scientic BRIMS, Cambridge, MA; 2Thermo
Fisher Scientic, San Jose, CA; 3University of Alabama
Birmingham, Birmingham, AL
ThP 386 
peptides in Human Plasma as Potential Diabetes Type
 Andrej Frolov; Universität Leipzig, Leipzig,
Germany
ThP 387 3 Analogues as Novel Biomarkers
 Pamela Lavoie; Michel Boutin;
Christiane Auray-Blais; Université de Sherbrooke/CRC-
CHUS, Sherbrooke, Canada
ThP 388 A Sensitive HILIC-MS/MS Method for Simultaneously
Measuring Carnitine, PalmitoylCarnitine and
StearoylCarinine as Potential Biomarkers of Fatty Acid
 Xiaolin Zhang; Xiao Ding; Georgia
Hatzivassiliou; Mark Merchant; Kirsten Messick; Brian Dean;
Genentech, South San Francisco, CA
ThP 389 
by CENUs in L1210 Cells Using Liquid Chromatography
 Lili
Li; Xuechai Chen; Guohui Sun; Lijiao Zhao; Rugang Zhong;
Beijing University of Technology, Beijing, China
GENERAL INFORMATION
PAGE 168 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 390 
 Yongchao Li2; Jeff Dahl1; Jerry White2;
Richard B. van Breemen2; 1Shimadzu, Columbia, MD;
2University of Illinois College of Pharmacy, Chicago, IL
ThP 391 Detection of Low Levels of Estradiol with the Use
of Micro Flow LC Coupled to a Sensitive Mass
 Alexandre Wang; Jesse Seegmiller;
Hua-fen Liu; AB SCIEX, Foster City, CA
ThP 392 Monitoring Steroidal Analogues in Clinical and

Anthony Macherone; Melissa Churley; Agilent Technologies,
Wilmington, DE
ThP 393 


Derivatization and Methylamine Adduction LC/MS/
 Xiaohua Li; Vincent Windisch; Allan Xu; Keystone
Bioanalytical, North Wales, PA
ThP 394 

Yinghe Li; Yifan Shi; Meng Fang; Pamela Rogers; Alliance
Pharma, Inc., Malvern, PA
ThP 395 A Quantitative Stable Isotope LC-MS/MS Method to
 Lulu Yang; Ann
Qin; Allan Jaochico; Justin Ly; YuZhong Deng; Brian Dean;
Xiaorong Liang; Genentech Inc., South San Francisco, CA
ThP 396 Measurement of Serotonin Concentration Changes in

 Elizabeth A. Mahan; Suzie Yeh; Emily Adarayan;
Rena Zhang; Scott Fauty; Han Gerrits; Freek Bourgoudien;
Benno Ingelse; Merck & Co., West Point, PA
ThP 397 Development of a High Throughput Multi-analyte Assay

 John Bannister; Deborah Mawson;
Keon Jeffery; Phillip Teale; Bob Gray; Phillip Grace; LGC
Health Sciences, Teddington, UK
ThP 398 
 Tasso Miliotis1; Sven Kjellström2; 1AstraZeneca
R&D Molndal, Molndal, Sweden; 2Biochemistry and
Structural Biology, Lund, Sweden
ThP 399 Development of an in vivo Quantitative Assay for

 André LeBlanc; Souade Ben
Haddou; Tze Chieh Shiao; René Roy; Lekha Sleno; UQÀM,
Montréal, Canada
ThP 400 Screening Serum Albumin Adducts of Carcinogenic
Arylamines under Different Proteolytic Digestion
 Lijuan Peng; Robert Turesky; Wadsworth Center,
NYS Department of Health, Albany, NY
ThP 401 
Occupational Exposure and Endogenous Metabolites
 Lucie Rimnacova1; Petr Simek1; Petr Husek1;
Jaroslav Mraz2; 1Biology Centre, Czech Academy of
Sciences, Ceske Budejovice, Czech Republic; 2National
Institute of Public Health, Prague, Czech Republic
ThP 402 A LC-MS/MS Method for Determination of
1-Hydroxypyrene, 3-hydroxybenzo[a]pyrene
and 3-hydroxybenz[a]anthracene: Application to
Biomonitoring of Human Smoke Polycyclic Aromatic
 Hongwei Hou; Xiaotao Zhang;
Wei Xiong; Qingyuan Hu; China National Tobacco Quality
Supervision & Test, Zhengzhou, China
ThP 403 HPLC-ESI-
of 1,3-butadiene in Smokers to Identify Ethnic
 Srikanth Kotapati1; Lani Park2;
Amanda Esades1; Loic Le Marchand2; Natalia Tretyakova1;
1University of Minnesota, Minneapolis, MN; 2University of
Hawai’i, Honolulu, HI
ThP 404 Characterization of Aromatic Amine Exposure in U.S.

Tiffany Seyler; Elizabeth Cowan; Jenny Kim; Rey DeCastro;
Benjamin Blount; Lanqing Wang; CDC, Atlanta, GA
ThP 405 Human Exposure Assessment to the Plasticizer

 Manori
Silva; Ella Samandar; James Preau; Antonia Calafat;
Centers for Disease Control and Prevention, Atlanta, GA
ThP 406 Comparative Analysis of Acid, Base and Beta-

 Jenny G. Kim1, 2;
Elizabeth A. Cowan1; Tiffany H. Seyler1; Lanqing Wang1;
Benjamin Blount1; 1Centers for Disease Control and
Prevention, Atlanta, GA; 2ORISE, Oak Ridge, TN
ThP 407 
 James Hodgson1, 2; Tiffany Seyler2; Lanqing Wang2;
1Oak Ridge Institute for Science and Education, Oak Ridge,
TN; 2Centers for Disease Control and Prevention, Atlanta,
GA
ThP 408 LC-MS/MS Analysis of Mercapturic Acids: Addressing
 Alan Dzerk;
Veniamin Lapko; Ridha Nachi; Kirk Newland; Curtis
Sheldon; Celerion, Inc, Lincoln, NE
ThP 409 

Jing Ke1; Kelly Lam1; Yijin Xiao1; Harry Zhao1; Zhongping
(John) Lin1; Daniel Tamae2; Gerald E. Wuenschell2; John
Termini2; 1Frontage Laboratories, Inc, Exton, PA; 2City of
Hope Medical Center, Duarte, CA
ThP 410 

 Ayat H.
BaniRashaid; Peter de B. Harrington; Glen P. Jackson; Ohio
University, Athens, OH
Biomarker Discovery: Cancer and Neuroscience, 411 – 442
ThP 411 Label-free Shotgun Proteomic Characterization of

 Owen E. Branson; John
P. Shapiro; Joseph Markowitz; Sara B. Peters; William
E. Carson III; Michael A. Freitas; Ohio State University,
Columbus, OH
ThP 412 Novel Diagnostic and Prognostic Biomarker Candidates
of Hepatocellular Carcinoma Revealed by a Quantitative
 Wael
Naboulsi1; Dominik Megger1; Thilo Bracht Bracht1; Kristin
Rosowski Rosowski1; Birgit Korte1; Stephanie Tautges1;
Don Marvin V1; Michael Kohl1; Maike Ahrens 1; Sacha
Hagemann2; Frank Weber4; Hideo Baba2; Jörg F Schlaak3;
Martin Eisenacher1; Christian Stephan1; Helmut Meyer1;
Barbara Sitek 1; 1MPC, Ruhr-Universität Bochum, Bochum,
Germany; 2Pathologie, Universitätsklinikum Essen, Essen,
Germany; 3Hepatologie, Universitätsklinikum Essen, Essen,
Germany; 4Universitätsklinikum Essen, Essen, Germany
ThP 413 A Study Combining Label-Free Proteomics and

 Juliet Padden1; Dominik
Megger1; Thilo Bracht1; Stephanie Tautges1; Don Marvin
Voss1; Kristin Rosowski1; Birgit Korte1; Michael Kohl1;
Martin Eisenacher1; Hideo A. Baba2; Jörg F. Schlaak3;
Christian Gerges4; Brigitte Schumacher4; Horst Neuhaus4;
Helmut E. Meyer1; Barbara Sitek1; 1Medizinisches Proteom-
Center, Ruhr-Universität Bochum, Germany; 2Institut für
Pathologie, Universitätsklinikum Essen, Germany; 3Klinik
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 169
THURSDAY POSTERS
für Gastroenterologie und Hepatologie, Universitätsklinikum
Essen, Germany; 4Evangelisches Krankenhaus Düsseldorf,
Düsseldorf, Germany
ThP 414 

 Hamid Baniasadi 1; G. A. Nagana Gowda3;
Siwei Wei1; Jeremiah Bowers1; Nicholas Skill2; Mary
Maluccio2; Daniel Raftery1, 3; 1Department of Chemistry,
Purdue University, West Lafayette, IN; 2Department of
Surgery, Indiana University, Indianapolis, IN; 3University of
Washington, Seattle, WA
ThP 415 Investigation into the Mechanisms of Prostate Cancer
Androgen Independence Using Label-Free Data-
Independent Quantitative LC-IM-DIA-MS and Pathway
 Brian Morrisey1; Robert Tonge2; Lee A Gethings2;
Johannes PC Vissers2; Stephen Pennington1; 1UCD Conway
Institute, University College Dublin, Dublin, Ireland; 2Waters
Corporation, Manchester, UK
ThP 416 Development of a 4 Protein Signature that Predicts
Outcome to Tamoxifen Treatment in Recurrent Estrogen
 Tommaso De Marchi1;
Ning Qing Liu1; Christoph Stingl1; Marcel Smid1; Maxime
Look1; Rene Braakman1; Mark Opdam2; Sabine Linn2; Fred
Sweep3; Paul Span3; John Martens1; John Foekens1; Arzu
Umar1; 1Erasmus University Medical Center, Rotterdam, The
Netherlands; 2Netherlands Cancer Institute, Amsterdam,
The Netherlands; 3Radboud University Nijmegen Medical
Center, Nijmegen, The Netherlands
ThP 417 
Chemotherapy Sensitivity in Triple-Negative Breast
 Rene Braakman1, 3; Christoph Stingl1; Lennart
Mulder2, 3; Marcel Smid1; Esther Lips2, 3; John Martens1,
3; Theo Luider1; Sjoerd Rodenhuis2, 3; John Foekens1, 3;
Arzu Umar1, 3; 1Erasmus Medical Center, Rotterdam, The
Netherlands; 2Netherlands Cancer Institute, Amsterdam,
The Netherlands; 3Center for Translational Molecular
Medicine, Eindhoven, The Netherlands
ThP 418 
 Yue Zhang1;
Massimo Cristofanilli2; Fredika Robertson3; James Reuben3;
Zhaomei Mu2; Hogune Im4; Michael Snyder4; Matan Hofree5;
Trey Ideker5; Gilbert Omenn6; Susan Fanayan7; Seul-Ki
Jeong8; Young-ki Paik8; Shiaw-Lin Wu1; William Hancock1;
1Barnett Institute, Northeastern University, Boston, MA;
2Thomas Jefferson University, Philadelphia, PA; 3M D
Anderson Cancer Center, Houston, TX; 4Department of
Genetics, Stanford University, Stanford, CA; 5University
of California, La Jolla, CA; 6University of Michigan, Ann
Arbor, MI; 7Macquarie University, Sydney, Australia; 8Yonsei
University, Seoul, Korea
ThP 419 A Novel Proteomic Approach for the Routine Screening
 Lewis Pannell1;
Lindsay Schambeau1; Meghan Tanner1; Dean Billheimer2;
Rodney Rocconi1; Michael Finan1; 1Mitchell Cancer Institute,
Mobile, AL; 2University of Arizona, Tucson, AZ
ThP 420 Comparison of Label-Free and SILAC Quantitative
 Ten-
Yang Yen; Alejandro Corona; Roger Yen; Chris Alleyne-
Chin; Leslie Timpe; Bruce Macher; San Francisco State
University, San Francisco, CA
ThP 421 Large-Scale Comparative Proteomic Analysis of Colon
Cancer Cells Isolated from Multiple Patients Using an
 Chengjian Tu;
Jun Li; Shichen Shen; Eslam Nouri-Nigjeh; Wilfrido Mojica;
Jun Qu; University at Buffalo, Buffalo, NY
ThP 422 
Cancer Using Selective Reaction Monitoring Mass
 Melanie M. Ivancic; Amy A. Irving; Jennifer
K. Pleiman; Linda Clipson; William F. Dove; Michael R.
Sussman; University of Wisconsin, Madison, WI
ThP 423 Proteomic Analysis of Perineural Invasion in
Pancreatic Adenocarcinoma Reveals Up-regulation of
 Richard
Jones1; Was Alrawashdeh2; Ravi Amunugama1; Michael
Ford1; David Allen1; Nilukshi Wijesuriya3; Pedro Cutillas2;
Tatjana Crnogorac-Jurcevic2; 1MS Bioworks, LLC, Ann
Arbor, MI; 2Barts Cancer Institute, QMUL, London, UK;
3Department of Pathology, Royal London Hospital, London,
UK
ThP 424 
Adenocarcinoma Tissues by Immuno-Laser Capture
 Jianhui Zhu; Song
Nie; Jing Wu; David M. Lubman; University of Michigan
Medical Center, Ann Arbor, MI
ThP 425 
Blasts Reveals Predictive Phosphorylation Markers for

Christoph Schaab1, 2; Felix Oppermann1; Martin Klammer1;
Heike Pfeifer3; Andreas Tebbe1; Thomas Oellerich3; Jürgen
Krauter4; Mark Levis5; Alexander E. Perl Perl6; Henrik Daub1;
Björn Steffen3; Klaus Godl1; Hubert Serve3; 1Evotec Munich,
Martinsried, Germany; 2Max Planck Institute of Biochemistry,
Martinsried, Germany; 3Department of Medicine, Goethe
University, Frankfurt, Germany; 4Medizinische Hochschule
Hannover, Hannover, Germany; 5Sidney Kimmel
Comprehensive Cancer Center, Baltimore, MD; 6Abramson
Cancer Center, PA
ThP 426 
Protein in Oral Pre-Cancerous Lesions by Quantitative
Proteomics of Non-Invasively Collected Brushed
 Ya Yang1; Nelson Rhodus2; Frank Ondrey3;
Patricia Fernandes3; YaQin Zhu1; Timothy Grifn4; 19th
People’s Hospital,Shanghai JiaoTong University, Shanghai,
China; 2School of Dentistry, University of Minnesota,
Minneapolis, MN; 3Dept of Otolaryngolo,University
of Minnesota, Minneapolis, MN; 4Department of
BMBB,University of Minnesota, Minneapolis, MN
ThP 427 Rapid Phenotyping Renal Cell Carcinoma from Fine
 Joseph H Kennedy
1; Matthew T Olson2; Justin M Wiseman1; 1Prosolia, Inc.,
Indianapolis, IN; 2The John Hopkins Hospital, Baltimore, MD
ThP 428 CD180 : A New Marginal Zone B-cell Lymphoma
Biomarker Discovered by Plasma Membrane
 Sarah Lennon1;
Laurent Miguet2; Christine Carapito1; Luc Fornecker1;
Laurent Mauvieux2; Alain Van Dorsselaer1; Sarah
Cianférani-Sanglier1; 1Laboratoire de Spectrométrie
de Masse Bioorganique, Strasbourg, France; 2Institut
d’hématologie et d’immunologie, Strasbourg, France
ThP 429 Screening Biomarkers of Thyroid Cancer by a
Combination of Tissue Imaging and Serum Metabolites
 Shuai Guo; Hui
Liu; Yumei Guo; Yaping Zhang; Fang Li; Zhili Li; IBMS,
CAMS&PUMC, Beijing, China
ThP 430 Selective Sampling Strategy and Quantitative
Proteomic Analysis Reveals New Mechanisms of

 Shujia Dai1; Dmitriy Lukashev2; Somak Ray1; Barry
Karger1; Michail Sitkovsky2; 1Barnett Institute, Northeastern
University, Boston, MA; 2Bouve College of Health Sciences
Northeastern Univ, Boston, MA
GENERAL INFORMATION
PAGE 170 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 431 Quantitative Proteomic Analysis Reveals a Molecular
Triad Signature as Biomarker Candidates for
 Jose Cesar
Rosa4; Suely Kazue Nagahashi Marie1; Sueli Oba-Shinjo1;
João Bosco de Oliveira2; Andreia Otake3; Roger Chammas3;
Clarice Izumi4; Anelisa Ramao4; Helen Julie Laure4; Marcela
Gimenez4; 1Dept. of Neurology, Medical School of Sao
Paulo, Sao Paulo, Brazil; 2Dept. of Laboratory Medicine,
Clinical Center, NIH, Besthesda, MD; 3Experimental
Oncology, Medical School of Sao Paulo, Sao Paulo, Brazil;
4Cell & Molecular Biology, FMRP-Univ.Sao Paulo, Ribeirao
Preto, Brazil
ThP 432 CSF Proteome Characterisation: Dynamics of Plasma
 Jill Anette Opsahl1,
2; Elise Aasebø2; Yngvild Bjørlykke 2; Hilde Garberg 1; Astrid
Guldbrandsen2; Frode S. Berven1, 2; 1Proteomics Unit at
University of Bergen, Bergen, Norway; 2The KG Jebsen
Centre for MS-Research, Bergen, Norway
ThP 433 Comparison of Cuprizone and Experimental
Autoimmune Encephalomyelitis Multiple Sclerosis
Models Using TMT and Label-Free Quantitative
 Eystein
Oveland2, 3; Stig Wergeland1, 3; Harald Barsnes1, 2; Kjell-
Morten Myhr1, 3; Lars Bø1, 3; Frode Berven2, 3; 1University of
Bergen, Bergen, Norway; 2Proteomics Unit at University of
Bergen, Bergen, Norway; 3Haukeland University Hospital,
Bergen, Norway
ThP 434 
 Sean
Shen; Ina Wanner; Gregg Czerwieniec; Joseph A. Loo;
University of California, Los Angeles, CA
ThP 435 Using Neuroblastoma as an Alzheimer’s Disease Model
to Study the Effect of Angiotensin Converting Enzyme
 Yu-Chang Tyan 1; Ming-Hui Yang2; 1Kaohsiung
Medical University, Kaohsiung, Taiwan; 2National Yunlin
University of Science & Technology, Yunlin, Taiwan
ThP 436 MALDI-TOF MS Investigation of Analyte Release from
Regions of the Mammalian Peripheral Sensory-Motor
 Stanislav Rubakhin1; Jonathan Sweedler2;
1Beckman Institute, UIUC, Urbana, IL; 2Department of
Chemistry, UIUC, Urbana, IL
ThP 437 Proteomic Investigation of Saliva from Children with

 Katherine M. Beglinger1;
Armand G. Ngounou Wetie1; Kelly L. Wormwood1; Jarrod
W. Mattingly1; Urmi Roy1; Jeanne P. Ryan2; Alisa G.
Woods1; Costel Darie1; Sokolowska Sokolowska1; 1Clarkson
University, Potsdam, NY; 2State University of New York,
Plattsburgh, NY
ThP 438 A TransOmics study of the Saliva of Children with

 Alisa G. Woods1; Joanne B. Connolly 2; Lee
Gethings2; Armand G. Ngounou Wetie1; Cristian Cojocariu2;
Janet Hammond2; Jeanne P. Ryan3; Costel C. Darie1;
1Clarkson University, Potsdam, NY; 2Waters, Manchester,
UK; 3State University of New York, Plattsburgh, NY
ThP 439 Proteomic Investigation of Sera and Saliva from
Children with Autism Spectrum Disorder and Matched
 Kelly L. Wormwood1; Armand G. Ngounou
Wetie1; Izabela Sokolowska1; Katherine M. Beglinger1;
Jarrod W. Mattingly1; Urmi Roy1; Jeanne P. Ryan2; Alisa G.
Woods1; Costel Darie1; 1Clarkson University, Potsdam, NY;
2State University of New York, Plattsburgh, NY
ThP 440 
 Raghothama
Chaerkady 1; Candace Kerr1, 2; Robert Cole1; 1Johns
Hopkins University, Baltimore, MD; 2Department of
Biochemistry, University of Maryland, Baltimore, MD
ThP 441 Quantitative Proteomic Techniques: Exploring Protein
Pathways and Potential Biomarkers in Dorsal Region

Ping Sui; Hiroyuki Watanabe; Georgy Bakalkin; Konstantin
Artemenko; Uppsala University, Uppsala, Sweden
ThP 442 Mass Spectrometry-Based Biomarker Discovery:
toward the Development of Fundamental
Neurochemistry Knowledge Essential for the
 Floriane Pailleux1,
2; Pascal Vachon1; Jérôme Lemoine2; Francis Beaudry1;
1Université de Montréal, Saint-Hyacinthe, Canada;
2Université de Lyon, Villeurbanne, France
Proteomics: Clinical Applications, 443 – 476
ThP 443 miR-27b-regulated TCTP as a Novel Plasma Biomarker
for Oral Cancer: From Quantitative Proteomics to
 Wan-Yu Lo1; Huang-Joe
Wang1; Chih-Wei Chiu2; Sung-Fang Chen2; 1China Medical
University, Taichung, Taiwan; 2National Taiwan Normal
University, Taipei, Taiwan
ThP 444 

 Chloé Bardet1; Christelle Compagnon1;
Marie Cécile Ploy2; Jerôme Lemoine3; Marc Rodrigue1;
Tanguy Fortin1; 1Biomerieux, Marcy L’etoile, France;
2UMR-S 1092, INSERM Université de Limoges, Limoges,
France; 3UMR 5180, CNRS Université de Lyon 1, Lyon,
France
ThP 445 Changes in the Human Hippocampus Proteome during
 David C. Hondius1, 2; Roel C. van der
Schors2; Jeroen J.M. Hoozemans1; Pim van Nierop2; Saskia
M. van der Vies1; Ka Wan Li2; Annemieke J.M. Rozemuller1;
August B. Smit2; 1Dept. of Pathology, VU University
Medical Center, Amsterdam, NL; 2Neuroscience Campus
Amsterdam, VU University, Amsterdam, NL
ThP 446 Creating Reference Materials for Clinically-Relevant
 Tyler A Zimmerman;
Mark Lowenthal; Meiyao Wang; Karen Phinney; National
Institute of Standards and Technology, Gaithersburg, MD
ThP 447 
Cells that is Highly Conserved among Structurally
 Sudhakar Voruganti 1; Jeff
LaCroix2; Chelsea Rogers1; Janet Rogers1; Liang Sun1;
Robert L. Matts1; Steven D. Hartson1; 1Oklahoma State
University, Stillwater, OK; 2East Central University, Ada, OK
ThP 448 Top-Down Proteomics of Chronic Lymphocytic
 Emma Doud1; Vivian Bin Liu2, 3;
Shuo Ma2, 3; Steven Rosen2, 3; Paul Thomas1; Neil Kelleher1;
1Northwestern University, Evanston, Illinois; 2Robert H. Lurie
Comprehensive Cancer Center, Chicago, IL; 3Feinberg
School of Medicine, Chicago, IL
ThP 449 
 Michael Blank1; Ryan
Bomgarden2; John Rogers2; Ryan Jacobs3; Jason Fong3;
Neelu Puri3; Vlad Zabrouskov1; Rosa Viner1; 1ThermoFisher
Scientic, San Jose, CA; 2Thermo Fisher Scientic,
Rockford, IL; 3University of Illinois at Chicago, Rockford, IL
ThP 450 Proteomic Analysis of Oxidative Stress-Induces
 Haiping Tang1; Enbing Tian2; Shan
Feng1; Qingtao Wang2; Chongdong Liu2; Haiteng Deng1;
1Tsinghua University, Beijing, China; 2Chaoyang Hospital
Afliated to Capital Medical Un, Beijing, China
ThP 451 Oxacillin Resistance Study on Methicillin Resistant
and Susceptible Staphylococcus aureus by Label Free
 Xiao-Fen Liu1; Ying-Wei Hu1;
Pei-Jing Pai1; Dai-Jie Chen2; Henry Lam1; 1Hong Kong
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 171
THURSDAY POSTERS
University of Science and Technology, Hong Kong, China;
2China State Institute of Pharmaceutical Industry, Shanghai,
China
ThP 452 In-depth Characterization of the Cerebrospinal

and Molecular Weights as a Resource for Targeted
 Astrid Guldbrandsen; Heidrun
Vethe; Yehia Farag; Hilde Garberg; Magnus Berle; Eystein
Oveland; Jill Anette Opsahl; Harald Barsnes; Frode Berven;
University of Bergen, Bergen, Norway
ThP 453 Comparison of Five Serum Depletion or Fractionation
Methods Applied for Clinical Biomarkers Discovery
 Gabriel Mazzucchelli1; Nicolas Smargiasso1;
Dominique Baiwir2; Edouard Louis3; Edwin De Pauw1; Marie-
Alice Meuwis3; 1MS Lab, GIGA-R, University of Liege, Liege,
Belgium; 2GIGA proteomic facility, Liege, Belgium; 3Dpmt of
Gastroenterology, University Hospital, CHU, Liege, Belgium
ThP 454 
by Human Dermal Fibroblasts Using a Quantitative
 Daniel Waldera-Lupa1; Gereon
Poschmann1; Faiza Khalfallah2; Fritz Boege2; Kai Stühler1;
1Heinrich-Heine Universität Düsseldorf, Düsseldorf,
Germany; 2Universitätsklinikum Düsseldorf, Düsseldorf,
Germany
ThP 455 Dried Blood Spot Proteomics: Automated Surface
 Nicholas J.
Martin; Josephine Bunch; Helen J. Cooper; University of
Birmingham, Birmingham, UK
ThP 456 Super-SILAC Based Quantitative Proteomics for
Comparison of Different Acute Myeloid Leukaemia Cell
 Elise Aasebø1; Gro Gausdal2; Olav Mjaavatten1;
Arthur van der Burgh1; Bjørn Tore Gjertsen3; Stein Ove
Døskeland2; Øystein Bruserud3; Frode Selheim1; Frode
S. Berven1; 1Proteomics Unit, IBM, University of Bergen,
Bergen, Norway; 2Department of Biomedicine, University of
Bergen, Bergen, Norway; 3Institute of Medicine, University
of Bergen, Bergen, Norway
ThP 457 Comparative Proteomics of Androgen and Anti-
 Arum Park1;
Jiyeong Lee1; Hee-Joung Lim2; Byung Heun Cha1; Tag Keun
Yoo3; HooKeun Lee4; Hee-Gyoo Kang1; 1Eulji University,
Seongnam, Korea; 2Korea University, Seoul, Korea;
3Department of Urology and Pathology, Eulji University,
Daejeon, Korea; 4Lee Gil Ya Cancer and Diabetes Institute,
Incheon, Korea
ThP 458 

 Anne Seok1; Hee-Joung Lim2, 3; JuHwan Lee1;
JiYeong Lee1; Sung Hee Hyun4; Jong-Hoon Kim2; Kwang
Ho Kim3; Hee-Gyoo Kang1; 1Eulji University, Seongnam,
Korea; 2Korea University, Seoul, Korea; 3Kairos Co. Ltd,
Seongnam, Korea; 4Department of Biomedical Laboratory
Science, Eulji University, Daejeon, Korea
ThP 459 Sarcomere Protein Expression Studies Suggest

 Richard Jones1; Michael
Ford1; Ravi Amunugama1; David Allen1; Frank Davis2; Adam
Helms2; Sarah Bartolone2; Sharlene Day2; 1MS Bioworks,
LLC, Ann Arbor, MI; 2University of Michigan, Ann Arbor, MI
ThP 460 The Peptidome and the Degradome of the Juvenile
 Cristina Clement;
Ginger Janow; Myrasol Callaway; Edward Nieves; Steven
Porcelli; Laura Santambrogio; Albert Einstein College of
Medicine, Bronx, NY
ThP 461 
Associated Secretory Phenotype in Human
 Yi Zhu; Mayo Clinic, Rochester, MN
ThP 462 Top-Down Sequencing via MALDI-ISD for Clinical
 Roger Theberge;
Christian Heckendorf; Stephen Whelan; Catherine E
Costello; Mark E McComb; Boston University School of
Medicine, Boston, MA
ThP 463 

Xiaoqian Liu1; Sarah Parker1; Harry (Hal) Dietz1; Brigitte
Simons2; Jennifer Van Eyk1; 1Johns Hopkins University,
Baltimore, MD; 2AB SCIEX, Concord, ON
ThP 464 Clinical Proteomics Improves Subtyping of Pituitary
 Jason D Theis; Surendra Dasari; Julie Vrana;
Ken Johnson; Catarina Giannini; Mark Jentoft; Ahmet
Dogan; Mayo Clinic, Rochester, MN
ThP 465 Optimization of Mass Spectrometry-based Detection

 Ko-Yi Chien;
Ina Caesar; Sam Gandy; Rong Wang; Mount Sinai Medical
Center, New York, NY
ThP 466 Proteome Measurement Repeatability and Depth of
 Kenneth L.
Johnson; Carrie J. Heppelmann; Surendra Dasari; Jason
D. Theis; Roman Zenka; H. Robert Bergen, III; Andrew L.
Feldman; Ahmet Dogan; Mayo Clinic, Rochester, MN
ThP 467 Preliminary Large Scale Quantitative Proteomic

Zhiping Wu1; Xusheng Wang1; Haiyan Tan1; Megan
Schertzer1; Dharminder Chauhan2; Kenneth Anderson2;
Junmin Peng1; 1ST. Jude, Memphis, TN; 2Dana-
FarberCancer Institute, Harvard Medical Sch, Boston, MA
ThP 468 Quantitative Proteomics Analysis of Human Central
Memory T Cells for Assessing Protein Expression
 Sausan
Azzam; Daniela Schlatzer; Douglas Bazdar; Jill Barnholtz-
Sloan; Yanwen Chen; Mark Chance; Scott Sieg; Case
Western Reserve University, Cleveland, OH
ThP 469 Comparative Phosphoproteomic Analysis of 106
Human Liver Tissues by 2-dimensional Image-
Converted Analysis of Liquid Chromatography and
 Masaya Ono1; Masahiro
Kamita1; Tomohiro Sakuma2; Miho Banno2; Tesshi Yamada1;
1Natl Cancer Ctr Research Institute, Tokyo, Japan; 2Mitsui
Knowledge Industry Co.,Ltd., Tokyo, Japan
ThP 470 Label-free Quantitative Proteomics of Biopsy Tissue

 Michael
Groessl1; Kerstin Gloessmann2; Georg Pfeiler2; Christopher
Gerner1; 1University of Vienna, Vienna, Austria; 2Medical
University of Vienna, Vienna, Austria
ThP 471 

Simone Nicolardi; Berit Velstra; Bart J. Mertens; Bert A.
Bonsing; Rob A.E.M. Tollenaar; André M. Deelder; Wilma E.
Mesker; Yuri E.M. van der Burgt; Leiden University Medical
Center (LUMC), Leiden, Netherlands
ThP 472 Development of Analytical Methods for the
Measurement of Thyroglobulin by Mass Spectrometry
 Brittany Catron; W. Clay Davis; Stephen
Long; NIST, Charleston, SC
ThP 473 Development and Application of Highly Sensitive SIM
and SRM-based Phosphopeptide Immunoassays Using
 Kimberly A. Lee;
Joan MacNeill; Jing Zhou; Jian Yu; Matthew P. Stokes;
Jeffrey C. Silva; Ailan Guo; Michael J. Comb; Cell Signaling
Technology, Inc., Danvers, MA
GENERAL INFORMATION
PAGE 172 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 474 
ARDS: Early Differences Between Survivors And Non-
 Maneesh Bhargava; Trisha Becker; LeeAnn
Higgins; Pratik Jagtap; Sanjoy Dey; Michael Steinbach;
Baolin Wu; Vipin Kumar; Peter Bitterman; David Ingbar;
Wendt Chris; University of Minnesota, Minneapolis, MN
ThP 475 Proteomic Approach for the Diagnosis of Nephropathic
 Sunhee Jung1; Thierry
Vilboux2; William Gahl2; Si Houn Hahn1, 3; 1Seattle
Children’s, Seattle, WA; 2NIH, Bethesda, MD; 3University of
Washington, Seattle, WA
ThP 476 Integrating Biomarker Discovery and Evaluation Using

 Elodie Duriez2; Magali Court1; Cedric
Mesmin2; Claire Adam1; Mourad Mellal1; Madalen Le
Gorrec1; Yves Allory3; Nuria Mallats4; Antonia Vlahou5;
François Radvanyi6; Markus Fisher7; Bruno Domon2;
Jérôme Garin1; Christophe Masselon1; 1CEA Grenoble,
Grenoble, France; 2CRP Santé, Luxembourg, Luxembourg;
3Hôpital Mondor, Créteil, France; 4CNIO, Madrid, SPAIN;
5BRFAA, Athens, Greece; 6Institut Curie, Paris, France;
7Entelechon GmbH, Regensburg, Germany
Proteins: Membrane, 477 – 485
ThP 477 

Using Liquid Chromatography Coupled Targeted
 Meiyao Wang1, 2; Hua-jun He1;
Gun-Young Heo3; Irina A. Pikuleva3; Lili Wang1; Illarion V.
Turko1, 2; 1National Institute of Standards and Technology,
Gaithersburg, MD; 2Institute for Bioscience and Biotech
Research, UMD, Rockville, MD; 3Case Western Reserve
University, Cleveland, OH
ThP 478 Cystic Fibrosis Transmembrane Conductance
Regulator Localization Studied via Targeted
Quantitative Mass Spectrometry and Isotope Labeling
 Adam McShane; Bekim Bajrami; Xudong Yao;
University of Connecticut, Storrs, CT
ThP 479 Application of Stable Isotope Dilution Approach for
 Vahid
Farrokhi; Bekim Bajrami; Adam McShane; Franz Rueckert;
Reza Nemati; Barrett Wells; Xudong Yao; University of
Connecticut, Storrs, CT
ThP 480 Tuning Protease Digest Conditions for Analysis
 Lie Min1, 2; Kelvin H. Lee1, 2;
1Delaware Biotechnology Institute, Newark, DE; 2University
of Delaware, Newark, DE
ThP 481 Comparison of Commercial Surfactants on Membrane

 Matthew Waas; Subarna Bhattacharya;
Sandra Chuppa; Xiaogang Wu; Kathleen R. Noon; Rebekah
L. Gundry; Medical College of Wisconsin, Milwaukee, WI
ThP 482 Examining Ligand Induced Conformational Changes


 Kenneth Lloyd; Stephanie Maniatis; John D.
Leszyk; Anthony Carruthers; Scott A. Shaffer; University of
Massachusetts Medical School, Worcester, MA
ThP 483 Analysis of Cell Surface Membrane Proteins in a
 Eric Stephens; Yinsheng
Wang; University of California, Riverside, CA
ThP 484  Krzysztof
Okrasa; James Errey; Robert Cheng; Kaspar Hollenstein;
Harini Krishnamurthy; Oliver Schlenker; Rob Cooke; Fiona
Marshall; Heptares Therapeutics Ltd., Welwyn Garden City,
UK
ThP 485 Top-down Proteomics and High-resolution Mass
Spectrometry of Mouse Mitochondrial Membrane
 Upendra K. Kar; Alexander Yoon; Chris
Ryan; Kym F. Faull; Julian Whitelegge; Pasarow Mass
Spectrometry Laboratory, UCLA, Los Angeles, CA


ThP 486 The Characterization of Bacterial Metabolites by
Atmospheric Solids Analysis Probe- Ion Mobility-Mass
Spectrometry (ASAP-IM Nichole
M. Lareau1; Cody R. Goodwin1; Jody C. May1; Ruwan
Kurulugama2; Ed Darland2; Brian O. Bachmann1; John A.
McLean1; 1Vanderbilt University, Nashville, TN; 2Agilent
Technologies Inc., Santa Clara, CA
ThP 487 
for Mixed Proteomes - Application to Studies of Human
 Will
Thompson; Laura Dubois; Arthur Moseley; Duke University
School of Medicine, Durham, NC
ThP 488 

 Ping Xu; State Key Laboratory of
Proteomics, Changping District, China
ThP 489 Development of Software for Detecting and Identifying

 Takae
Takeuchi 1; Shoko Ichii1; Yoshitaka Nakamura2; Toshiki
Sugai3; Masato Kiuchi4; Tomohiro Akashi5; 1Nara Women’s
University, Nara, Japan; 2DYNACOM Co.,Ltd., Chiba,
Japan; 3Toho University, Funabashi, Japan; 4AIST, Ikeda,
Japan; 5Nagoya University, Nagoya, Japan
ThP 490 Use of an Automated Software Tool for the Evaluation
 Gary Kruppa1;
Katrin Sparbier2; Chistoph Lange2; Markus Kostrzewa2;
Jette Jung3; Soeren Schubert3; 1Bruker Daltonics Inc.,
Billerica, MA; 2Bruker Daltonik GmbH, Bremen, Germany;
3Max-von-Pettenkofer Institute, Munich, Germany
ThP 491 A Chemical Fingerprint Database of Marine Bacteria
 Liang Lu; Ji-Jie Wang;
Ying Xu; Henry Lam; Pei-Yuan Qian; Hong Kong Univerisity
of Science and Technology, Hong Kong, China
ThP 492 Comparasion of Different Methods of MALDI-TOF for
Saccharomyces
cerevisae
Mariana Silva; Thaís Regiani; Carlos Labate; Max Feffer
Laboratory of Plant Genetics ESALQ/USP, Piracicaba,
Brazil
ThP 493 
MS Based on Ribosomal Protein Coding in S10-spc-
alpha Hiroto Tamura1; Naomi
Yamamoto1; Yudai Hotta1, 2; Hiroaki Sato3; Keisuke Shima4;
Shinji Funatsu4; Yuzo Yamazaki4; Helen Montgomery5;
Akifumi Hosoda1, 6; Noriyuki Ojima4; 1Meijo University,
Nagoya, Japan; 2Kumiai Chemical Industry, Tokyo, Japan;
3AIST, Tsukuba, Japan; 4Shimadzu Corporation, Kyoto,
Japan; 5Shimadzu UK, Manchester, UK; 6”The Knowledge
Hub” of AICHI, Nagoya, Japan
ThP 494 

 Eric J Lanni; Jonathan V. Sweedler;
University of Illinois at Urbana-Champaign, Urbana, IL
ThP 495 
 Da
Ren; Gang Xiao; Jason Richardson; Zhongqi Zhang; Pavel
Bondarenko; Amgen Inc., Thousand Oaks, CA
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 173
THURSDAY POSTERS
ThP 496 Differentiationof Borrelia Species with MALDI-MS Using
 Franco Basile1; Gwendoline
Toh-Boyo1; Shaun Wulff1; Claudia Molins2; 1University of
Wyoming, Laramie, WY; 2Centers for Disease Control and
Prevention, Fort Collins, CO
ThP 497 A Multiplexed MassCode PCR Assay for the Detection

 William A. Harris1; Mark
D. Burton1; Danielle N. Dickinson1; Johnny K. Ho1; Yvette
R. Hudson1; Kristin M. Taylor1; Anna Kidney2; Michael
J. Perry2; Christina T. Egan2; Rafal Tokarz3; Thomas
Briese3; Peter Shefeld4; Carsten Carstens4; Douglas B.
Henderson1; 1Northrop Grumman, Linthicum, MD; 2NYS
DOH - Wadsworth, Albany, NY; 3Columbia University, New
York, NY; 4Agilent Technologies, La Jolla, CA
ThP 498 

Dobryan Tracz; Staurt McCorrister; Patrick Chong; David
Lee; Cindi Corbett; Garrett R Westmacott; Public Health
Agency Canada, Winnipeg, Canada
ThP 499 Analysis of Bacteria by Performing in situ Pyrolysis on
a DART ID CubeTM Yvette R. Hudson;
Johnny K. Ho; Danielle N. Dickinson; William A. Harris;
Douglas B. Henderson; Northrop Grumman, Linthicum, MD
ThP 500 Optimizing Soil Metaproteomic Methods to Capture in
situ Eun-Hae Kim1;
Ben Woodcroft2; Robert Jones1; Manesh Shah4; Gene
Tyson2; Nathan VerBerkmoes3; Virginia Rich1; 1University of
Arizona, Tucson, AZ; 2University of Queensland, Brisbane,
Australia; 3New England BioLabs, Ipswich, MA; 4Oak Ridge
National Laboratory, Oak Ridge, TN
ThP 501 Advanced Deep Metaproteomics Methods Provide
Unique Insights into the Diversity of the Human
 Lang
Ho Lee1, 2; Kristen Corrier1, 2; Brian Dill6; Manesh Shah2;
Robert Hettich2; Janet Jansson3; Marcelo Sztein4; Nathan
VerBerkmoes5; 1University of Tennessee, Knoxville,
Knoxville, TN; 2Oak Ridge National Laboratory, Oak Ridge,
TN; 3Lawrence Berkeley National Laboratory, Berkeley,
CA; 4University of Maryland School of Medicine, Baltimore,
MD; 5New England Biolabs Inc., Ipswich, MA; 6University of
Dundee, Scotland, UK
ThP 502 Characterizing Microbiome Stability and Metabolic
Activities in Post-Surgery Crohn’s Diseased Human
 Robert
Hettich1; Alison Erickson1; Weili Xiong1; Brandi Cantarel2;
Claire Fraser-Liggett2; Chongle Pan1; 1Oak Ridge National
Laboratory, Oak Ridge, TN; 2University of Maryland,
Baltimore, MD
ThP 503 MALDI MS Investigation of Mass Fingerprints
 Philippa
Hart1; Emmanuel Wey2; Omar Belgacem1; 1Shimadzu,
Manchester, UK; 2Royal Free Hospital NHS Foundation
Trust, London, UK
ThP 504 
Lu Yu; Laura Deakin; Trevor Lawley; Gordon Dougan; Jyoti
Choudhary; Wellcome Trust Sanger Institute, Hinxton, UK
ThP 505 Disease Phenotype of Juvenile and Adult CFTR-
 T. Idil Evans; Yulong Zhang; Weihong
Zhou; Hongshu Sui; John Engelhardt; R. Marshall Pope;
University of Iowa, Iowa City, IA
ThP 506 Discriminating Pathogenic and Non-Pathogenic
Francisella Strains with Three Proteogenomic
 Emie Durighello; Alain Lorphelin; Marie-Anne
Roncato; Eric Ezan; Laurent Bellanger; Jean Armengaud;
CEA, Bagnols Sur Ceze, France
ThP 507 Quantitative Proteomic and Surface Proteomic
Investigation of the Staphylococcus aureus Response
 Nestor Solis1; Benjamin Parker1;
Stephen Kwong1; Neville Firth1; Mark Graham2; Stuart
Cordwell1; 1The University of Sydney, Sydney, Australia;
2Children’s Medical Research Institute, Sydney, Australia
ThP 508 Protein Analysis of Host Components within Protease-
 Jie Zheng1; Debbie
Huiling Ko1; Myint Zu Myaing1; Boon-Huan Tan2; Richard
Sugrue1; Kai Tang1; 1Nanyang Technological University,
Singapore; 2DSO national Laboratories, Singapore
ThP 509 Autoacetylation Sites in the Pseudomonas syringae
Type III Secreted Effector Protein, HopZ1a, Deduced by
Liquid Chromatography-Tandem Mass Spectrometry
 Jacquelyn R Jhingree1; Amy H Lee1, 2; Darrell
Desveaux1, 2; David S Guttman1, 2; 1CAGEF, University of
Toronto, Toronto, Canada; 2Dept. of Cell and Systems
Biology, University of Toronto, Toronto, Canada
ThP 510 Comprehensive Top-down Proteomic Analysis of the
Pathogenic Bacterium Pseudomonas aeruginosa
Ioanna Ntai; John Tran; Archer Smith; Ryan Fellers; Bryan
Early; Paul Thomas; Neil Kelleher; Northwestern University,
Evanston, IL
ThP 511 Targeted Analysis of Salmonella effector Proteins Using
 Joost Gouw; Nat Brown;
Leonard Foster; University of British Columbia, Vancouver,
Canada
ThP 512 Characterization of Flagellar Hook Protein from
 Justin
M. Hettick1; KellyAnn Miller2; Milinda James2; Nyles W.
Charon2; Michael R. Miller2; 1NIOSH, Morgantown, WV;
2West Virginia University, Morgantown, WV
ThP 513  Jackson
Champer; Diana Diaz-Arevalo; Mayyen Wong; Miriam
Champer; Jason Yu; Molly Shannahoff; Karina Vega; James
Ito; Markus Kalkum; City of Hope, Duarte, CA
ThP 514 Syntrophus aciditrophicus Triosephosphate Isomerase:

 Hong Hanh Nguyen; Yanan
Yang; Robert Gunsalus; Joseph Loo; Rachel Ogorzalek
Loo; UCLA, Los Angeles, CA
ThP 515 iTRAQ Analysis of Campylobacter jejuni Prophage
Effects on Protein Expression Associated with
 Stuart
McCorrister; Patrick Chong; Garrett Westmacott; Clifford
Clark; Public Health Agency of Canada, Winnipeg, Canada
ThP 516 
 Denis
Andrzejewski1; John H. Callahan1; Timothy Croley1; Peter E.
Leopold2; Melinda A. McFarland 1; 1FDA-CFSAN, College
Park, MD; 2BioAnalyte, Inc., Portland, ME
ThP 517 

 Clifton K.
Fagerquist; William J. Zaragoza; Omar Sultan; Nathan Woo;
Beatriz Quinones; Michelle Swimley; Michael B. Cooley;
Robert E. Mandrell; USDA, Albany, CA
ThP 518 Metabolomic Analysis of Marine Microalgae Using
High Resolution Mass Spectrometry for Taxonomic
 Philipp
Hess1, 2; Florence Mondeguer1; Thomas Glauner3; Bernhard
Wuest3; Manoella Sibat1; Zita Zendong1, 4; Christine
Herrenknecht4; Veronique Sechet1; 1Ifremer, Nantes, France;
2IUML, Institut Universitaire Mer et Littoral, CNRS, Nantes,
France; 3Agilent Technologies, Waldbronn, Germany;
4LUNAM, Université de Nantes, MMS EA2160, Nantes,
France
GENERAL INFORMATION
PAGE 174 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 519 Discovery and Quantitation of the Marine Microbial
 Mak Saito1;
Matthew McIlvin
1
; Dawn Moran
1
; Tyler Goepfert
1
; Vlad
Zabrouskov
2
; Justin Blethrow
2
;
1
Woods Hole Oceanographic
Institution, Woods Hole, MA;
2
Thermo Scientic, San Jose, CA
Homeland Security, 520 – 527
ThP 520 Development of a Fieldable DART-based High
Performance Ruggedized Ambient Ionization Mass
 Danielle N. Dickinson1;
William A. Harris1; Hoon Ra1; Johnny K. Ho1; Yvette R.
Hudson1; Douglas B. Henderson1; Karl A. Hanold2; Robert
Tysl Jr. 2; Paul Chaney2; Brian D. Musselman3; Joseph Tice3;
1Northrop Grumman, Linthicum, MD; 2Syagen, Santa Ana,
CA; 3Ionsense, Saugus, MA
ThP 521 A Proton-Transfer-Reaction Mass Spectrometry (PTR-

 Alfons Jordan1;
Lukas Märk1; Thomas Kassebacher1, 2; Jens Herbig3;
Philipp Sulzer1; Simone Jürschik1; Matteo Lanza1; Chris A.
Mayhew4; Tilmann D. Märk1, 2; 1IONICON Analytik GmbH.,
Innsbruck, Austria; 2University of Innsbruck, Innsbruck,
Austria; 3IONIMED Analytik, Innsbruck, Austria; 4University
of Birmingham, Birmingham, UK
ThP 522 Quantitative Detection of Botulinum Neurotoxins by
 Dongxia Wang; Jakub
Baudys; Joan Krilich; Suzanne R. Kalb; John R. Barr;
Centers of Disease Control and Prevention (CDC), Atlanta,
GA
ThP 523 Atmospheric Pressure Chemical Ionization and
Secondary Electrospray Ionization for Sensitive
Detection of Explosives on the Field-Deployable
 Victor Laiko; Berk Oktem; Thomas
Soul; Vladimir Doroshenko; MassTech, Inc., Columbia, MD
ThP 524 Auto-sampling Explosives Trace Detection Baggage
 Yuichiro Hashimoto;
Hisashi Nagano; Yasuaki Takada; Yasutaka Suzuki;
Hideo Kashima; Masakazu Sugaya; Yasunori Doi; Koichi
Terada; Minoru Sakairi; Hitachi, Ltd, Central Research Lab,
Kokubunji, Tokyo, Japan
ThP 525 
Adducted Butyrylcholinesterase in Human Sera
by Immunomagnetic Separation and HPLC-MS/
 Melissa Carter1; Brian Crow1; Brooke
Pantazides2; Caroline Watson2; Thomas Blake1; Rudolph
Johnson1; 1CDC, Atlanta, GA; 2ORISE, Atlanta, GA
ThP 526 Proteomics for Botulism Outbreak Investigations: a
Powerful Tool to Track Sources of Intoxication and
 John R. Barr;
Suzanne Kalb; Jakub Baudys; Jon Rees; Dongxia Wang;
CDC, Atlanta, GA
ThP 527 Advances in Security Checkpoint Screening for

Garth Patterson; Phil Tackett; Brent Rardin; Mitch Wells;
Dennis Barket; FLIR Mass Spectrometry, West Lafayette, IN
Food Safety - Pesticides, 528 – 558
ThP 528 Determination of 200 Residual Pesticides in Food
by Ultra High Performance Liquid Chromatography/
 Hongyuan Hao1;
YiKun Deng2; Jinting Yao1; Hengtao Dong1; Hui Gao1;
Yueqi Li1; Taohong Huang1; Shin-ichi kawano1; Yuki Hashi1;
1Shimadzu (China) Co.,Ltd., Shanghai, China; 2Shimadzu
(Guangzhou) Analysis & Technology Service, Guangzhou,
China
ThP 529 
Samples Using UHPLC-MS/MS with the Enhanced
Scheduled MRM Functionality and MS/MS Library
 Andre Schreiber1; Paul Yang2; David Cox1;
Yun Yun Zou1; Jon Wong3; 1AB SCIEX, Concord, Canada;
2Ministry of Environment, Toronto, Canada; 3U.S. Food and
Drug Administration, College Park, MD
ThP 530 
 Jie
Xing1; Zhi Wei Ting1; Yin Ling Chew*2; Zhaoqi Zhan1;
1Shimadzu (Asia Pacic) Pte Ltd, Singapore; 2Department
of Chemistry, Faculty of Science, National University of
Singapore, Singapore
ThP 531 Rapid Analysis of Pesticides in Commercial Fruit
Juices and Fruit Wine by Liquid Chromatograph/High
 Kai-Chih Yang;
Bo-Shen Wu; Yu-Huai Chang; Min-Wei Cheng; Ying-Ru
Shen; Su-Hsiang Tseng; Ya-Min Kao; Lih-Ching Chiueh;
Yang-Chih Shih; Taiwan Foods And Drugs Administration,
Department, Taipei City, Taiwan
ThP 532 
Pesticide Residues in Food Using UPLC-QToF MS and
 Sara Stead1;
Dominic Roberts
1
; Michael McCullagh
1
; Ramesh Rao
1
; Monica
Lopez Garcia
2
; Richard Fussell
2
;
1
Waters corp, Manchester,
UK;
2
Food and Environment Research Agency, York, UK
ThP 533 
MS for the Screening of Pesticide Residues in Food
 Michael McCullagh1; Severine Goscinny2; David
Douce1; Dominic Roberts1; Sara Stead1; Ramesh Rao1;
Kenneth Rosnack3; 1Waters Corporation, Manchester, UK;
2WIV-ISP, Brussels, BE; 3Waters Corp, Milford, MA
ThP 534 The Use of Micro Flow UHPLC to Reduce Solvent Usage
in the Pesticide Screening of Food Samples by LC-MS/
 Stephen J. Lock; ABSCIEX, Warrington, UK
ThP 535 High-Throughput Determination of Carbendazim in
Orange Juice Using Strong Cation Exchange SPE and
 Serge Auger1; Gregory Blachon1; Vincent
Bédard2; Veronique Marceau2; David Dube2; Pierre Picard1;
1Phytronix Technologies, Quebec, Canada; 2Silicycle,
Quebec, Canada
ThP 536 Targeted/Non Targeted Screening of Pesticides in

 Sharanya
Reddy; Sergey Rakov; Blas Cerda; George Perkins;
PerkinElmer, Shelton, CT
ThP 537 
 Jin Kyoung Kim1; Sein Song1;
Soon-Kil Cho1; Yangmo Jeong1; Jong-Hyouk Park2; Jae-Han
Shim2; 1National Agricultural Products Quality Management,
Gwangju, Republic of Korea; 2Chonnam National University,
Gwangju, Republic of Korea
ThP 538 Rapid and Simple Approaches to Multi-residue

 Helen (Qingyu) Sun; Zicheng
Yang; Kefei Wang; Bruker Corporation, Fremont, CA
ThP 539 Analysis of Multiple Pesticide Residues in Salad Using
 Ankush Bhone1;
Durvesh Sawant1; Dheeraj Handique1; Prashant Hase1;
Sanket Chiplunkar1; Ajit Datar1; Jitendra Kelkar1; Pratap
Rasam1; Akshata Salve2; 1Shimadzu Analytical (India)
Pvt. Ltd., Andheri (E), Mumbai, Maharashtra, India; 2G. N.
Khalsa College, Matunga, Mumbai, Maharashtra, India
ThP 540 Micro Flow UHPLC-MS/MS in Pesticide Analysis of
 David Baker1; Neil Loftus1; Simon Hird2;
1Shimadzu, Manchester, UK; 2The Food and Environment
Research Agency, York, UK
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 175
THURSDAY POSTERS
ThP 541 

 Thomas
Glauner1; Guenther Kempe2; Matthieu Rault3; Vadim
Kalmeyer 3; Yoshimasa Tsunoi Yoshimasa Tsunoi3; Marc
Tischler3; 1Agilent TechnologiesGmbH, Waldbronn,
Germany; 2Lua Saxony, Chemnitz, Germany; 3Agilent
Technologies Inc., Santa Clara, CA
ThP 542 Analysis of Multiresidue Pesticides Present in
Ayurvedic Medicines Like Churna Using Triple

 Dr.Manoj Surwade; Aarti Karkhanis; Manish
kumar Deshmukh; Thermosher Scientic India, Powai,
Mumbai, India
ThP 543 Applying High Speed Data Acquisition MS/MS to the
Analysis of Pesticides Residues in Complex Spice
 Alan Barnes1; David Baker1; Neil Loftus1; Simon
Hird2; 1Shimadzu MS/BU (Overseas), Manchester, UK; 2The
Food and Environment Agency, York, UK
ThP 544 
 Juan Carmona1;
Marcus Miller2; David Steiniger1; Jason Cole1; Mary
Blackburn2; Dipankar Ghosh2; Paul Silcock1; Jennifer
Massi
2
;
Charles Yang
2
;
1
Thermo Fisher Scientic Austin, Ausitn, TX;
2
Thermo Fisher Scientic San Jose, San Jose, CA
ThP 545 
 David Steiniger; Juan Carmona;
Paul Silcock; Sergio Guazzotti; Thermo Fisher Scientic,
Austin, TX
ThP 546 
 Bruce Peebles; Robert Trengove;
Murdoch University, Murdoch, Australia
ThP 547 Evaluation of Matrix Effects for Dilute-and-Shoot LC-
MS/MS Analysis of Carbendazim in Orange Juices and
 Helen (Qingyu) Sun; Zicheng Yang; Kefei Wang;
Bruker Corporation, Fremont, CA
ThP 548 
Quadrupole Mass Spectrometer Enabled Improved
Multi-Residue Pesticide Analysis in Fruit and
 Fandino Anabel1; Thomas Glauner2; Bernhard
Wüst1; 1Agilent Technologies, Inc, Santa Clara, CA; 2Agilent
Technologies R&D and Marketing GmbH & Co., Waldbronn,
Germany
ThP 549 
Indian Red Chilli at Sub ppb Concentrations Using
 Arvind Thyagarajan;
Saravanan Subramaniyan; Raman Palvannanathan; Mohan
Kasi; Venkat Manohar; IICMS, Chennai, India
ThP 550 Quantitative Analysis of Trace Level Pesticides in
 Sun Qian; Fan Jun; Gao
Peng; Huang Taohong; Hashi Yuki; Shimadzu Global COE,
Shimadzu (China) Co., Ltd., Shanghai, China
ThP 551 Fast Quantitation of Carbendazim and Qualitative
Analysis of Pesticides in Orange Juice Using LC/
 Avinash Dalmia; Courtney Phillips; George Perkins;
Perkinelmer, Shelton, CT
ThP 552 Rapid Simultaneous Screening of Multiple Pesticide
 Joerg Riener; Agilent
Technologies, Waldbronn, Germany
ThP 553 Development of a Sensitive CE-MS/MS Method for the
Quantitation of Polar Pesticides and Their Metabolites
 Hans Brunnert; Thomas Glauner; Martin
Greiner; Agilent TechnologiesGmbH, Waldbronn, Germany
ThP 554 Qualitative Screening for Pesticides in Fruit and

 Thomas Glauner1; Bernhard
Wuest1; Joachim Thiemann1; Guenther Kempe2; 1Agilent
TechnologiesGmbH, Waldbronn, Germany; 2LUA Saxony,
Chemnitz, Germany
ThP 555 Evaluation of the Data Processing and Multiresidue
Determination of Pesticide Residues in Fruits by
 Renato Zanella1; Juliana S. Munaretto1;
Mariela de S. Viera1; Celso Blatt2; Daniela Daniel2; Manoel
L. Martins1; Martha B. Adaime1; 1Federal University of
Santa Maria, LARP, Santa Maria - RS, Brazil; 2Agilent
Technologies, Inc., Barueri - SP, Brazil
ThP 556 Direct Analysis of Pesticides from Food Commodities
 Sheng-Suan
(Victor) Cai; Andrey Vilkov; Jack Syage; Morpho Detection,
Inc., Santa Ana, CA
ThP 557 
Tim Croley1; Igor Teslya2; Graham A. McGibbon2; Ann M.
Knolhoff1; Scott McDonald2; John Callahan1; Richard Lee2;
1FDA/CFSAN, College Park, MD; 2Advanced Chemistry
Development, Toronto, Canada
ThP 558 Multiresidue Pesticide Analysis in Crude Food Extracts
 Yuka Fujito1; Shigeaki
Shibamoto2; Kiyomi Arakawa2; Ichiro Hirano2; Yoshihiro
Hayakawa2; 1Shimadzu Analytical & Measuring Center Inc.,
Kyoto, Japan; 2Shimadzu Corporation, Kyoto, Japan

ThP 559 Accurate Mass Search of Candidate Individual Lipid
Species from High-Resolution Mass Spectra for
 Baichen Zhang1; Miao Wang1;
Yingying Huang2; Xianlin Han1; 1Sanford-Burnham Medical
Research Institute, Orlando, FL; 2ThermoFisher Scientic,
San Jose, CA
ThP 560 In-vivo
Mass Spectrometry - Comparison of Different
 Julia Balog1;
Laszlo Molnar
1
; Kirill Vesekov
2
; Zoltan Takats
2
;
1
Medimass ltd,
Budapest, Hungary;
2
Imperial College London, London, UK
ThP 561 

Susan S. Bird1, 2; Katherine E. Gregory1, 3; Vera S. Gross4;
Vasant R. Marur1; Alexander V. Lazarev4; W. Allen Walker2, 5;
Bruce S. Kristal1, 2; 1Brigham and Women’s Hospital, Boston,
MA; 2Harvard Medical School, Boston, MA; 3Boston College,
Boston, MA; 4Pressure BioSciences, South Easton, MA;
5Massachusetts General Hospital, Boston, MA
ThP 562 Hyphenating Size-Exclusion Chromatography with


Albert Koulman; Michael Osei; Jules Grifn; Medical
Research Council, Cambridge, UK
ThP 563 
 Yoshihiro Kita1;
Suzumi Tokuoka1; Masaki Yamada1, 2; Takao Shimizu1; 1The
University of Tokyo, Tokyo, Japan; 2Shimadzu Corporation,
Kyoto, Japan
ThP 564 
of Colorectal Adenocarcinoma Cell Lines and Their
 Cassie Fhaner1; Hong Ji2; Richard
Simpson2; Gavin Reid1; 1Michigan State University, East
Lansing, MI; 2La Trobe University, Victoria, Australia
ThP 565 Effects of Long- and Short-term Caloric Restriction on
Serum Triglycerides Revealed by Lipidomics Analysis
 Bruce S. Kristal1, 2;
Van S. Hubbard3; Pamela E. Starke-Reed3; Susan S. Bird1, 2;
Vasant R. Marur1, 2; Matthew J. Sniatynski1, 2; 1Brigham and
Women’s Hospital, Boston, MA; 2Harvard Medical School,
Boston, MA; 3Division of Nutrition Research Coordination,
NIH, Bethesda, MD
GENERAL INFORMATION
PAGE 176 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 566 High-throughput Lipidomic Analysis of Arachidonic
Acid Metabolites in Biological Fluids by Liquid
 Natalia Belikova;
Yasuhiro Yamashita; Jenny Lin; JCL Bioassay USA, Inc.,
Hoffman Estates, IL
ThP 567 Large-scale Screening of African Infant Plasma
Lipidomic Phenotypes: Application of UPLC-MS in
 María
Gómez-Romero; Nikita Gandhi; Manuja R. Kaluarachchi;
Caroline J. Sands; Hannah J. Lees; Elaine Holmes; Jeremy
K. Nicholson; Anisha D. Wijeyesekera; Imperial College
London, London, UK
ThP 568 
Acid in Neural Stem Cells Using Stable Isotope Labeled

Karl R Kevala1; Mohammed Rashid1; Mark Sanders2; Hee-
Yong Kim1; 1National Institutes of Health, Bethesda, MD;
2Thermo Fisher Scientic, Somerset, NJ
ThP 569 Effect of the Expression of the ACSL4 Enzyme on Lipid
Metabolism in Cell Line Models of Human prostate and
 Farid Jahouh2; Xinyu Wu2; Peng Lee2;
Marie E. Monaco2; Rong Wang1; 1Mount Sinai School of
Medicine, New York, NY; 2New York University School of
Medicine, New York, NY
ThP 570 Hopanoid Containing and Intact Polar Components
of the Lipidome of Rhodopseudomonas palustris
TIE-1 Investigated Using UPLC-TOF-MSE Nathan
Dalleska1; Cajetan Neubauer1; Dianne Newman1, 2;
1Caltech, Pasadena, CA; 2Howard Hughes Medical Institute,
Pasadena, CA
ThP 571 Determination of Ubiquinone and Related Metabolites
 Claudio Medana;
Federica Dal Bello; Chiara Martano; Vera Mugoni; Massimo
Santoro; Claudio Baiocchi; University of Turin, Torino, Italy
ThP 572 Lipidomic Analysis by UPLC-ESI-HRMS: Application to
Lipid Homeostasis Perturbation Induced by Inhibition
 Nicolas
Auzeil; Université Paris Descartes C-TAC (EA4463), Paris,
France
ThP 573 
 Giuseppe Astarita1; Angela Doneanu1; Will
Thompson2; Steven Cohen1; Giorgis Isaac1; Jay Johnson1;
Arthur Moseley2; Jim Murphy1; James Langridge1; 1Waters
Corporation, Milford, MA; 2Duke University, Durham, NC
ThP 574 
Data Independent Strategy and Online Information
Dependent Analysis Based on High Resolution Mass
 Xiaolin Wang1; Xiaoling Gao1; Liang Zhu1;
Hongzhuan Chen1; Ting Liu2; Ping Du2; Yongming Xie2;
1Jiao Tong University School of Medicine, Shanghai, China;
2AB Sciex Company, Shanghai, China
ThP 575 Application of an Automated and Comprehensive
Shotgun Lipidomics Approach as an Environmental
 John Bowden1; Jackie Bangma2;
Bruce Blumberg3; Margie Peden-Adams2; Michele Schantz4;
John Kucklick1; 1NIST-Charleston, Charleston, SC; 2Medical
University of South Carolina, Charleston, SC; 3University of
California, Irvine, CA; 4NIST, Gaithersburg, MD
ThP 576 Development of an in situ Derivatization and Analysis
Strategy for Comprehensive Lipidome Analysis without
 Kristen Reese; Cassie
Fhaner; Todd Lydic; Julia Busik; Reid Gavin; Michigan State
University, East Lansing, MI
ThP 577 
the Activity of the Plasma Membrane Ca2+-ATPase
 Robert Wineeld1; Justin
Douglas2; Lei Jiang3; Misty Bechtel3; Elias Michaelis3; Mary
Lou Michaelis3; Todd D. Williams1; 1University of Kansas
Mass Spectrometry Laboratory, Lawrence, KS; 2University
of Kansas NMR Laboratory, Lawrence, KS; 3Dept. of
Pharm. &Tox., University of Kansas, Lawrence, KS
ThP 578 LC-MS Lipidomics Analysis of a Human Osteosarcoma
 Xiaoli
Gao; Lokendra K Sharma; Yidong Bai; Susan T. Weintraub;
University of Texas HSC at San Antonio, San Antonio, TX
ThP 579 Live Single-cell Mass Spectrometry for Direct Cellular
 Hajime Mizuno1; Naohiro
Tsuyama2; Toshiki Ueda2; Sachiko Date1; Takanori Harada2;
Tsutomu Masujima1, 2; 1Quantitative Biology Center
(QBiC), RIKEN, Osaka, Japan; 2Hiroshima Univ. BioMed.,
Hiroshima, Japan
ThP 580 Changes in the Endoplasmic Reticulum Lipodome
during Hepatitis C Infection Measured with Mass
 Russell Pickford1; Mosleh Abomughaid2;
Enoch Tay2; Mark Douglas2, 3; 1University of New South
Wales, Sydney, Australia; 2Storr Liver Unit, Westmead
Millennium Institute, University of Sydney at Westmead
Hospital, Australia; 3Centre for Infectious Diseases and
Microbiology, Sydney Emerging Infections and Biosecurity
Inst., Australia
ThP 581 2-based
Chromatography Coupled to Mass Spectrometry
for Comprehensive and Targeted Analysis of Lipids
 Vladimir Shulaev1; Carolina
Salazar1; Michael D. Jones2; Patrick J. Horn1; Janna
Crossley1; James Langridge3; Kent D. Chapman1; Giorgis
Isaac 2; 1University of North Texas, Denton, TX; 2Waters
Corporations, Milford, MA; 3Water Corporation, Manchester,
UK
ThP 582 

Particle CO2 Based Supercritical Chromatography
 Giorgis Isaac 2; Michael D. Jones2;
James Langridge3; John P. Shockcor1, 2; Julian L. Grifn1;
1Department of Biochemistry,University of Cambridge,
Cambridge, UK; 2Waters Corporations, Milford, MA; 3Waters
Corporation, Manchester, UK
ThP 583 
Based on Supercritical Fluid Chromatography/Orbitrap

Takayuki Yamada1; Takato Uchikata1; Shigeru Sakamoto2;
Yasuto Yokoi3; Shin Nishiumi4; Masaru Yoshida4; Eiichiro
Fukusaki1; Takeshi Bamba1; 1Dept. Biotech., Grad. Sch.
Eng., Osaka Univ., Suita, Japan; 2Thermo Fisher Scientic,
Yokohama, Japan; 3Mitsui Knowledge Industry, Tokyo,
Japan; 4Div. Gastro., Kobe Univ. Grad. Sch. Med., Kobe,
Japan
ThP 584 

 Crystal K. Cody;
Theodore Sana; Ruwan Kurulugama; William Barry; Alex
Mordehai; George Stafford; Agilent Technologies, Santa
Clara, CA
ThP 585 In situ Analysis of Cholesterol and
7-dehydrocholesterol in Cells via Sputtered Silver
 Libin Xu1, 2; Michal
Kliman1, 2; Jay Forsythe1, 2; Zeljka Korade1, 3; Ned Porter1,
2; John McLean1, 2; 1Vanderbilt University, Nashville, TN;
2Vanderbilt Institute of Chemical Biology, Nashville, TN;
3Vanderbilt Kennedy Center, Nashville, TN
ThP 586 Application of Differential Mobility Separations to

 Eva Duchoslav; J. Larry
Campbell; AB Sciex, Concord, Canada
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 177
ThP 587 
 Gabriel Gugiu;
Heehyoung Lee; Hua Yu; Richard Jove; City of Hope,
Duarte, CA
ThP 588 
and Liver Extracts from Rats Treated with Carbon
 Thomas Schmitt1; Jinchun Sun1; Laura
Schnackenberg1; Xi Yang1; James Greenhaw1; William
Salminen2; Donna Mendrick1; Richard Beger1; 1National
Center for Toxicological Research, Jefferson, Arkansas;
2PAREXEL International, Boston, MA
ThP 589 A Lipidomic Imaging Analysis of Mouse Brain Using
LAESI-MS in Positive and Negative Ion Modes Coupled
 Brent Reschke; Callee
Walsh; Pamela Williams; Trust Razunguzwa; Holly
Henderson; Matthew Powell; Protea Biosciences, Inc.,
Morgantown, WV
ThP 590 
Tumor Samples Using a Novel Software Algorithm on
 Sucharita Dutta1; David Peake2; Oliver
Semmes1; 1Leroy T. Canoles Cancer Center - EVMS,
Norfolk, VA; 2Thermo Fisher Scientic, San Jose, CA
ThP 591 

 David A. Peake1, 1; Yasuto
Yokoi2; Junhua Wang1; Yinying Huang1; 1Thermo Fisher
Scientic, San Jose, CA; 2Mitsui Knowledge Industry, Tokyo,
Japan

ThP 592 Investigating Routine Use of a New Nanospray Source
and New Triple Quadrupole Mass Spectrometer for

Min Meng2; Hongxia Wang1; Brad Bissette2; Scott
Reuschel2; Jonathan McNally1; Patrick Bennett1; 1Thermo
Fisher Scientic, San Jose, CA; 2Tandem Labs, Salt Lake
City, UT
ThP 593 

Jennifer Hitchcock; Jeffrey Enders; Ayodele Morris; Greg
McIntire; Ameritox, Ltd, Greensboro, NC
ThP 594 
for Quantitation of Desmosine and Isodesmosine
in Urine - Potential Lung Damage Biomarkers in
 Karolina M. Krasinska1; Carlos Milla2;
Allis S. Chien1; 1SUMS, Stanford University, Stanford, CA;
2Department of Pediatrics, Stanford University, Stanford, CA
ThP 595 Rapid and Selective Measurement of Testosterone in
Human Serum Using Laser Diode Thermal Desorption-
Differential Ion Mobility Spectrometry-Tandem Mass
 Michael J. Y. Jarvis1;
Evelyn McClure1; Pierre Picard2; Serge Auger2; Gregory
Blachon2; 1AB SCIEX, Concord, Canada; 2Phytronix
Technologies, Inc., Quebec City, Canada
ThP 596 Fast Determination of Free Bisphenol A and Triclosan in
 Eric Gaudreau 1; Pierre Dumas1;
Serge Auger2; Normand Fleury1; 1Institut National de
Santé Publique du Québec, Québec, Canada; 2Phytronix
Technologies Inc., Québec, Canada
ThP 597 Comparison of Extraction Techniques and Mass
Spectrometric Platforms for the Analysis of
 Aaron Ledvina; Tom
Addison; Fumin Li; Covance Laboratories Inc., Madison, WI
ThP 598 

 Jennifer Simeone; Stuart Chadwick;
Paul Rainville; Waters Corporation, Milford, MA
ThP 599 
via HILIC-ESI-MS/MS Analysis Employing a Uniformly
 Raffaele Guerrasio2;
Kristaps Klavins2; Stefan Neubauer1; Christina Haberhauer-
Troyer1; Gunda Köllensperger1; Stephan Hann1; 1BOKU
- Vienna, Vienna, Austria; 2Austrian Center for industrial
Biotechnology ACIB, Vienna, Austria
ThP 600 Nitrogen Enhanced Fluorotelomer Alcohol Positive

 David Schroeder; Dennis Wesolowski;
US Environmental Protection Agency, Chicago, IL
ThP 601 Human Exposure to Bisphenol-A and Triclosan:

 Gilles Provencher; René Bérubé;
Pierre Dumas; Patrick Bélanger; Normand Fleury; Centre de
Toxicologie, INSPQ, Québec, Canada
ThP 602 Comparison of Chromatography-Coupled Mass
Spectrometric Techniques for the Sensitive Detection of
Trans-4-hydroxy-2-nonenal, a Lipid Peroxidation End-
 Szabolcs Szarka; Balazs
Blazics; Rajenda Sharma; Yogesh Awasthi; Laszlo Prokai;
University of North Texas Health Science Center, Fort
Worth, TX
ThP 603 
 Murray J. Mcewan1; Vaughan Langford2; Ian
Graves3; 1University of Canterbury, Christchurch, New
Zealand; 2Syft Technologies Ltd, Christchurch, New
Zealand; 3Hill Laboratories, Hamilton, New Zealand
ThP 604 The High-throughput Quantitation of a Diverse Small
Molecule Screening Library via UPLC /Nitrogen

 Jerrod Scarborough; St Jude Children’s
Research Hospital, Memphis, TN
ThP 605 Quantitation of Drugs of Abuse in Bioanalysis
by CE-ESI-MS/MS Enhanced by On-Line Sample
 Isabelle Kohler1; Julie Schappler1;
Serge Rudaz1; Tim Schlabach2; Martin Greiner3; 1School
of Pharmaceutical Sciences, Univ. of Geneva, Geneva,
Switzerland; 2Agilent Technologies Inc., Santa Clara, CA;
3Agilent Technologies R&D and Mktg. GmbH, Waldbronn,
Germany
ThP 606 
Mass Scan Modes for in vitro Drug Discovery
 Jonathan McNally1; Nicholas Duczak, Jr. 1;
Maciej Bromirski2; Francois Espourtielle3; 1Thermo Fisher
Scientic, San Jose, CA; 2ThermoFisher Scientic, Bremen,
Germany; 3Thermo Fisher, Franklin, MA
ThP 607 A Novel High Resolution Approach for Investigating
 Richard Lelacheur1;
Allysen Meymaris1; Xin Zhang1; Keeley Murphy2; Patrick
Bennett2; Panos Hatsis3; 1Agilux Labs, Worcester, MA;
2ThermoFisher, San Jose, CA; 3Novartis Institutes for
Biomedical Research Inc., Cambridge, MA
ThP 608 
Using LC-HR/AM MS for Regulated Bioanalysis:
 Troy Voelker1;
Hongxia Wang2; Mitzi Irish1; Juan Wang1; Stephanie
Harrison1; Scott Reuschel1; Patrick Bennett2; Min Meng1;
1Tandem Labs, Salt Lake City, UT; 2Thermo Fisher Scientic,
San Jose, CA
ThP 609 Determination of Rosiglitazone and 5-Hydroxy
Rosiglitazone in Rat Plasma Using Liquid
Chromatography coupled to High Resolution Accurate
 Philip S. Wong; Jian Jiang;
Christopher James; Amgen, Thousand Oaks, CA
THURSDAY POSTERS
GENERAL INFORMATION
PAGE 178 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 610 Multiple Dissociation Techniques for Comprehensive

 Theresa Lynch1; Kate
Comstock2; 1Gilead Sciences, Inc., Foster City, CA;
2Thermosher Scientic, San Jose, CA
ThP 611 


Nikolay Youhnovski; Mathieu Lahaie; Louis-Philippe Morin;
Milton Furtado; Fabio Garofolo; Algorithme Pharma Inc.,
Laval, Quebec, Canada
ThP 612 
Lipemic Plasma Test during LC-MS/MS Bioanalytical

Laurence Mayrand-Provencher; Jean-Nicholas Mess; Milton
Furtado; Josée Michon; Annik Bergeron; Isabelle Dumont;
Mireille Nohra; Fabio Garofolo; Algorithme Pharma Inc.,
Laval, Quebec, Canada
ThP 613 Effective Approach to Reduce the major Impact
Source/Interface
Conversion in Regulated Bioanalysis: Raloxifene Case
 Eugénie-Raphaëlle Bérubé; Sylvain Latour; Milton
Furtado; Fabio Garofolo; Algorithme Pharma Inc., Laval,
Quebec, Canada
ThP 614 
to Solve Severe Issues Due to Isotopic Distribution in
 Richard Lavallée; Nicolaos Soilis;
Jean-Nicholas Mess; Fabio Garofolo; Algorithme Pharma
Inc., Laval, Quebec, Canada
ThP 615 Separation of Pravastatin from Its Two Isobaric
Metabolites Using Differential Ion Mobility to Increase
 Daniel
Villeneuve; Milton Furtado; Fabio Garofolo; Algorithme
Pharma Inc., Laval, Quebec, Canada
ThP 616 Importance of Performing Incurred Sample Stability

 Catherine Dicaire; Jean-Nicholas
Mess; Milton Furtado; Fabio Garofolo; Christopher Perkin;
Algorithme Pharma Inc., Laval, Quebec, Canada
ThP 617 Discovery of an Unknown/Unstable Trimebutine

Reproducibility/Accuracy of N-desmethyltrimebutine
 Catherine Dicaire1; Eugénie-Raphaëlle
Bérubé1; Maxime Ranger2; Patrick Colin2; Jean-Nicholas
Mess1; Milton Furtado1; Fabio Garofolo 1; 1Algorithme
Pharma Inc., Laval, Québec, Canada; 2gIcare pharma,
Montréal, Québec, Canada
ThP 618 How to Reduce LC-MS Chemical Noise and Increase
S/N by MRM3 Mathieu
Lahaie; Milton Furtado; Fabio Garofolo; Algorithme Pharma
Inc., Laval, Quebec, Canada
ThP 619 Using Polarity Switching to Allow a Single Assayfor

 Mélanie Bergeron1; Milton
Furtado1; Peter Van Amsterdam2; Fabio Garofolo 1;
1Algorithme Pharma Inc., Laval, Quebec, Canada; 2Abbott
Healthcare Products, Weesp, The Netherlands
Ambient Ionization: Fundamentals, 620 – 633
ThP 620 Super-Atmospheric Pressure Chemical Ionization Mass
 Lee Chuin Chen; Md. Matiur Rahman;
Kenzo Hiraoka; University of Yamanashi, Kofu, Japan
ThP 621 
Ionization Source, Direct Sample Analysis, Conditions
 Gregory T. Winter; Joshua
A. Wilhide; William R. LaCourse; UMBC Department of
Chemistry and Biochemistry, Baltimore, MD
ThP 622 Molecular Mass Determination Using Collision-Induced
Dissociation of Negative Atmospheric Ion Adducts
 Kanako
Sekimoto; Mitsuo Takayama; Yokohama City Univ.,
Yokohama, Japan
ThP 623 Kinetic Control of Protonation in Atmospheric Pressure
 Yunfeng Chai; Yuanjiang Pan;
Zhejiang University, Hangzhou, China
ThP 624 Modeling Temperature Changes in the Electrospray
 Stephen Gibson1; Charles Feigerle1; Kelsey
Cook1, 2; 1University of Tennessee, Knoxville, TN; 2National
Science Foundation, Arlington, VA
ThP 625 Effects of Ammonium Bicarbonate on the ESI Mass
 Jason Hedges; Siavash Vahidi; Xuan-
Feng Yue; Lars Konermann; UWO, London, Canada
ThP 626 Particle Size Selection in Atmospheric Pressure Matrix-
 Thabiso Musapelo; Sung-Gun
Park; Kermit K. Murray; Lousiana State University, Baton
Rouge, LA
ThP 627 Internal Standard Coated Capillary Dispenser for

Jiangjiang Liu; R. Graham Cooks; Zheng Ouyang; Purdue
University, West Lafayette, IN
ThP 628 Atmospheric Pressure Infrared MALDI Mass
Spectrometry from Liquids: Effects of Local Electric
 Eugene
Moskovets 1; Mikhail Yakshin2; Berk Oktem2; Vladimir
Doroshenko1; 1MassTech Inc, Columbia, MD; 2SESI,
Columbia, MD
ThP 629 The Study of Aqueous Solution Electrochemistry by
 Mei Lu; Yi Cai; Hao Chen; Ohio University,
Athens, OH
ThP 630 Leidenfrost Phenomenon-Assisted Thermal Desorption:
A New Desorption Technique for Ambient Mass
 Subhrakanti Saha; Mridul Kanti Mandal;
Kenzo Hiraoka; University of Yamanashi, Kofu, Japan
ThP 631 Determination of the Silylation of Molecules when

 Matthew Curtis; Patrick Henry
Batoon; Patrick Jones; O. David Sparkman; University of
the Pacic, Stockton, CA
ThP 632 Microwave Plasma Torch Mass Spectrometry for
 Wei Zhou; Eric Handberg;
Shuo Duan; Huanwen Chen; East China Institute of Tech.,
Nanchang, China
ThP 633 A Comparison of the Sensitivities of Ambient Mass
 Tara La
Roche Salter; Ian Gilmore; National Physical Laboratory,
Teddington, UK
Ionization Mechanisms, 634 – 651
ThP 634 Covalent Dimerization in Protonated Indole Analogues
 Richard T. Gallagher1; Richard
D. Bowen2; Stephen T. Ayrton2; William H.C. Martin2; Amie
Saidykhan2; 1AstraZeneca, Maccleseld, UK; 2Bradford
University, Bradford, UK
ThP 635 Comparison of APCI and APPI in the Ionization of
 Petri Kylli; Risto
Kostiainen; University of Helsinki, University Of Helsinki,
Finland
ThP 636 Hydrogen Radical Removal of 2,5-Dihydroxybenzoic
Acid and Its Isomers in Negative-Ion Mass
 Tohru Yamagaki; Takehiro Watanabe;
Kotaro Sugahara; Suntory Institute for Bioorg, Mishima,
Osaka, Japan
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 179
THURSDAY POSTERS
ThP 637 
Electrospray Ionization and Solvent Assisted Inlet
 Loubna Pagnotti; Vincent S. Pagnotti; Charles
N. McEwen; University of the Sciences, Philadelphia, PA
ThP 638 An Investigation of Neutral Clusters in Electrospray
 Kristopher Kirmess; Gary Kinsel;
Southern Illinois University at Carbondale, Carbondale,
Illinois
ThP 639 
Used For Atmospheric Pressure and Reduced Pressure
 Ross C. Willoughby1; James D. Buchner2;
1Chem-Space Associates, Inc., Pittsburgh, PA; 2BiOMICom,
Inc., Allison Park, PA
ThP 640 Proposed Mechanism for the Formation of [M-H]+ in
 Hanan
Awad1; Melissa Stoudemayer2; Jon Amster2; Anas El-
Aneed1; 1University of Saskatchewan, Saskatoon, Canada;
2University of Georgia, Athens, GA
ThP 641 Production of Multiply Charged Ions from the Solid
State by Matrix Assisted Ionization Vacuum: Does pH
Matter? Corinne Lutomski; Beixi Wang; Ellen Inutan; Sarah
Trimpin; Wayne State University, Detroit, MI
ThP 642 Fundamental Studies on Matrix Assisted Ionization
Vacuum
 Tarick El-Baba; Lorelie Imperial; Ellen Inutan;
Sarah Trimpin; Wayne State University, Detroit, MI
ThP 643 Atmospheric Pressure Photoionization Mass
Spectrometry of Carotinoids Using Methyl-tert-butyl
 Linlin Dong; Shunyan Mo; Yongchao
Li; Richard van Breemen; University of Illinois College of
Pharmacy, Chicago, IL
ThP 644 Laser Desorption/Ionization and Post-Source Decay of
Peptide Ions from the Flat Surfaces of Thin Films on
 Sang Yun Han1; Shin Hye Kim1; Dae Won Moon2;
Jeongkwon Kim3; 1KRISS, Daejeon, South Korea; 2DGIST,
Daegu, South Korea; 3Chungnam National University,
Daejeon, South Korea
ThP 645 

 Yury V. Vasil’ev1; Benjamin J.
Bythell2; Douglas F. Barofsky1; 1Oregon State University,
Corvallis, OR; 2N-l High Magnetic Field, Florida State
University, Tallahassee, FL
ThP 646 A Study about MALDI Mechanism in the Observation
 Szu-Hsueh Lai1, 2;
Kuang-Hua Chang1; Jung-Lee Lin1; Chia-Lin Wu1; Chung-
Hsuan(Winston) Chen1, 2; 1Genomics Research Center,
Academia Sinica, Taipei, Taiwan; 2Depart. of Chemistry,
National Taiwan University, Taipei, Taiwan
ThP 647 Quantitative Description of MALDI by Thermal Proton
 Kuan Yu Chu; Sheng Lee; Yuri A. Dyakov;
Ming-Tsang Tsai; I-Chung Lu; Yuan-Tseh Lee; Chi-Kung Ni;
Institute of Atomic and Molecular Sciences, Academ, Taipei,
Taiwan
ThP 648 
assisted Laser Desorption/Ionization by Internal and
 I-Chung Lu;
Sheng Lee; Yuan T. Lee; Chi-Kung Ni; Institute of Atomic
and Molecular, Academia Sinica, Taipei, Taiwan
ThP 649 Insights into Factors that Limit the Linear Dynamic
Range in Electrospray Ionization Mass Spectrometry
 Clint M. Alfaro; Brandie M.
Ehrmann; Daniel A. Todd; Nadja B. Cech; University of
North Carolina Greensboro, Greensboro, NC
ThP 650 “Best Match” Model and Effect of Na+/H+ Exchange on
Anion Attachment to Peptides and Adduct Stability in
 Xiaohua Liu1; Richard B. Cole1,
2; 1Dept. Of Chemistry, Univ. Of New Orleans, New Orleans,
LA; 2Univ. P. et M. Curie (Paris 6), Paris Cedex 05, France
ThP 651 
 Kevin Douglass; Andre Venter;
Western Michigan University, Kalamazoo, MI
Energy: Biofuels, 652 – 664
ThP 652 Multifaceted Analysis of Biomass Pyrolysis Products:

 Carolyn Hutchinson;
Erica Smith; D. Paul Cole; Young-Jin Lee; Chemistry
Department, Iowa State University, Ames, IA
ThP 653 Compositional Analysis of Birch Wood Pyrolysis Oil
by Ultrahigh-Resolution FT-ICR Mass Spectrometry:
 Timo
Kekäläinen; Tapani Venäläinen; Janne Jänis; University of
Eastern Finland, Joensuu, Finland
ThP 654 A Study of Catalytic Fast Pyrolysis Kinetics Using
 Daniel Cole; Erica
Smith; Carolyn Hutchinson; Young Jin Lee; Iowa State Univ
Chemistry Dept, Ames, IA
ThP 655 

Elizabeth A. Stemmler; Matthew Rasmussen; Hassan Rone;
Nathan Ricke; Bowdoin College, Brunswick, ME
ThP 656 Development of Capillary Electrophoresis-Mass
Spectrometry for Analysis of Fenton Chemistry
 Dawn
Kato; Bert Lynn; University of Kentucky, Lexington, KY
ThP 657 A Fundamental Study of the Fragmentation of Small
Ionized Molecules Related to Lignin via MSn and
 Christopher
Marcum; Tiffany Jarrell; Benjamin Owen; Hilkka Kenttämaa;
Purdue University, West Lafayette, IN
ThP 658 Characterization of Flavonolignans in Ammonia-treated
Lignocellulosic Biomass Using UHPLC and Collision-
 Afrand Kamali Sarvestani1, 3;
Lenoardo Da Costa Sousa2, 3; Venkatesh Balan2, 3; Bruce
Dale2, 3; Arthur Daniel Jones1, 3; 1Department of Chemistry,
Michigan State University, East Lansing, MI; 2Chem. Eng.
& Mater.Sci., Michigan State University, East Lansing, MI;
3Great Lakes Bioenergy Research Center, East Lansing, MI
ThP 659 

Kevin Krock; Shimadzu Scientic Instruments, Columbia, MD
ThP 660 Analysis of Catalytic Conversion of Biomass
Feedstocks and Products by UPC2™ Julie Herniman1;
G. John Langley1; Robert Raja1; Matthew Potter1; Tim J.
Jenkins2; 1University of Southampton, Southampton, UK;
2Waters Corporation, Manchester, UK
ThP 661 Characterization of Unsaturated Fatty Acid Methyl
Esters in B100 Biodiesel by Easy Ambient Sonic-Spray
 Rosana M. Alberici 1;
Anna Maria A. P. Fernandes1; Marcos N. Eberlin1; Valnei S.
Cunha2; Romeu J. Daroda2; 1ThoMSon Mass Spectrometry
Laboratory, UNICAMP, Campinas, SP, Brazil; 2National
Institute of Metrology, INMETRO, Duque de Caxias, RJ,
Brazil
ThP 662 
Reactions by Auto-Sampling FIA/APCI-MS for the

Zhenqian Zhu; John Bartmess; Liguo Song; Department of
Chemistry, University of Tennessee, Knoxville, TN
GENERAL INFORMATION
PAGE 180 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 663 Oxidation of FAME: Natural, Forced and
Electrochemical to Understand and Resolve Issues
 G. John Langley1; Christianne Wicking1;
Waraporn Ratsameepakai1; Julie Herniman1; Samuel
Whitmarsh2; Tom Lynch2; Simon Lambert3; 1University of
Southampton, Southampton, UK; 2BP Global Fuels and
Lubricants Research, Pangborne, UK; 3Arc Sciences
Limited, Alton, UK
ThP 664 LC/ESI-MS/MS Method for Simultaneous Determination

 Yeongeun Kim1; Yudong Jeong1; Insook Rhee
Paeng2; Ki-jung Paeng1; 1Yonsei university, Wonju, South
Korea; 2Seoul Women’s University, Seoul, South Korea
Informatics: Pathway Analysis, 665 – 668
ThP 665 
 Stephen Madden;
Steven M. Fischer; David Weil; Theodore Sana; Agilent
Technologies, Inc., Santa Clara, CA
ThP 666 Network and Pathway Analysis of Post-Translationally

 Jeffrey C. Silva1; Stuart Tugendreich2; Hongbo
Gu1; Charles L. Farnsworth1; Kimberly A. Lee1; Xiaoying
Jia1; Jian Min Ren1; Matthew P. Stokes1; 1Cell Signaling
Technology, Danvers, MA; 2Ingenuity Systems, Redwood
City, CA
ThP 667 Label-Free Quantitative Proteomics of Renal Cell
Carcinomas with Differential Hypoxia-Inducible Factor-
 Tatjana Talamantes1; Lokesh Dalasanur
Nagaprashantha2; Sharad S. Singhal2; Laszlo Prokai1;
1University of North Texas Health Science Center, Fort
Worth, TX; 2City of Hope National Medical Center, Duarte,
CA
ThP 668 
 Sohye Kang1; Da Ren1; Gang
Xiao1; Kristi Daris1; Shivani Gupta1; Lynette Buck1; Atim
A. Enyenihi1; Roman A. Zubarev2; Rohini Deshpande1;
Pavel V. Bondarenko1; 1Amgen, Inc., Thousand Oaks, CA;
2Karolinska Institutet, Stockholm, Sweden


ThP 669 Use of Single-Protein Libraries to Improve Coverage


Qian Dong; Xinjian Yan; Lisa Kilpatrick; Yuxue Liang; Yuri
Mirokhin; Dmitrii Tchekhovskoi; Jeri Roth; Paul Rudnick;
Stephen Stein; NIST, Gaithersburg, MD
ThP 670 New Improvements on UniQua for Better Protein
 Wei-Hung
Chang; Yet-Ran Chen; Academia Sinica, Taipei, TAIWAN
ThP 671 

Brian C. Searle; Caleb J. Emmons; Bryan Head; Proteome
Software Inc., Portland, OR
ThP 672  Mingxun
Wang1; Antonius Koller2; Nuno Bandeira1; 1UCSD, La Jolla,
CA; 2Stony Brook University Medical Center, Stony Brook,
NY
ThP 673 
 Shadab Ahmad1; Amol Prakash1;
David Sarracino1; Bryan Krastins1; MingMing Ning2; Barbara
Frewen1; Scott Peterman1; Gregory Byram1; Maryann S.
Vogelsang1; Gouri Vadali1; Jennifer Sutton1; Mary F. Lopez1;
1Thermo Fisher Scientic, BRIMS Center, Cambridge, MA;
2Massachusetts General Hospital, Boston, MA
ThP 674 
 Andy Kong; Alexey Nesvizhskii;
University of Michigan, Ann Arbor, MI
ThP 675 ProteomicsDB: In-memory Computing Platform
Enables Rapid Meta Analysis of Thousands of Mass
 Mathias Wilhelm1; Judith
Schlegl2; Amin Moghaddas Gholami1; Hannes Hahne1;
Joos-Hendrik Boese2; Marcus Lieberenz2; Mikhail Savitski3;
Yuval Morad2; Lars Butzmann2; Emanuel Ziegler2; Anton
Niadzelka2; Eyk Kny2; Helmut Cossmann2; Siegfried
Gessulat2; Marcus Bantscheff3; Anja Gerstmair2; Franz
Faerber2; Bernhard Kuster1; 1Technical University Munich,
Freising, Germany; 2SAP AG, Walldorf, Germany;
3Cellzome, Heidelberg, Germany
ThP 676 Combining Endogenous Peptide Prediction and MS/
MS Peptide Search: An Application to Search for the
 Eisuke Hayakawa1;
Hiroshi Watanabe2; Gerben Menschaert3; Thomas Holstein2;
Geert Baggerman4; Liliane Schoofs1; 1KU Leuven, Leuven,
Belgium; 2Heidelberg University, Heidelberg, Germany;
3Ghent University, Ghent, Belgium; 4VITO, Mol, Belgium
ThP 677 Combining Database Search and Spectral Library
 Kyowon Jeong; Pavel Pevzner; UCSD, La Jolla, CA
ThP 678 A New Database Search Engine for Tandem Mass
 Jianqi Wang; U of Texas,
Southwestern University, Dallas, TX
ThP 679 Application of de novo Sequencing to Study
 Ivan Terterov1; Kira
Vyatkina1; Vitali Boitsov1; Sergey Vyazmin1; Igor Popov2;
Alexey Kononikhin2; Eugene Nikolaev2; Pavel Pevzner1;
Michael Dubina1; 1St Petersburg Academic University,
St. Petersburg, Russia; 2Institute for Energy Problems of
Chemical Physics, Moscow, Russia
ThP 680 
 Michael J Sweredoski; Sonja Hess; Caltech, Pasadena,
CA
ThP 681 Full-length de novo Adrian
Guthals1; Karl Clauser2; Nuno Bandeira1, 3; 1UCSD Dept of
Computer Science and Engineering, La Jolla, CA; 2Broad
Institute of MIT and Harvard, Cambridge, MA; 3Skaggs
School of Pharmacy and Pharmaceutical Sci, La Jolla, CA
ThP 682 

Viktoria Dorfer1; Peter Pichler2; Stephan Winkler1; Karl
Mechtler2; 1University of Applied Sciences Upper Austria,
Hagenberg, Austria; 2Research Institute of Molecular
Pathology (IMP), Vienna, Austria
ThP 683 Combining in silico

Jeroen Crappé1; Wim Van Criekinge1; Geert Trooskens1;
Eisuke Hayakawa2; Walter Luyten2; Geert Baggerman3;
Gerben Menschaert1; 1Universiteit Gent, Gent, Belgium;
2KU Leuven, Leuven, Belgium; 3Center For Proteomics,
Antwerpen, Belgium
ThP 684 Novel Amino Acid Counting and machine Learning
1-
2-based, Peptide
 Catherine E. Vincent; Christopher M. Rose;
Alicia L. Richards; Derek J. Bailey; Michael S. Westphall;
Joshua J. Coon; University of Wisconsin, Madison, WI
ThP 685 Fast and Accurate Database Searches with MS-
 Viktor Granholm1; Sangtae Kim2; José
Fernández Navarro3; Richard D. Smith2; Lukas Käll3;
1Stockholm University, Solna, Sweden; 2Pacic Northwest
National Laboratory, Richland, WA; 3KTH - Royal Institute of
Technology, Solna, Sweden
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 181
THURSDAY POSTERS
ThP 686 Application of Complementary Ions to Identify co-
 Fedor Kryuchkov;
Thiago Verano-Brage; Thomas A. Hansen; Richard
Sprenger; Frank Kjeldsen; BMB, Odense M, Denmark
ThP 687 Benchmarking the Composition-Based Sequencing

Vladimir Gorshkov; Christian Lotze; Bernhard Spengler;
Justus-Liebig University Giessen, Giessen, Germany
ThP 688 A New Algorithm for Peptide de novo Sequencing with
 Lian Yang1; Mingjie
Xie1; Bin Ma2; 1Bioinformatics Solutions Inc, Waterloo,
Canada; 2University of Waterloo, Waterloo, Canada
ThP 689 
 Lei Xin; Lian
Yang; Baozhen Shan; Bioinformatics Solutions Inc.,
Waterloo, Canada
ThP 690 IPA: An Informed Proteomics Analysis Tool for
 Sangtae Kim; Gordon
Slysz; Kevin Crowell; Samuel Payne; Gordon Anderson;
Richard D. Smith; Pacic Northwest National Laboratory,
Richland, WA
ThP 691 An Open-Source Search Engine Utilizing a
Multidimensional Scoring Algorithm for Advanced
Mass Spectrometry Data Processing and Protein
 Lev I. Levitsky1; Mark V. Ivanov1; Anna A.
Lobas1; Marina L. Pridatchenko1; Irina A. Tarasova1; Tanya
Panic2; Goran Mitulovic2; Yury O. Tsybin3; Ünige A. Laskay3;
Mikhail V. Gorshkov1; 1INEPCP RAS, Moscow, Russian
Federation; 2Medical University of Vienna, Vienna, Austria;
3Ecole Polytechnique Fédérale de Lausanne, Lausanne,
Switzerland
ThP 692 
Performance between SEQUEST, Mascot, and
 Phillip Wilmarth; William Rathje; Larry David;
OHSU, Portland, OR
ThP 693 Morpheus: A Novel Peptide-Spectrum Matching

Nicholas W. Kwiecien1; Craig D. Wenger1, 2; Joshua J.
Coon1; 1University of Wisconsin, Madison, WI; 2Agilent
Laboratories, Santa Clara, CA

ThP 694 Effect of the Asparagine Side Chain on Dissociation
Chemistry of Deprotonated Peptides Elucidated by
 Josipa Grzetic; Jos Oomens; Radboud University
Nijmegen, FELIX Facility, Nijmegen, The Netherlands
ThP 695 Modeling and Progress Towards a Segmented Linear
 Yeon Jae
Ko; Chris Stokes; Alessandra Ferzoco; Rowland Institute at
Harvard, Cambridge, MA
ThP 696 Cold Ion Spectroscopy of the Cyclic Peptide
 Frederic Rosu1, 2; Aleksandra Zabuga2; Oleg
Boyarkin2; Thomas Rizzo2; 1IECB cnrs, Pessac, France;
2LCPM, ISIC, EPFL, Lausanne, Switzerland
ThP 697 
Benjamin Moore; Ryan Julian; UC Riverside, Riverside, CA
ThP 698 
 Kerim
Gulyuz; Da Wang; Nicolas Polfer; University of Florida,
Gainesville, FL
ThP 699 
 James Redwine; Nicole Burke; Scott
McLuckey; Timothy Zwier; Purdue University, Lafayette, IN
ThP 700 Counter Ion-Mediated Formation of Weakly Interacting

 Ryan Ludwig1; Alex Hunter1; Nathan Roehr2; David
Moore1; 1Lehigh University, Bethlehem, PA; 2University of
Florida, Gainsville, FL
ThP 701 IRMPD Spectroscopy of Deprotonated
 Michael J. Van Stipdonk 1; Grant
Forsythe1; Leandro Bergmann1; Jos Oomens2; Giel Berden2;
1Lawrence University, Appleton, WI; 2FOM Institute for
Plasma Physics, Nieuwegein, The Netherlands
ThP 702 Chiral Analysis of Proline in Proline-Substituted
 Xianglei
Kong; Yijie Yang; Guanhua Liao; Nankai University, Tianjin,
China
ThP 703 Photo-cleavable Peptides: Collision-Induced
 Ales Marek; University of
Washington, Seattle, WA
ThP 704 
in Infrared Photo-Dissociation Spectroscopic Research
 Guanjun Wang1; chaoxian chi3; xiaopeng xing2;
mingfei zhou1; 1Fudan University, Shanghai, P. R. China;
2Graduate University of Chinese Academy of Sciences,
Beijing, China; 3East China Institute of Technology,
Nanchang, China
ThP 705 Direct Observation of Photodissociation Products from
 Alan
Maccarone1; Benjamin Kirk1; Christopher Hansen1; Thomas
Grifths1; Seth Olsen2; Adam Trevitt1; Stephen Blanksby1;
1School of Chemistry University of Wollongong, Wollongong,
Australia; 2School of Physics University of Queensland,
Brisbane, Australia
ThP 706 
 Corey Stedwell; Nicolas
Polfer; University of Florida, Gainesville, FL
ThP 707 In situ Infrared Spectroscopy of Mass-selected
 Don
Gunaratne; Weiying Zhang; Dan Du; Grant Johnson; Yuehe
Lin; Julia Laskin; Pacic Northwest National Laboratory,
Richland, WA
ThP 708 
 Nathan
Hendricks; Ryan Julian; University of California, Riverside, CA
ThP 709 Ultraviolet Photodissociation Action Spectroscopy of
 Christopher
Hansen; Benjamin Kirk; Stephen Blanksby; Adam Trevitt;
School of Chemistry, University of Wollongong, Wollongong,
Australia
ThP 710 
 Chad A.
Jones; Matthew C. Asplund; David V. Dearden; Brigham
Young University, Provo, UT
Ion Structure / Energetics, 711 – 727
ThP 711 
Relevant to Atmospheric Particle Formation Determined
 Douglas P. Ridge1; Bryan Bzdek1; Joseph
DePalma1; Julia Laskin2; Murray Johnston1; 1University of
Delaware, Newark, DE; 2PNNL, Richland, WA
ThP 712 
Chelsea E. Plummer; Samantha S. Bokatzian-Johnson;
Michele L. Stover; David A. Dixon; Carolyn J. Cassady; The
University of Alabama, Tuscaloosa, AL
ThP 713 Fragmentation of Bacteriochorophyll-a in a Mass

Daryl Giblin; Hao Zhang; Robert E. Blankenship; Michael L.
Gross; Washington University, St Louis, MO
GENERAL INFORMATION
PAGE 182 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
THURSDAY POSTERS
ThP 714 Internal Energy Estimates of Thermometer Molecules
Desorbed from Multilayers by Ultrashort Pulse Laser

Slobodan Milasinovic; Yang Cui; Robert J. Gordon; Luke
Hanley; University of Illinois at Chicago, Chicago, IL
ThP 715 Collision-Induced Dissociation of Homocysteine
 Chasity B. Love; Joseph S.
Francisco; Yu Xia; Purdue University, West Lafayette, IN
ThP 716 Fragmentation Characteristics of Peptides containing
 Cagdas Tasoglu1; Alex G. Harrison2;
Talat Yalcin1; 1Izmir Institute of Technology, Izmir, Turkey;
2University of Toronto, Toronto, ON, Canada
ThP 717 Probing Radical Rearrangement Reactions by
 Ning Zhao; University of Florida,
Gainesville, FL
ThP 718 Formation of Molecular Hydrogen from PAHs: Effects of
 Yi Fu; Nicolas Polfer; Department
of Chemistry, University of Florida, Gainesville, FL
ThP 719 Investigating the Alpha Effect: Reactions of
 Ditte Thomsen2;
Jennifer Reece1; Charles Nichols1; Veronica Bierbaum1;
Steen Hammerum2; 1University of Colorado at Boulder,
Boulder, CO; 2University of Copenhagen, Copenhagen, DK
ThP 720 Evidence for Salt-bridge Formation Between Low
Basicity Conjugate Base Anions (HSO4
- or ClO4
-
 Xiaohua Liu1; Jean-Claude Tabet2; Richard B.
Cole1, 2; 1Dept. Of Chemistry, Univ. Of New Orleans, New
Orleans, LA; 2Univ. P. et M. Curie (Paris 6), Paris Cedex 05,
France
ThP 721 Fragmentation of Photoionized Boron Trichloride
 David Hales;
Robert Brooks; Erik Urban; Paul Taucher; Alida
Kwisangineza; Jamie Dimond; Hendrix College, Conway,
AR
ThP 722 
 Ashish Sawhney; Jianhua Ren;
University of the Pacic Department of Chemistry, Stockton,
CA
ThP 723 
 Bhupinder Padda1; Jianhua Ren1;
Christine Hughey2; 1University of the Pacic, Stockton, CA;
2James Madison University, Harrisonburg, VA
ThP 724 
Yury V Vasil’ev; Douglas Barofsky; Oregon State University,
Corvallis, OR
ThP 725 
Experimental Evidence for Non-Aufbau Orbital
 David
Marshall1; Ganna Gryn’ova2; Michelle Coote2; Philip Barker3;
Stephen Blanksby1; 1University of Wollongong, Wollongong,
Australia; 2Australian National University, Canberra,
Australia; 3Bluescope Steel Research, Port Kembla,
Australia
ThP 726 Dihydro Polycyclic Aromatic Hydrocarbons: Ionic
 Paul Michael
Mayer1; Brandi West1; Valerie Blanchet2; Christine Joblin3;
Andras Bodi4; Balint Sztaray5; 1University of Ottawa, Ottawa,
Canada; 2Laboratoire des Collisions Agrégats Réactivité,
Toulouse, France; 3CNRS, IRAP, Toulouse, France; 4Paul
Sherrer Institut, Villigen, Switzerland; 5University of the
Pacic, Stockton, CA
ThP 727 
and Dimethyl Diselenide Using the Imaging PEPICO
 Sampada Borkar1;
Andras Bodi2; Balint Sztaray1; 1University of the Pacic,
Stockton, CA; 2Paul Scherrer Institut, Villigen, Switzerland
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 183
INDEX OF AUTHORS
Aaron, W. Scott .............................................ThP06 105
Aasebø, Elise ................................................ThP22 432
Aasebø, Elise ................................................ThP23 456
Abate, Chiara .................................................MP31 637
Abate, Chiara ................................................ WP08 134
Abbas, Esraa Y. ..............................................TP32 618
Abbatiello, Susan E......................................ThP01 011
Abbott, Richard ............................................. WP16 288
Abdelmegeed, Mohamed ............................ThP17 305
Abdelmoula, Walid M. .................................. WP09 141
Abdelnur, Patrícia Verardi ............................ MP05 084
Abdul-Hakim, Mohammed A ......................... TP32 618
Abdulla, Laila...................................................TP21 312
Abdullah, Laila .............................................. WP29 515
Abeykoon, Amila ........................................... WP29 533
Abomughaid, Mosleh ...................................ThP28 580
Abraham, Paul .............................................. WP29 523
Abraham, Paul ..............................................ThP09 153
Abraham, Paul ...............................................MP32 669
Abraham, Paul ................................................TP08 146
Abraham, Smita B. ................................ ThOD pm 3:50
Abrahamsson, Peter .................................... WP16 291
Abramov, Tigran............................................ThP04 042
Abrams, Ezra ................................................ WP35 674
Abrams, Ezra S. ........................................... WP31 590
Abrell, Leif ........................................................ TP31 584
Abubacker, Thaminum Ansari .................... WP14 250
Abubacker, Thaminum Ansari .................... WP14 249
Abzalimov, Rinat ........................................... WP28 490
Abzalimov, Rinat ........................................... WP23 408
Abzalimov, Rinat R. ...................................... WP22 392
Ackerman, Luke ....................................... TOE pm 2:30
Ackermann, Gail ...................................... TOB pm 4:10
Ackroyd, Jim ...................................................MP25 497
Acosta, Rafael................................................MP34 684
Acosta, Rafael.................................................TP19 297
Acosta Martin, Adelina ................................. WP32 604
Acosta Martin, Adelina ..................................MP09 176
Adaime, Martha B. .......................................ThP27 555
Adam, Claire .................................................ThP23 476
Adam, Gerhard ..............................................MP04 077
Adam, Gregory .............................................ThP10 182
Adams, Chris.................................................ThP08 137
Adams, Paul .................................................. WP05 048
Adams, Paul D. ...................................... TOA am 09:50
Adams, Rachel ...............................................TP08 146
Adams, Rachel ............................................. WP29 523
Adarayan, Emily ...........................................ThP21 396
Adav, Sunil ......................................................MP24 492
Addepalli, Balasubrahmanyam ...................MP14 254
Addison, Tom ................................................ThP29 597
Adelnskaya, Yelena A. ...............................ThP13 248
Adelijiang, Gulishana ................................... WP28 503
Adhikari, Jagat ................................................TP10 179
Aditham, Anupama ....................................... WP03 015
Adkins, Joshua ...............................................TP12 209
Adkins, Joshua ..............................................MP20 389
Adlard, Paul ................................................... WP12 212
Adler, Belinda ................................................. MP09 182
Adnani, Navid .................................................. TP24 415
Advani, Andrew ............................................... TP24 385
Aebersold, Rudolf ........................................... TP08 142
Aebersold, Ruedi ............................................ TP28 499
Aebersold, Ruedi ............................................ TP21 310
Aebersold, Ruedi ..................................... TOH pm 4:10
Aebersold, Ruedi .......................................... WP31 595
Aebersold, Ruedi .......................................... WP36 685
Aebersold, Ruedi .................................. WOB am 10:10
Aebersold, Ruedi .......................................... WP36 688
Aebersold, Ruedi ..................................... TOD pm 3:50
Aeppli, Christoph ...................................ThOG pm 3:50
Aerni, Hans Rudolf ........................................ MP29 586
Afchine, Armin ................................................MP15 282
Affholter, Brittany .................................ThOC am 09:10
Affolter, Matthew ............................................. TP05 108
Affolter, Michael .....................................TOC am 09:50
A, Mehrnaz ................................................ WP03 029
Auni, Somi ........................................... WOA am 09:50
Afjehi-Sadat, Leila ........................................ThP09 164
Afjehi-Sadat, Leila ..........................................TP22 348
Afonso, Carlos ...............................................MP36 747
Afonso, Carlos .......................................TOG am 09:30
Afonso, Carlos ................................................TP06 122
Afonso, Carlos .............................................. WP38 738
Afsar, Fayyaz A. ................................... ThOB am 09:30
Agafonov, Dmitry .................................. MOH am 09:10
Agar, Jeffrey ............................................WOH pm 3:50
Agar, Nathalie Y. ............................................WP11 185
Agarabi, Cyrus ......................................... TOC pm 4:10
Agarwal, Anurag ........................................... WP30 571
Agarwal, Kitty .................................................MP27 562
Agnès, Noel .................................................... MP10 198
Agnihotra, Narendra.......................................TP32 618
Agrawal, Rakesh ...................................ThOG pm 2:30
Agreste, Tasha .............................................. WP33 613
Agroskin, Yury ................................................. TP35 698
Agroskin, Yury ............................................... WP24 442
Aguiar, Mike................................................... WP34 668
Aguilan, Jennifer T .........................................TP18 267
Aguilar-Bonavides, Clemente ......................MP27 553
Agunsoye, Maria............................................MP13 243
Agyekum, Isaac ....................................WOC am 09:50
Agyekum, Isaac ............................................ThP20 366
Ahlers, Hector ...............................................ThP09 169
Ahlf, Dorothy .................................................ThP04 040
Ahlf, Dorothy ........................................... MOB pm 4:10
Ahlf, Dorothy ..................................................WP11 187
Ahmad, Shadab .............................................. TP22 351
Ahmad, Shadab ............................................ThP34 673
Ahmad, Shadab .............................................. TP21 309
Ahmad, Yasmeen ...........................................TP28 526
Ahmed, Musahid........................................... WP14 243
Ahn, Byung Hak .............................................. TP24 399
Ahn, Joomi..................................................... WP21 376
Ahn, Seunghee ...............................................TP37 759
Ahn, Soyoun .................................................... TP24 413
Ahn, Sun Young ............................................. MP08 155
Ahn, Sun Young ............................................. MP08 154
Ahn, Tae-Hyuk .............................................. WP29 527
Ahn, Tae-Hyuk .............................................. WP32 603
Ahnoff, Martin ................................................ WP16 291
Ahnoff, Martin ................................................ WP16 290
Ahrens, Maike ...............................................ThP22 412
Ahrné, Erik ....................................................... TP13 216
Ahrné, Erik ....................................................... TP28 520
Aich, Udayanath ........................................... WP24 442
Aich, Udayanath ........................................... WP24 444
Aich, Udayanath .............................................TP35 698
Aichholz, Reiner ........................................... WP15 275
Aichler, Michaela ..........................................ThP04 036
Aiello, Donatella ..............................................TP34 690
Aiello, Mauro ................................................. WP33 643
Aiello, Mauro ................................................. WP33 640
Ait-Belkacem, Rima ..................................... WP24 440
Ait-Belkacem, Rima .....................................ThP02 025
Ajredini, Ramadan ..........................................TP24 414
AK, Vinayak .................................................... MP07 145
Akashi, Satoko ................................................ TP09 166
Akashi, Tomohiro ..........................................ThP25 489
Akervik, Kristi ................................................ WP04 042
Akervik, Kristi ..................................................TP31 578
Akervik, Kristi ..................................................TP31 589
Akhmetova, Evgenia .................................... WP14 247
Akinapalli, Srikanth........................................MP15 291
Akyildiz, Erdal ................................................MP17 350
Al Sharif, Halah ....................................... WOC pm 3:30
Alaee, Mehran................................................MP31 631
Alalwiat, Ahlam ..............................................MP36 725
Alaminos, Miguel .......................................... WP12 216
Alawani, Nadrah .................................... ThOF pm 2:50
Alawani, Nadrah ............................................MP36 726
Alayash, Abdu ............................................... WP30 557
Alayash, Abdu ............................................... WP30 556
Alayoubi, Abdulfatah .................................... WP09 139
Albanese, Jenny ............................................ MP06 125
Alberici, Rosana .............................................TP34 682
Alberici, Rosana ..................................... WOA pm 2:50
Alberici, Rosana M. ........................................ TP34 681
Alberici, Rosana M. ......................................ThP32 661
Albers, Leila.....................................................TP27 489
Alberti, James ...............................................ThP01 007
Alberto Labate, Carlos .................................. MP32 656
Albrecht, Sascha ...........................................MP15 282
Albright, Jessica ................................... MOE am 09:10
Albuquerque, Daniele ...................................MP26 543
Aldajaei, Jamal ...............................................TP02 032
Aldredge, Danielle ................................. TOD am 08:30
Aldrich, Joshua ............................................. WP34 644
Alelyunas, Yun W. ........................................ WP15 280
Alelyunas, Yun W. ..........................................TP25 421
Alelyunas, Yun W. ........................................ WP13 232
Alexander, Kristin .......................................... MP11 217
Alexander, Morgan .......................................ThP02 022
Alexandrov, Theodore ..................................ThP04 036
Alexandrov, Theodore ............................. TOB pm 4:10
Alexandrov, Theodore ...................................MP04 069
Alexandrova, Ludmila .................................. WP14 240
Alexandrova, Sonya ....................................... TP16 243
Alexeev, Yuri .................................................. WP38 742
Alexopoulos, John ................................WOH am 08:50
Alfaro, Clint M. ..............................................ThP31 649
Alghamdi, Waleed ........................................ThP17 283
Alghanem, Bandar .........................................TP08 152
Alghanem, Bandar ....................................... WP31 593
Alghanem, Bandar ........................................MP23 458
Al-Hajji, Adnan .............................................. WP05 066
Ali, H. Raza ................................................... WP28 496
Ali, Liaqat .................................................WOG pm 3:50
Aliani, Michel ...................................................TP23 373
Allen, Amy .......................................................MP08 163
Allen, Dave ....................................................ThP08 126
Allen, Dave ......................................................TP15 233
Allen, David ...................................................ThP22 423
Allen, David ...................................................ThP23 459
Allen, Jason .................................................... MP25 497
Allen, Jenna....................................................MP09 181
Allen, Lloyd ...................................................... TP04 067
Allen, Mark.....................................................ThP06 107
Allen, Mike .......................................................TP08 130
Allen, Robert .................................................. MP06 117
Allen, Robert ......................................... MOE am 10:10
Allen, Samuel J. ............................................ WP38 737
Alley, Stephen C. ................................... TOH am 09:50
Alleyne-Chin, Chris ......................................ThP22 420
Allipour Birgani, Shadab .............................. WP30 563
Allis, C. David .................................................. TP22 346
Allmaier, Guenter ...........................................MP34 705
Allmaier, Günter ............................................. MP16 328
Allory, Yves ....................................................ThP23 476
Allos, Tara ....................................................... MP28 575
Allred, Mckay......................................... WOF am 09:50
Allred, Serena ............................................... WP26 472
Al-Mansoori, Sumaya ..................................ThP15 266
Almeer, Saeed H. ...........................................TP32 618
Al-Meer, Saeed ............................................... TP32 611
Almeida, Andreia .......................................... WP26 473
Almeida, Igor .................................................. MP27 553
Almeida, Reinaldo ......................................... MP11 212
Almon, Richard R. ..........................................TP21 337
Al-Naqshabandi, Mohammed ......................MP22 417
Alon, Tal .......................................................... MP17 338
Alon, Tal ......................................................... ThP11 188
Alonso, Dave ......................................... WOF am 09:10
Alonso, David ................................................. MP04 073
Alonso, David ..................................................TP05 100
Alonso, David ................................................. MP31 645
Alonso, David ................................................. MP04 078
Alonso, David ................................................. MP36 742
Alonso, David ................................................ WP04 040
Alonso, David E .............................................MP31 630
Alonso, David E .............................................MP31 631
Alquier, Lori ............................................ ThOF pm 3:50
Alrawashdeh, Was .....................................ThP22 423
Al-Saad, Khalid ............................................... TP32 611
Al-Saad, Khalid A. ..........................................TP32 618
Alsaggaf, Wejdan .........................................ThP07 114
Alsaygh, Aisha N. ...........................................TP32 618
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
GENERAL INFORMATION
PAGE 184 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Alsina-Fernandez, Jorge ............................TP11 205
Altelaar, A.F. Maarten .............................. ThP17 291
Altelaar, Maarten ...................................... WP30 541
Altelaar, Maarten ...................................... WP31 583
Altemus, Margaret ................................... ThP01 009
Altmaier, Stephan ..................................... WP19 335
Altmann, Friedrich ............................ WOC am 10:10
Aluthgedara, Warunika .............................. TP25 425
Alvarez, Melissa ....................................... MP06 106
Alvarez, Sophie ........................................ MP23 460
Alvarez-Fernández, Monica...............MOA am 09:50
Alves, Atecla Nunciata Lopes ................... WP29 529
Alves, Gelio .............................................. MP18 372
Alwis, K. Udeni ......................................... WP03 025
Alzate, Oscar ............................................. TP21 325
Amad, Ma’ an ........................................... MP17 349
Amad, Ma’an ............................................ WP05 068
Amann, Kerstin ......................................... MP10 194
Amano, Junko............................................ TP36 734
Amano, Junko............................................ TP36 736
Amano, Junko.......................................... ThP19 331
Amano, Junko............................................ TP36 729
Amaral, Phellipe ....................................... WP07 100
Amaya, Stephanie ...............................MOE pm 3:50
Amaya, Stephanie ..................................... TP24 387
Ambatipudi, Kiran ...................................... TP19 287
Amberg, Sean........................................... WP15 282
Ambrose, Stephen J. ............................... ThP01 016
Ambs, Stefan ............................................ WP18 312
Amerom, Friso .......................................... MP16 308
Amery, John H. A. ...................................... TP15 236
Amin, Jakal ....................................... WOD am 09:10
Amin, Kinjal................................................ TP10 177
Amirav, Aviv .............................................. WP14 236
Amirav, Aviv .............................................. MP17 338
Amirav, Aviv ..............................................ThP11 188
Amirkhani, Ardeshir .................................. WP27 488
Ammann, Adrian A ..................................... TP31 593
Amodei, Dario .................................... MOA am 08:30
Amodei, Dario ............................................ TP28 512
Amr, Mohamed ...........................................TP32 611
Amr, Mohamed A. ...................................... TP32 618
Amster, Jon.............................................. ThP31 640
Amster, Jon............................................... MP16 317
Amster, Jon.............................................. ThP20 366
Amster, Jon.............................................. ThP20 383
Amster, Jon....................................... WOC am 09:30
Amster, Jon...........................................TOA pm 3:30
Amster, Jon....................................... WOC am 09:50
Amunugama, Ravi ..................................... TP15 233
Amunugama, Ravi ................................... ThP23 459
Amunugama, Ravi ................................... ThP22 423
An, Bo ........................................................ TP18 257
An, Bo ....................................................... WP29 534
An, Dingding ...................................... ThOC pm 2:50
An, Eunkyung ........................................... MP29 577
An, Eunkyung ........................................... WP36 692
An, Haejung ............................................... TP37 764
An, Hyun Joo ............................................. TP15 235
An, Hyun Joo ........................................... ThP19 346
An, Hyun Joo ................................... ThOD am 09:50
An, Hyun Joo ............................................. TP35 705
An, Hyun Joo ............................................ MP27 556
An, Hyun Joo ............................................. TP35 704
An, Hyun Joo ....................................... TOC pm 3:50
An, Yan ......................................................MP30 611
An, Yanming ...................................... TOD am 10:10
Anabel, Fandino ...................................... ThP27 548
Anagnostopoulos, Demetris ............ ThOC am 09:30
Anand, Swati ............................................. TP18 271
Anania, Veronica ...................................... MP29 591
Anastasiou, Dimitrios ................................ WP22 386
Anceski Bataglion, Giovana....................... TP33 620
Anciaux, Sarah ......................................... WP37 730
Andacht, Tracy.......................................... MP09 168
Andaya, Armann ...................................... ThP17 300
Andaya, Armann ........................................ TP33 651
Andaya, Armann ...................................... ThP17 301
Anderegg, Francois ................................... TP05 108
Andersen, Jens S ..................................... MP06 097
Andersen, Mette D.................................... WP22 395
Andersen, Nisana ..................................... MP13 241
Andersen, Wendy C. ............................... ThP13 237
Anderson, Amanda ................................... MP25 497
Anderson, David ....................................... WP22 391
Anderson, David ........................................ TP26 456
Anderson, David M. G. ............................. WP09 152
Anderson, E.H. ........................................ ThP06 103
Anderson, Gordon .................................... MP20 389
Anderson, Gordon ..................................... TP33 652
Anderson, Gordon ............................ MOC am 08:30
Anderson, Gordon ................................... ThP34 690
Anderson, Gordon ................................... ThP06 081
Anderson, Gordon ............................. TOG am 08:30
Anderson, Ken .................................. WOD am 08:30
Anderson, Kenneth .................................. ThP23 467
Anderson, Kyle W. ..................................... TP22 356
Anderson, Lissa ................................. TOH am 09:30
Anderson, Lissa C. .................................... TP14 223
Anderson, Lissa C. .................................... TP10 173
Anderson, Lorraine .................................... TP36 733
Anderson, N. Leigh ............................. WOD pm 2:50
Anderson, Tim .......................................... MP32 658
Anderson, Tim .......................................... WP19 351
Anderson, Wayne F. ............................MOA pm 3:50
Andersson, Jan......................................... WP05 068
Andersson, Jan T. .............................. ThOG pm 4:10
Andersson, Linda...................................... WP24 434
Ando, Takashi ............................................ TP31 603
Andre, Jacques......................................... MP15 270
Andre, Jennifer ......................................... MP01 015
Andreasson, Ulf ......................................... TP19 280
Andren, Per ......................................ThOF am 08:30
Andren, Per E. ..................................ThOF am 09:50
Andrén, Per E. .......................................... WP09 141
Andrén, Per E. .......................................... WP10 161
Andrén, Per E. .......................................... WP11 184
Andrén, Per. E .......................................... WP12 210
Andreotti, Amy H....................................... MP22 419
Andrew, Ruth............................................ TOB pm 3:30
Andrews, Philip ...............................................TP33 644
Andrien, Bruce ................................................TP14 224
Andrzejewski, Denis.....................................ThP25 516
Anduri, Sridevi............................................... WP03 029
Ané, Jean-Michel ................................... ThOE pm 3:30
Ané, Jean-Michel .......................................... WP09 151
Angel, Peggi .................................................. WP09 154
Angeles, Aida .......................................... MOC pm 3:50
Angeles, Mark ................................................ MP26 526
Angeletti, Ruth H ............................................TP18 267
Angeletti, Ruth Hogue ................................. WP34 664
Angermann, Bastian .................................... WP36 692
Anglos, Demetrios ..........................................TP05 105
Anikanov, Nikolay ......................................... WP26 469
Anizan, Sebastien .................................. WOA pm 2:30
Annabi, Borhane ........................................... WP17 297
Annan, Roland ..............................................ThP09 165
Annan, Roland .............................................. WP34 651
Annis, D. Allen.................................................TP15 234
Ansong, Charles .............................................TP12 209
Ansong, Charles ............................................ MP20 389
Anspach, Jason .............................................MP06 095
Anspach, Jason .............................................MP13 244
Antharavally, Babu .......................................ThP08 135
Anthony, Staci ................................................MP16 298
Anthony, Staci ...............................................ThP06 080
Antinori Malaspina, Paola ........................... WP32 604
Antoine, Rodolphe .......................................... TP05 094
Antoine, Rodolphe .......................................... TP06 122
Antoine, Rodolphe ............................... WOG am 10:10
Antonowicz, Stefan .......................................MP10 204
Antony Joseph, Mariya Juno ......................ThP06 076
Antonysamy, Stephen .................................. WP22 389
Anumol, Tarun ................................................. TP32 614
Anumol, Tarun ................................................ MP31 629
Anumol, Tarun ............................................... WP26 472
Anumol, Tarun ................................................. TP31 604
Anyoji, Hisae ...................................................TP36 736
Aoki, Jun ........................................................ThP05 066
Aoshima, Ken .................................................MP18 358
Aoshima, Ken .................................................MP18 360
Aoshima, Ken .................................................MP18 359
Aoyama, Chiaki..............................................MP06 089
Apetri, Adrian..................................................MP22 429
Aponte, Julia .................................................ThP09 152
Appelblad, Patrik ...........................................MP06 086
Appelblad, Patrik .......................................... WP07 103
Aprelia, Melinda .................................... MOA am 09:50
Apsega, Mark .................................................. TP27 496
Aqeel, Zeshan ............................................... WP19 336
Aqueel, Mohammad Sabir .......................... WP05 056
Arabshahi, Ali ..................................................TP23 376
Arakawa, Kiyomi ............................................ MP06 110
Arakawa, Kiyomi ............................................ MP02 040
Arakawa, Kiyomi ...........................................ThP27 558
Arakawa, Ryuichi .......................................... WP12 207
Arakawa, Ryuichi ..........................................ThP05 065
Arapidi, Georgij .............................................. MP27 550
Arapidi, Georgy ............................................. WP26 469
Aravamudhan, Sriram ..................................ThP18 309
Arevalo, Ricardo .................................. ThOE am 08:50
Arevalo, Ricardo .............................................TP05 090
Arevalo Jr., Ricardo .......................................MP35 718
Argikar, Upendra A. ...................................... WP15 279
Argikar, Upendra A. ...................................... WP15 271
Argo, Andrew................................................. WP28 500
Argoti, Dayana ............................................... MP06 113
Argoti, Dayana ............................................... MP01 011
Arigi, Emma .................................................... MP27 553
Arima, Kazunari ............................................ThP19 340
Armengaud, Jean .........................................ThP09 158
Armengaud, Jean .........................................ThP25 506
Armenta, Jenny M ........................................ThP17 302
Armentrout, Peter ...........................................TP01 015
Armentrout, Peter B. ..............................WOC pm 2:30
Armstrong, Barbara ............................... ThOF pm 3:50
Arnaudo, Anna .....................................ThOH am 08:50
Arnaudo, Anna ................................................TP22 347
Arnaudo, Anna ................................................TP22 345
Arnaudo, Anna M.......................................... WP30 562
Arndt, Daniel .................................................ThP13 247
Arndt, James .................................................. MP22 426
Arnold, Lora L ...............................................ThP13 241
Arnold, Mark E. ....................................... MOC pm 3:50
Arnold, Randy ............................................... WP32 600
Arnold, Randy ............................................... WP31 588
Arnold, Randy J. ............................................ MP21 400
Arnotskaya, Natalia ....................................... MP27 559
Arnotskaya, Natalia ....................................... MP27 560
Arnott, David ...................................................TP22 349
Arnott, David ...................................................TP28 502
Arnott, David ...................................................TP22 350
Aronov, Pavel ................................................ WP18 322
Aronova, Soa .............................................. WP08 123
Aronova, Soa ................................................TP24 388
Aronova, Soa ................................................TP24 419
Aronova, Soa ...............................................MP34 685
Arora, Jasbir .................................................. WP17 306
Aros-Calt, Sandrine .......................................MP04 075
Arouri, Khaled ............................................... WP05 066
Aroyo-Manzanares, Natalia .........................MP03 058
Arriaga, Edgar ................................................ MP24 474
Arriaga, Edgar ................................................. TP28 514
Arriaga, Edgar A. .................................. MOE am 09:30
Arrington, Justine ......................................... WP30 573
Arroyo, Alejandro D. ...................................... MP11 218
Artaev, Slava ................................................. WP03 031
Artaev, Viatcheslav ........................................ MP16 323
Artaev, Viatcheslav .........................................TP04 067
Artaev, Viatcheslav .........................................TP23 358
Artamonova, Irena I. .................................... WP28 512
Artavanis-Tsakonas, Spyros ....................... WP28 509
Artemenko, Konstantin ................................ThP22 441
Artemenko, Konstantin ................................ThP16 278
Arthur, Patrick .......................................... TOH pm 4:10
Artigues, Antonio .......................................... WP22 387
Aryal, Uma ...................................................... MP32 668
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 185
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Asakawa, Daiki .....................................MOG am 09:10
Asano, Natsuyo .............................................MP02 040
Asano, Yuuki ...................................................TP09 166
Asara, John M ............................................... WP28 504
Asara, John M ...............................................ThP17 296
Asara, John M .......................................WOD am 08:50
Asare Okai, Papa-Nii ...............................TOF pm 2:50
Asare-Okai, Papa Nii ....................................MP21 396
Ashcroft, Alison E ..........................................MP14 255
Ashcroft, Alison E. ........................................ WP23 407
Ashcroft, Alison E. ...................................MOF pm 4:10
Ashfold, Michael NR ......................................TP04 059
Ashkenazi, Avi ................................................MP29 591
Ashline, David .................................................TP36 717
Ashline, David .................................................TP36 718
Asiago, Vincent .............................................. MP32 667
Askenazi, Manor ..................................ThOD am 08:30
Askenazi, Manor ........................................... WP31 584
Askenazi, Manor ................................... WOB am 08:30
Askenazi, Manor ............................................. TP28 507
Askenazi, Manor ............................................ MP18 368
Askenazi, Manor ........................................... WP31 590
Asmellash, Senait..........................................MP09 181
Aspenleiter, Julia ............................................TP30 562
Aspiras, Marcelo ............................................. TP18 260
Asplund, Matthew C. ....................................ThP35 710
Assadi-Porter, Fariba ................................... WP29 528
Assmann, Sarah ............................................ MP32 653
Assunção, Nilson Antonio ........................... WP29 529
Astarita, Giuseppe ................................. TOF am 09:30
Astarita, Giuseppe .......................................... TP23 361
Astarita, Giuseppe ........................................ThP28 573
Astarita, Giuseppe .......................................... TP27 492
Astarita, Giusseppe ......................................ThP07 118
Astorga-Wells, Juan ....................................... TP04 071
Åstot, Crister ................................................. WP14 237
Atakay, Mehmet ............................................ WP34 654
Atakay, Mehmet ............................................ WP34 653
Athanas, Michael .......................................... WP17 301
Athanas, Michael ............................................ TP23 381
Atik, Ahmet Emin ............................................ TP06 119
Atik, Ahmet Emin ............................................ TP06 115
Atkinson, David .............................................. MP17 348
Atsumi, Shota .................................................. TP24 419
Atsushi, Ogiwara .................................ThOB am 09:50
Attaluri, Sivaprasad ........................................ TP29 549
Attwa, Mohamed W. ....................................... TP37 768
Attygalle, Athula .............................................. TP02 047
Attygalle, Athula .............................................. TP01 016
Atwell, Brian ........................................... ThOE pm 2:30
Aubin, Yves......................................................TP28 500
Aubry, Anne-Francoise ................................. MP06 114
Aubry, Anne-Francoise .......................... MOC pm 3:50
Aubry, Anne-Françoise .................................MP25 508
Auer, Florian ................................................... MP29 585
Auger, Serge .................................................ThP29 596
Auger, Serge ...................................................TP29 529
Auger, Serge .................................................ThP01 001
Auger, Serge .................................................ThP27 535
Auger, Serge .................................................ThP10 178
Auger, Serge ...................................................TP30 577
Auger, Serge .................................................ThP29 595
Auger, Serge ..................................................MP02 035
Auger, Serge ...................................................TP27 484
Auger, Serge ...................................................TP30 576
Auger, Serge ................................................. WP05 062
Auger, Serge .................................................ThP10 177
Auger, Serge ..................................................MP01 025
Augusti, Rodinei .............................................TP34 685
Aurand, Craig ................................................. MP07 131
Auras, Rafael ................................................ WP37 714
Auray-Blais, Christiane ................................ThP21 387
Aushev, Tagir .................................................ThP12 219
Aushev, Tagir .........................................WOE am 08:50
Aushkap, Sergei ............................................MP27 560
Austin, Daniel .................................................. TP34 674
Auwärter, Volker ........................................... WP08 133
Auzeil, Nicolas ..............................................ThP28 572
Avci, Fikri ................................................ThOC pm 2:50
Avery, Kristen M. ..........................................ThP08 136
Aviram, Lilach.................................................MP07 139
Avula, Bharathi...............................................MP32 659
Awad, Amany ................................................ThP09 151
Awad, Danielle ................................................TP26 467
Awad, Hanan .................................................ThP31 640
Awaiye, Kayode ....................................WOD am 10:10
Awasthi, Yogesh ...........................................ThP29 602
Awazu, Kunio ................................................ThP05 066
Awazu, Kunio ......................................... ThOA pm 4:10
Awazu, Kunio .................................................WP11 180
Axelsen, Paul .................................................. TP11 201
Ayet, Samuel .................................................. MP16 324
Ayotte, Christiane ..........................................MP30 615
Ayoub, Daniel .......................................... MOB pm 3:50
Ayoub, Daniel .........................................TOH am 08:50
Ayrton, Stephen T. ........................................ThP31 634
Ayton, Scott ................................................... WP12 212
Azadi, Parastoo ....................................WOC am 09:30
Azarkin, Igor .................................................. WP26 469
Azuma, Takeshi ............................................. MP27 563
Azzam, Sausan.............................................ThP23 468
Baars, Oliver .................................................ThP13 240
Baba, Hideo...................................................ThP22 412
Baba, Hideo A. ..............................................ThP22 413
Baber, J. Christian ........................................ WP24 431
Bach, Stephen ................................................TP20 302
Bache, Nicolai ................................................ MP06 097
Bache, Nicolai ................................................ MP06 119
Bächer, Silvia ..................................................TP30 573
Bachmann, Brian ......................................TOF pm 3:10
Bachmann, Brian O......................................ThP25 486
Bachmann, Brian O...................................... WP38 751
Bachmeier, Corbin ........................................ WP29 515
Bachschmid, Markus M ........................ TOA am 09:10
Bachschmid, Markus M. ................................ TP18 258
Bachschmid, Markus M. .............................. WP33 630
Bacica, Michael............................................. WP24 432
Backlund, Peter ............................................ WP38 740
Backlund, Peter ..............................................TP33 657
Backlund, Peter S. ........................................MP12 227
Backlund, Peter S. ................................ThOD pm 3:50
Bada, Jeffrey ........................................ThOE am 09:30
Bader, Noor M. ................................................TP32 618
Bader, Samuel L. ............................................ TP28 501
Badger, John ................................................... TP06 110
Badu-Tawiah, Abraham .................................TP34 687
Bae, Dong-Won .............................................MP33 677
Bae, Hanhong ................................................ MP33 677
Bae, Jong-Sup ................................................TP29 543
Baek, Julia ..................................................... WP24 442
Baek, Moon Chang ........................................TP35 705
Baek, Sun Jong .............................................MP31 650
Baessmann, Carsten ................................... WP24 434
Baessmann, Carsten ....................................MP24 491
Baessmann, Carsten ............................TOH am 08:50
Baessmann, Carsten ....................................MP24 486
Baeumlisberger, Dominic ..............................TP15 226
Baeumlisberger, Dominic ............................ThP08 129
Bafna, Vineet ...........................................WOB pm 2:50
Bafna, Vineet ..................................................MP19 380
Bag, Soumabha .............................................. TP02 021
Baggerman, Geert ........................................ThP34 676
Baggerman, Geert ........................................ThP34 683
Bahr, Ute .......................................................... TP15 226
Bai, Bing.........................................................ThP17 290
Bai, Dina .........................................................WP33 611
Bai, Dina .................................................TOH am 09:30
Bai, Dina L. ...................................................... TP14 223
Bai, Haihong ...................................................MP08 162
Bai, Yidong ....................................................ThP28 578
Bailey, Bob ............................................ThOC am 09:10
Bailey, Derek ..................................................MP19 377
Bailey, Derek ................................................. WP29 528
Bailey, Derek J. ...................................... TOA am 08:30
Bailey, Derek J. ..................................... MOA am 09:10
Bailey, Derek J. .............................................ThP34 684
Bailey, Derek J. ...................................... ThOE pm 3:30
Bailey, Derek J. ............................................. WP33 608
Bailey, Derek J. ..................................... WOE am 09:50
Bailey, Jim.............................................ThOC am 09:10
Bailey, Nathanael...........................................MP27 564
Bailly-Chouriberry, Ludovic ......................... WP17 305
Bain, Ryan .......................................................TP34 680
Baiocchi, Claudio ..........................................ThP28 571
Baird, Lisa ................................................ WOA pm 3:50
Baird, Zane ....................................................ThP06 083
Bais, Preeti ......................................................TP29 548
Baiwir, Dominique.........................................ThP23 453
Bajrami, Bekim ................................................ TP19 279
Bajrami, Bekim ...............................................MP23 462
Bajrami, Bekim ..............................................ThP24 478
Bajrami, Bekim ..............................................ThP24 479
Bak, Soeren...................................................ThP17 279
Bakalarski, Corey ......................................... WP33 632
Bakalarski, Corey E. ....................................ThP18 307
Bakalkin, Georgy ..........................................ThP22 441
Baker, Andrew ............................................... WP18 313
Baker, Andrew G. ......................................... WP15 264
Baker, Christopher .......................................ThP11 192
Baker, David ..................................................ThP27 543
Baker, David ..................................................ThP27 540
Baker, Erin ............................................. MOC am 08:30
Baker, Erin ...................................................... MP20 389
Baker, Erin ..............................................TOG am 08:30
Baker, Erin .................................................TOF pm 3:30
Baker, Erin .......................................................TP33 660
Baker, Erin .......................................................TP33 652
Baker, Erin ..................................................... WP38 753
Baker, Peter R............................................... WP31 591
Bakewell, William ...........................................TP35 713
Baklouti, Donia .....................................ThOE am 09:10
Bala, Kanak .................................................... MP03 053
Balachandran, Naresh ................................. WP22 393
Balan, Jagadheshwar ....................................TP36 737
Balan, Venkatesh .........................................ThP32 658
Balasubramani, Mani ................................... WP30 570
Balbo, Silvia.....................................................TP29 533
Balbo, Silvia.....................................................TP29 553
Balbo, Silvia.....................................................TP29 542
Balcer, Jesse L. ............................................ThP13 248
Balch, William E.............................................MP29 598
Baldi, Pierre .................................................... MP21 411
Baldim, Diogo ................................................ WP07 100
Baldwin, H. Scott .......................................... WP09 154
Baldwin, Ian T. ................................................ MP03 052
Baldwin, Kathrine ......................................... WP09 148
Ball, Lauren ................................................... WP30 553
Ball, Lauren ...................................................ThP19 347
Ball, T Blake ................................................... MP06 094
Balland, Alain .......................................ThOC am 09:10
Ballard, Billy.....................................................TP24 390
Ballif, Bryan A......................................... TOE am 08:50
Ballihaut, Guillaume .....................................ThP17 295
Balloon, Allison J. .................................. ThOE pm 3:30
Balog, Julia ....................................................ThP28 560
Balow, James E. .................................... ThOD pm 3:50
Baltzer, Axel W. .............................................. MP10 193
Baltzer, Wendy I. ............................................TP24 403
Baluya, Dodge ...............................................MP07 138
Bamba, Takeshi ............................................. MP03 044
Bamba, Takeshi ..................................... ThOC pm 3:10
Bamba, Takeshi ............................................. MP06 089
Bamba, Takeshi ..............................................TP31 603
Bamba, Takeshi ............................................ThP28 583
Banaszynski, Laura ........................................ TP22 346
Bandeira, Nuno ............................................. WP31 576
Bandeira, Nuno .............................................ThP09 149
Bandeira, Nuno ........................................ TOB pm 4:10
Bandeira, Nuno .............................................ThP34 681
Bandeira, Nuno ............................................. WP30 569
Bandeira, Nuno .............................................. MP04 069
Bandeira, Nuno .............................................. MP19 380
Bandeira, Nuno ........................................ TOH pm 2:30
Bandeira, Nuno ............................................. WP31 587
Bandeira, Nuno .............................................ThP34 672
Bandhakavi, Sricharan ................................ WP28 505
Bandhakavi, Sricharan ..................................TP17 248
GENERAL INFORMATION
PAGE 186 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Bando, Kiyoko ................................................. TP29 556
Banerjee, Atrayee .........................................ThP17 305
Banerjee, Indroneal ............................. ThOA am 09:10
Banerjee, Sarbajit .........................................ThP04 038
Baneld, Jillian .............................................. WP29 527
Bang, Su Kyeong ...........................................TP32 608
Bangasser, Debra A. ...................................... TP21 322
Bangma, Jackie ............................................ThP28 575
Bani Rashaid, Ayat ........................................ MP30 611
Baniasadi, Hamid ..........................................MP32 667
Baniasadi, Hamid .........................................ThP22 414
BaniRashaid, Ayat H. ...................................ThP21 410
Banks, Charles ............................................. WP29 526
Bann, James ................................................. WP22 391
Bannister, John .............................................ThP21 397
Banno, Miho ....................................................TP08 163
Banno, Miho ..................................................ThP23 469
Bantscheff, Marcus .......................................MP29 582
Bantscheff, Marcus .......................................MP19 383
Bantscheff, Marcus .......................................MP29 581
Bantscheff, Marcus ......................................ThP34 675
Bao, Ya-Fei .................................................... WP07 104
Bao, Yifei ..........................................................TP28 507
Bao, Yuanwu ..................................................MP01 001
Baohong, Liu ........................................... WOE pm 3:30
Barão Baptista Saidemberg, Nicoli ....... TOG pm 2:50
Barata, Lauro E.S. .......................................... TP34 675
Baratin, Delphine .......................................... WP32 606
Barba, Agustin.................................................TP28 524
Barbacci, Damon .......................................... WP10 169
Barbade, Komal ............................................. MP34 689
Barber, Jill ......................................................ThP17 283
Barber, Shane ................................................ MP16 321
Barbero, Luca ....................................... MOD am 09:50
Barbero, Luca ................................................MP25 498
Barbour, Alan G. .............................................TP14 222
Barcellos, Roberto .........................................MP31 652
Barceló-Coblijn, Gwendolyn ........................MP10 201
Barcenas, Mariana ................................. MOC pm 2:30
Bardet, Chloé ................................................ThP23 444
Barding, Gregory A. .......................................TP05 096
Bardsley, Jon ................................................. WP33 634
Bardwell, James ............................................MP21 405
Barile, Daniela................................................MP33 680
Barile, Daniela............................................... WP19 350
Barile, Daniela...............................................ThP15 265
Barinaga, Charles J ........................................... Special
Barinaga, Charles J. ............................ MOB am 10:10
Barkauskas, Donald ...................................... MP27 556
Barkeer, Srikanth ........................................... MP27 554
Barker, Philip .................................................ThP36 725
Barker, Philip J. ..............................................MP36 722
Barket, Dennis ..............................................ThP26 527
Barket, Dennis ..................................... ThOA am 08:50
Barkley, Robert M. ........................................ WP06 073
Barlaz, Morton....................................... WOF am 09:50
Barnes, Alan ..................................................ThP27 543
Barnes, Brian ................................................. MP06 117
Barnes, Brian ................................................ThP11 210
Barnes, Brian .................................................MP03 049
Barnes, Brian B. ............................................ MP06 118
Barnes, Ian .....................................................MP15 276
Barnes, Martin................................................MP25 497
Barnes, Stephen ............................................. TP23 376
Barnes, Stephen ............................................. TP08 143
Barnes, Stephen ............................................MP03 059
Barnett, Dave ..................................................TP33 640
Barnholtz-Sloan, Jill .....................................ThP23 468
Barnidge, David .............................................MP09 175
Barnidge, David ............................................ WP24 423
Barnidge, David ...................................... WOB pm 4:10
Barofsky, Douglas ........................................ThP36 724
Barofsky, Douglas F. ....................................ThP31 645
Baronner, Judith ...........................................ThP04 034
Barr, John .............................................. MOA am 09:30
Barr, John R ...................................................MP26 548
Barr, John R. .................................................ThP26 526
Barr, John R. .................................................ThP26 522
Barran, Perdita ................................................ TP01 002
Barrett, David ................................................ThP02 022
Barrett, Jeffrey ................................................TP25 436
Barrett, Jeffrey .............................................. WP06 094
Barricklow, Jason ...........................................TP25 435
Barrow, Mark ...................................................TP09 170
Barrow, Mark .................................................. MP23 445
Barrow, Mark .................................................. MP31 644
Barrow, Mark ................................................. WP30 567
Barrow, Mark .................................................ThP12 220
Barrow, Mark ........................................... MOH pm 2:50
Barry, Bill .......................................................... TP33 647
Barry, Bill ................................................. TOG am 08:50
Barry, Clifton E ...............................................WP11 183
Barry, Jeremy A. ........................................... WP10 158
Barry, Jeremy A. .................................. ThOF am 09:10
Barry, Jeremy A. ...........................................ThP05 060
Barry, Jeremy A. ............................................WP11 177
Barry, Jeremy A. ............................................MP30 618
Barry, Samantha J ........................................ThP01 020
Barry, William ................................................ThP28 584
Barsch, Aiko ...................................................MP03 052
Barsch, Aiko ....................................................TP24 408
Barsch, Aiko ...................................................MP04 079
Barsch, Aiko ...................................................MP03 051
Barsnes, Harald ............................................ThP22 433
Barsnes, Harald ............................................ThP23 452
Bartberger, Michael ........................................ TP33 623
Barthel, Jochen .............................................. MP15 282
Barthélemy, Nicolas ............................. MOD am 08:50
Bartlett, Michael ............................................. MP14 258
Bartlett, Michael .............................................. TP10 187
Bartlett, Michael G................................ MOD am 10:10
Bartmess, John .............................................ThP32 662
Bartolone, Sarah...........................................ThP23 459
Barylyuk, Konstantin .....................................MP13 236
Bas, Richard ...................................................MP25 515
Bas, Richard R.............................................. WP15 252
Basak, Trayambak ....................................... WP18 315
Basanta Sanchez, Maria .............................. MP21 396
Basanta Sanchez, Maria .........................TOF pm 2:50
Basanta-Sanchez, Maria ..................... MOH am 08:30
Basar, Murat .................................................. WP36 704
Basdeo, Shenita ..................................... MOC pm 3:50
Basile, Franco ...............................................ThP25 496
Baska, Katelynn S. ......................................... TP23 380
Basrur, Venkatesha ....................................... MP27 564
Bassett, David ......................................ThOC am 09:10
Bassey, Ekong ...............................................MP36 748
Bassey, Ekong ....................................... ThOF pm 3:30
Bastos, Wagner .....................................TOG am 09:50
Basu, Sankha .................................................. TP29 550
Bataglion, Giovana ....................................... WP07 100
Bataglion, Giovana ........................................ MP31 652
Bataglion, Giovana A. ....................................TP33 658
Bateman, Kevin ..............................................TP25 422
Bateman, Kevin .............................................MP26 547
Bateman, Kevin ......................................WOD pm 3:10
Bateman, Nicholas ....................................... WP33 627
Bateman, Randall .................................. ThOD pm 3:30
Bates, Emily .................................................. WP33 636
Batinić, Danica ................................................ TP18 262
Batoon, Patrick .............................................ThP11 206
Batoon, Patrick .............................................ThP11 213
Batoon, Patrick Henry ..................................ThP30 631
Batoon, Patrickhenry ...................................ThP14 257
Batt, Angela .....................................................TP31 591
Batubara, Afnan ............................................ WP12 198
Batz, Nicholas ....................................... MOB am 09:30
Baudys, Jakub ..............................................ThP26 526
Baudys, Jakub ..............................................ThP26 522
Bauer, Kerry .................................................. WP33 614
Bauer, Kerry ..................................................ThP08 139
Bauer, Kerry M ................................................ TP22 353
Baum, Laura .................................................... TP26 472
Baumann, Christian .......................................TP18 275
Baumann, Christian ..................................... WP30 543
Baumann, Marc .............................................MP09 182
Baumann, Stephan ........................................TP24 388
Baumann, Stephan ................................. TOE pm 3:10
Baumann, Stephan ...................................... WP04 038
Baumann, Stephan .......................................MP34 685
Baustad-Thomas, Dylan ...............................MP31 633
Bavari, Sina .............................................. TOH pm 3:30
Bavari, Sina .................................................... MP25 500
Bavro, Vassiliy N ................................... MOF am 10:10
Baykal, Burcu ................................................ WP23 408
Bayliss, Mark A. ............................................ThP12 224
Bazdar, Douglas ...........................................ThP23 468
Bazemore-Walker, Carthene ...................... WP30 558
Bazenet, Chantal ............................................ TP19 281
Bazydlo, Lindsay .................................... WOA pm 4:10
Beauchamp, J. L. .........................................ThP20 371
Beaudry, Francis ............................................. TP25 440
Beaudry, Francis ...........................................ThP22 442
Beaudry, Francis ...........................................ThP07 112
Beausoleil, Sean........................................... WP33 632
Beausoleil, Sean........................................... WP34 668
Bebek, Gurkan ..............................................ThP16 275
Becerra-Artiles, Aniuska ............................... MP28 574
Bechara, Etelvino Jose Henriques ............ WP29 529
Becher, Francois.............................................TP13 215
Becher, François...................................... TOH pm 3:50
Becher, François................................... MOD am 08:50
Becher, Oren ...................................................TP22 346
Bechet, Daniel................................................MP10 188
Becht, Steven .................................................. TP35 713
Becht, Steven .................................................MP13 248
Bechtel, Misty ................................................ThP28 577
Beck, Alain .............................................. TOH am 08:50
Beck, Alain ..................................................... WP24 428
Beck, Alain ............................................... MOB pm 3:50
Beck, Alain ....................................................... TP15 229
Beck, Alain ..................................................... WP24 429
Beck, Erling ................................................... WP06 089
Beck, Florian ............................................ TOD pm 3:10
Beck, Hans Christian .....................................TP19 283
Beck, Jonathan ...............................................TP31 595
Beck, Jonathan ...............................................TP31 597
Beck, Jonathan ...............................................TP31 600
Beck, Jonathan ............................................. WP03 034
Beck, Jonathan ...............................................TP31 589
Beck, Jonathan .............................................. MP06 123
Beck, Jonathan ...............................................TP37 757
Beck, Sebastian .............................................. TP10 182
Becker, Chris ................................................. WP32 601
Becker, Chris ................................................... TP11 203
Becker, Chris .......................................... ThOB pm 3:30
Becker, Chris ................................................. WP31 577
Becker, Chris ................................................. WP31 583
Becker, Kristin .................................................TP19 285
Becker, Michael .............................................MP10 202
Becker, Michael ............................................ WP09 145
Becker, Michael ............................................ WP09 142
Becker, Michael ............................................ThP04 036
Becker, Rene...................................................TP10 182
Becker, Trisha ...............................................ThP23 474
Beckman, Joe .................................................TP13 217
Bédard, Vincent ............................................ThP27 535
Bedner, Mary ................................................... TP30 561
Bedner, Mary ................................................... TP30 560
Beech, Iwona .................................................MP29 578
Beech, Iwona ..................................................TP24 417
Beecher, Chris ...............................................MP04 079
Beecher, Chris ................................................TP23 364
Beecher, Chris ................................................TP24 418
Beecher, Chris ................................................TP24 414
Beekman, Christopher .................................ThP01 014
Beekman, Christopher R. .................... MOC am 09:30
Beeston, Helen ............................................. WP23 407
Beger, Richard ..............................................ThP28 588
Beger, Richard ................................................TP24 383
Begley, Timothy ....................................... TOE pm 2:30
Beglinger, Katherine M. ...............................ThP22 439
Beglinger, Katherine M. ...............................ThP22 437
Behar, Francoise .......................................... WP05 060
Behring, Jessica ........................................... WP33 630
Behring, Jessica B ................................ TOA am 09:10
Behring, Jessica B. ........................................TP18 258
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 187
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Bei, Ling ......................................................... WP07 103
Beijnen, Jos H. .............................................. WP15 252
Beilman, Greg .................................................TP24 398
Beilman, Greg .................................................TP23 366
Beilman, Gregory .........................................ThP14 259
Bélanger, Patrick ..........................................ThP29 601
Belau, Eckhard ............................................. WP09 142
Belau, Eckhard ............................................. WP09 145
Belford, Michael ............................................ ThP01 011
Belford, Michael ............................................ThP01 018
Belford, Michael ............................................ThP06 094
Belford, Michael ............................................ThP01 016
Belford, Michael W. ......................................ThP06 093
Belgacem, Omar.............................................TP35 708
Belgacem, Omar...........................................ThP25 503
Belgacem, Omar........................................... WP30 564
Beliek, Alicia ....................................................TP35 697
Belikova, Natalia ...........................................ThP28 566
Belisle, Pascal............................................... WP05 062
Bell, Ashley .............................................. MOD pm 4:10
Bell, Christina .................................................. TP27 494
Bell, Dave .......................................................MP07 131
Bell, Patrick ....................................................MP01 015
Bell, Ryan J. ....................................................TP04 074
Bell, Ryan J. ............................................ WOF pm 2:30
Bellanger, Laurent ........................................ThP25 506
Bellina, Bruno .................................................. TP01 002
Bellovin, David I. ............................................ MP10 205
Belmant, Christian ........................................ WP24 440
Belov, Mikhail .................................................MP17 336
Belpaire, Claude ............................................ MP31 631
Bemis, Kyle ...................................................ThP03 030
Ben Haddou, Souade ..................................ThP21 399
Bench Alvarez, MeiHwa Tanielle .................. TP19 278
Benda, David...................................................TP10 182
Benderdour, Mohamed .................................. TP10 178
Bendiak, Brad .......................................WOC am 08:30
Bendiak, Brad ...............................................ThP20 374
Benesch, Justin ..............................................TP33 641
Benesch, Justin .....................................TOG am 10:10
Bengali, Kathleen ..........................................MP09 169
Bengali, Kathleen ..........................................MP09 172
Ben-Hur, Asa ........................................ ThOB am 09:30
Benicky, Julius ..............................................ThP19 354
Benjamin, Ashlee ...........................................MP18 371
Benjamin, John ...............................................TP18 272
Bennett, Alexander ....................................... WP26 471
Bennett, Dylan ...............................................MP01 027
Bennett, Keiryn ..............................................MP09 168
Bennett, Mark .......................................ThOB am 08:50
Bennett, Mark ......................................... TOF am 09:30
Bennett, Michael J .......................................... TP30 558
Bennett, Patrick .............................................MP25 502
Bennett, Patrick ............................................ThP29 592
Bennett, Patrick ..............................................TP15 229
Bennett, Patrick ...................................ThOC am 08:30
Bennett, Patrick .............................................MP25 509
Bennett, Patrick ............................................ WP24 443
Bennett, Patrick ..............................................TP28 517
Bennett, Patrick ............................................ WP24 444
Bennett, Patrick ............................................ WP24 442
Bennett, Patrick ...................................ThOC am 09:10
Bennett, Patrick ..............................................TP13 214
Bennett, Patrick ...................................... MOE pm 2:50
Bennett, Patrick ............................................ThP12 228
Bennett, Patrick ............................................ThP29 607
Bennett, Patrick ..............................................TP25 420
Bennett, Patrick ............................................ThP29 608
Bennett, Patrick ............................................ThP13 244
Bennett, Rachel V. ........................................ThP05 062
Bennett, Rachel V. ........................................ThP05 052
Benoît, Rachel ................................................TP31 588
Bensaddek, Dalila ..........................................TP28 526
Benskin, Jonathan ........................................ WP03 016
Benskin, Jonathan ........................................ WP17 309
Benson, Linda ................................................ MP26 524
Benson, Jr, Don M.........................................MP27 562
Bentayeb, Karim ...................................... TOE pm 2:30
Benter, Thorsten ............................................MP15 282
Benter, Thorsten ........................................... WP38 754
Benter, Thorsten ............................................MP15 283
Benter, Thorsten ............................................MP15 275
Benter, Thorsten ............................................MP15 280
Benter, Thorsten ............................................MP15 281
Benter, Thorsten ..................................... MOH pm 3:30
Benter, Thorsten ............................................MP15 274
Benter, Thorsten ............................................MP15 284
Benter, Thorsten ............................................MP15 277
Benter, Thorsten ............................................MP15 276
Benter, Thorsten ............................................MP15 278
Benter, Thorsten ............................................MP15 279
Bente-von Frowein, Matthias ................ MOH pm 4:10
Bente-Von Frowein, Matthias .......................TP03 053
Bentley, Adam ................................................ MP02 037
Bentley, Adam ................................................ MP17 340
Bentz, Bryan L. .................................................Museum
Bentzley, Catherine ...................................... WP33 626
Bentzley, Catherine ....................................... MP08 167
Benz, Christopher......................................... WP30 555
Benz, Christopher................................ThOD am 08:50
Benziger, David...............................................TP08 162
Beranek, Josef .............................................. WP04 041
Berchem, Guy ................................................ MP26 541
Berden, Giel ......................................... WOG am 08:50
Berden, Giel ......................................... WOG am 08:30
Berden, Giel ..................................................ThP35 701
Berdnikov, Alexander .....................................TP04 084
Berdyshev, Evgeny ........................................TP27 488
Bereman, Michael .........................................MP27 566
Bereman, Michael .........................................MP33 673
Bereman, Michael .........................................MP33 672
Bereman, Michael ..........................................TP08 132
Berenguer, Caroline .....................................ThP02 025
Bereszczak, Jessica ............................WOH am 09:10
Berezovski, Maxim ....................................... WP26 454
Berg, Amanda ................................................MP06 120
Berg, Amanda ............................................... WP27 486
Bergen, Robert ..............................................MP26 524
Bergen, Robert (Bob)....................................MP18 362
Bergen, III, H. Robert .................................... MP26 546
Bergen, III, H. Robert ...................................ThP23 466
Bergen, III, H. Robert .................................... MP18 363
Bergen, III, Robert .................................. WOB pm 4:10
Berger, Judith ................................................ThP04 036
Berger, Scott ............................................ TOC pm 3:30
Berger, Terry .................................................. WP19 330
Berger, Victoria .......................................WOG pm 3:30
Bergeron, Annik ............................................ThP29 612
Bergeron, Mélanie ........................................ThP29 619
Berg-Lyons, Donna ................................. TOB pm 4:10
Bergmann, Leandro .....................................ThP35 701
Bergo, Vladislav ............................................ WP09 144
Bergquist, Jonas ............................................ MP26 539
Bergquist, Jonas ............................................. TP25 425
Bergström, Sven ........................................... WP18 316
Bergwerff, Aldert .............................................TP37 750
Berkaw, Mary ................................................ThP19 347
Berkowitz, Steven A. ............................WOH am 10:10
Berle, Magnus ...............................................ThP23 452
Bern, Marshall ............................................... WP32 601
Bern, Marshall ................................................. TP11 203
Bern, Marshall ............................................... WP31 577
Bern, Marshall ........................................ ThOB pm 3:30
Bern, Marshall ............................................... WP31 583
Bernevic, Bogdan .........................................ThP09 145
Bernhardt, Oliver ............................................TP21 310
Bernhardt, Oliver M. ....................................... TP17 252
Bernier, Matthew.............................................TP06 123
Bernstein, E.R. ..............................................ThP06 103
Bernstein, Hans C. ....................................... WP14 243
Bernstein, Kenneth E. ...........................ThOD pm 3:10
Bernstein, Mike ...............................................TP28 524
Bertaccini, Diego ..........................................ThP09 156
Berthiller, Franz...............................................TP37 747
Berti, Paul ...................................................... WP22 393
Bertile, Fabrice ................................................ TP21 306
Berube, Matthew ...........................................MP07 141
Bérubé, Eugénie-Raphaëlle .......................ThP29 617
Bérubé, Eugénie-Raphaëlle .......................ThP29 613
Bérubé, René ................................................ThP29 601
Berven, Frode .................................................TP19 284
Berven, Frode ...............................................ThP22 433
Berven, Frode ...............................................ThP23 452
Berven, Frode S. ..........................................ThP23 456
Berven, Frode S. ..........................................ThP22 432
Berzina, Zane Berzina .................................. MP11 212
Besa, Axel .......................................................MP12 223
Beu, Steve ...................................................... MP16 318
Beu, Steve .....................................................ThP12 215
Beu, Steve .....................................................ThP12 216
Beu, Steven C ...............................................ThP06 081
Beusse, Jon............................................. WOE pm 4:10
Beussman, Douglas J...................................MP30 610
Beussman, Douglas J...................................MP30 619
Beynon, Robert J .......................................... WP33 641
Bezstarosti, Karel .........................................ThP18 310
Bhagi, Ambika ................................................ MP20 389
Bhandari, Deepak..........................................MP15 272
Bhandari, Dhaka ........................................... WP12 214
Bhandarkar, Deepti ....................................... MP06 112
Bhandarkar, Deepti ....................................... MP11 219
Bhandarkar, Deepti .......................................MP34 689
Bhanu, Natarajan ...........................................TP22 348
Bharadwaj, Gaurav ...................................... WP18 315
Bhardwaj, Chhavi ......................................... WP12 195
Bhardwaj, Chhavi ......................................... WP14 243
Bhargava, Maneesh .....................................ThP23 474
Bhat, Vadiraja .................................................MP23 450
Bhat, Vadiraja B ............................................. MP24 488
Bhat, Vadiraja B. ............................................ MP25 513
Bhat, Vadiraja B. ........................................... WP33 628
Bhatia, Vivek N. ............................................ WP32 605
Bhatnagar, Deepak .......................................MP03 058
Bhattacharya, Nivedita ................................ WP18 315
Bhattacharya, Subarna ................................ThP24 481
Bhattacharya, Subarna ................................ThP19 336
Bhone, Ankush ...............................................MP34 690
Bhone, Ankush ..............................................ThP27 539
Bhone, Ankush ..............................................ThP11 200
Bhuin, Radha Gobinda ..................................TP02 021
Biacchi, Michael ............................................ WP24 429
Bian, Yangyang ............................................. WP34 647
Bich, Claudia .................................................. MP10 184
Bielawski, Christopher ...................................TP02 039
Bier, Mark E. ..................................................ThP06 106
Bierbaum, Veronica .......................................MP35 715
Bierbaum, Veronica ......................................ThP36 719
Bierbaum, Veronica ........................................TP02 035
Bierbaum, Veronica ........................................TP02 034
Bierilo, Kathy ...................................................TP21 307
Bierkandt, Thomas ........................................MP17 350
Biggin, Philip ..................................................WP23 411
Bilbao, Aivett ..................................................MP23 458
Bilbao, Aivett ................................................. WP31 593
Bilbao, Aivett ...................................................TP08 152
Billheimer, Dean ........................................... WP26 472
Billheimer, Dean ...........................................ThP22 419
Billheimer, Dean ........................................... WP26 455
Bilodeau, Jason .............................................MP01 019
Bingham, Patrick .................................ThOH am 09:10
Bingol, Baris ..................................................ThP18 307
Binkley, Joe ............................................. MOE pm 3:50
Binkley, Joe ................................................... WP04 040
Binkley, Joe ......................................... ThOG am 08:50
Binkley, Joe ................................................... WP19 333
Binkley, Joe ................................................... WP05 063
Binkley, Joe .....................................................TP24 402
Binkley, Joe .....................................................TP24 387
Binkley, Joe ........................................... WOF am 09:10
Binkley, Joe ....................................................MP31 631
Binkley, Joe ....................................................MP04 078
Binkley, Joe ....................................................MP04 073
Binkley, Joe ....................................................MP36 742
Binz, Pierre-Alain .......................................... WP32 606
Bird, Susan S. ...............................................ThP28 561
Bird, Susan S. ...............................................ThP28 565
Birsan, Alex .....................................................TP30 577
GENERAL INFORMATION
PAGE 188 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Birsan, Alex ...................................................ThP10 177
Birt, Diane ...................................................... WP19 351
Bischoff, Rainer ............................................ WP33 639
Biselli, Scarlett ................................................TP37 752
Bishop, Alex................................................... WP37 728
Bissette, Brad ................................................ThP29 592
Bisson, Linda............................................ TOE pm 3:50
Bitan, Gal ....................................................... WP23 414
Bitterman, Peter ............................................ThP23 474
Bjergum, Matthew ........................................ThP10 170
Bjergum, Matthew ........................................ThP10 174
Bjergum, Matthew ........................................ThP10 173
Bjergum, Matthew ........................................ThP10 171
Bjerke, Maria ...................................................TP19 280
Bjorlykke, Yngvild ...........................................TP19 284
Bjørlykke, Yngvild .........................................ThP22 432
Blachon, Gregory ...........................................TP29 529
Blachon, Gregory .........................................ThP27 535
Blachon, Gregory ...........................................TP27 484
Blachon, Gregory .........................................ThP29 595
Blachon, Gregory .........................................ThP01 001
Blachon, Gregory ......................................... WP05 062
Blachon, Gregory ...........................................TP30 577
Blachon, Gregory ...........................................TP30 576
Black, David ....................................................TP20 302
Blackburn, Kevin........................................... WP28 500
Blackburn, Kevin...........................................ThP17 289
Blackburn, Kevin.................................... ThOE pm 4:10
Blackburn, Mary ............................................ WP20 369
Blackburn, Mary .............................................. TP08 132
Blackburn, Mary ............................................ThP27 544
Blackburn, Mary .............................................. TP31 602
Blackburn, Mary ............................................ WP27 479
Blackburn, Mary L. .......................................ThP06 093
Blackwel, Anne E ...........................................MP25 513
Blackwel, Anne E.......................................... WP33 628
Blackwell, Benny ............................................TP22 351
Blair, Ian ...........................................................TP24 393
Blair, Ian A. ......................................................TP29 550
Blair, Ian A. .................................................... WP17 306
Blair, Ian A. ......................................................TP24 407
Blair, Ian A. ..................................................... MP11 218
Blake, Daniel .................................................. MP06 109
Blake, Daniel ................................................. WP08 125
Blake, Donald R...................................... WOF pm 2:30
Blake, James C. ............................................MP34 694
Blake, Robert S..............................................MP16 321
Blake, Thomas ...................................... MOD am 09:10
Blake, Thomas ..............................................ThP26 525
Blake-Hedges, Jacquelyn ........................... WP01 002
Blakeman, Kenion .........................................MP15 290
Blakeman, Kenion .........................................MP16 299
Blakeman, Kenion .........................................MP16 300
Blakeslee, Beth ............................................. WP19 334
Blakney, Greg T. ...........................................ThP12 217
Blakney, Gregory ........................................... MP16 318
Blakney, Gregory T. ......................................ThP06 081
Blanchet, Valerie ...........................................ThP36 726
Blanco, Francisco J.......................................MP10 197
Blanco-Tirado, Cristian ................................ WP05 055
Blanco-Tirado, Cristian ................................. MP08 164
Bland, Celine .................................................ThP09 158
Blank, David ...................................................MP01 009
Blank, Michael...............................................ThP23 449
Blank, Michael............................................... WP33 617
Blank, Michael............................................... WP33 629
Blankenship, Robert..................................... WP23 403
Blankenship, Robert E. .......................... MOB pm 2:30
Blankenship, Robert E. ................................ WP23 401
Blankenship, Robert E. ................................ WP23 402
Blankenship, Robert E. ................................ThP36 713
Blanksby, Stephen ................................ThOC pm 3:30
Blanksby, Stephen .......................................ThP35 709
Blanksby, Stephen .......................................ThP35 705
Blanksby, Stephen .......................................ThP36 725
Blanksby, Stephen J. .....................................TP33 642
Blanksby, Stephen J. ....................................MP12 229
Blanksby, Stephen J. ....................................MP36 722
Blaske, Franziska ..........................................WP11 174
Blaske, Franziska .........................................ThP05 070
Blatchley, Ernest ........................................... WP03 029
Blatnik, Matthew ....................................ThOD pm 2:50
Blatnik, Matthew ...................................WOD am 09:30
Blatt, Celso ....................................................ThP27 555
Blazics, Balazs ..............................................ThP29 602
Blcakmer, James ............................................TP35 692
Bleay, Stephen ...............................................MP30 623
Bleiholder, Christian ....................................... TP33 651
Bleiholder, Christian .................................TOF pm 4:10
Blenis, John ............................................ TOE am 08:50
Blennow, Kaj ...................................................TP21 323
Blennow, Kaj ...................................................TP19 280
Blessborn, Daniel ......................................... WP16 290
Blethrow, Justin...................................... TOA am 09:30
Blethrow, Justin........................................MOA pm 2:30
Blethrow, Justin...............................................TP14 218
Blethrow, Justin...............................................TP05 093
Blethrow, Justin.........................................TOA pm 2:30
Blethrow, Justin.............................................ThP25 519
Blokland, Marco H. ......................................... TP37 771
Blonder, Josip ...............................................ThP19 352
Blonder, Niksa ................................................MP18 368
Blonder, Niksa ................................................MP19 384
Blount, Benjamin .......................................... WP03 025
Blount, Benjamin ..........................................ThP21 406
Blount, Benjamin ..........................................ThP21 404
Blueggel, Martin ....................................... TOC pm 3:10
Bluff, Jo ...........................................................WP11 172
Blum, Lorenz C. ............................................ MP13 249
Blumberg, Bruce ...........................................ThP28 575
Blumert, Conny ...............................................TP17 250
Bo, Tao ..................................................... MOE pm 4:10
Bo, Tao ............................................................ MP34 709
Bo, Tao ........................................................... WP19 324
Bo, Tao ............................................................ MP33 674
Bo, Tao ............................................................ MP34 708
Bø, Lars .........................................................ThP22 433
Bobba, Sudheer .............................................MP06 100
Bobst, Cedric E. .............................................. TP15 231
Bobst, Cedric E. .............................................MP25 499
Bobst, Cedric E. ............................................ WP23 410
Boccard, Julien ..................................... MOE am 08:50
Böcker, Sebastian ........................................ WP13 231
Boden, Adrienne ........................................... WP04 042
Bodi, Andras ..................................................ThP36 726
Bodi, Andras ..................................................ThP36 727
Bödi, Stefan .................................................... MP04 077
Bodle, Eric S. ..................................................TP26 455
Bodnar, Edward ..............................................TP36 726
Boecker, Sebastian ....................................... MP36 734
Boedec, Angélique ....................................... WP24 440
Boege, Fritz ...................................................ThP23 454
Boehm, Guenter ...........................................ThP11 194
Boehm, Guenter ............................................MP25 518
Boehm, Jesse S. ..........................................ThP10 179
Boekel, Jorrit ..................................................MP19 376
Boerma, LeeAnn............................................MP22 425
Boerma, LeeAnn J. .............................ThOD am 09:30
Boersma, Melissa ......................................... WP29 528
Boese, Joos-Hendrik ....................................MP29 582
Boese, Joos-Hendrik ....................................MP19 383
Boese, Joos-Hendrik ...................................ThP34 675
Boese, Joos-Hendrik ....................................MP29 581
Boggio, Kristin J..............................................TP19 282
Bogumil, Ralf ................................................. WP17 309
Bohn, Paul .....................................................ThP04 040
Boichenko , Alexander Boichenko  ............ WP33 639
Boissel, Pierre ................................................. TP04 070
Boissery, Pierre ............................................... TP31 585
Boitsov, Vitali .................................................ThP34 679
Bokatzian-Johnson, Samantha S. .............ThP36 712
Bolcato, Christopher ......................................TP12 212
Boldyrev, Alexey ............................................MP17 356
Boles, Chris ................................................... WP35 674
Bolgar, Mark .................................................. WP14 246
Bollig, Klaus.................................................... MP06 111
Bolton, Barbara ............................................. ThP11 209
Bomgarden, Ryan ........................................ WP33 617
Bomgarden, Ryan ........................................ WP31 583
Bomgarden, Ryan ........................................ThP23 449
Bomgarden, Ryan ........................................ThP18 321
Bomgarden, Ryan .......................................... TP11 197
Bomgarden, Ryan ..........................................TP08 131
Bomgarden, Ryan ................................ WOA am 09:30
Bomgarden, Ryan ........................................ThP08 135
Bomgarden, Ryan D. ........................... WOA am 09:50
Bonačić-Koutecký, Vlasta .................. WOG am 10:10
Boncristiani, Humberto .................................MP33 682
Bond, Nick ......................................................MP10 203
Bond, Nick .......................................................TP33 661
Bondar, Olga ..................................................MP26 524
Bondar, PhD, Olga ........................................MP09 173
Bondarenko, Pavel ................................. MOD pm 2:30
Bondarenko, Pavel .......................................ThP25 495
Bondarenko, Pavel V. ..................................ThP33 668
Bondesson, Ulf ............................................. WP15 274
Bondesson, Ulf ............................................. WP15 276
Bonduriansky, Russell ..................................MP29 590
Bones, Jonathan.............................................TP35 696
Bones, Jonathan.....................................WOG pm 3:30
Bones, Jonathan.............................................TP36 719
Bonham, Christopher A ............................... WP29 539
Bonifay, Vincent ..............................................TP24 417
Bonilla, Leo .................................................... WP34 657
Bonkovsky, Herbert L....................................MP27 555
Bonnaire, Yves .............................................. WP17 305
Bonneil, Eric ....................................................TP33 640
Bonnel, David ................................................ThP02 023
Bonnel, David ................................................. WP11 193
Bonnel, David ....................................... ThOF am 10:10
Bonner, Ron ....................................................TP24 385
Bonner, Ron .................................................. WP13 230
Bonner, Ron ...................................................MP24 463
Bonner, Ron .................................................. WP36 685
Bonner, Ron ...................................................MP24 493
Bonner, Ron ....................................................TP08 144
Bonner, Ron ....................................................TP08 141
Bonomelli, Camille .........................................TP35 707
Bonsing, Bert A. ............................................ThP23 471
Bonzón Kulichenko, Elena ............................ TP17 246
Boock, Jared .................................................ThP01 015
Boock, Jared J. ..................................... MOC am 09:30
Boon, Kum-Loong .........................................MP20 387
Boons, Geert-Jan .................................WOC am 09:50
Boothman, David .......................................... WP06 089
Borchers, Christoph ....................................... TP11 196
Borchers, Christoph ......................................MP09 180
Borchers, Christoph .............................. TOA am 10:10
Borchers, Christoph ......................................MP22 424
Borchers, Christoph ............................. MOF am 09:10
Borchers, Christoph ......................................MP21 406
Borchers, Christoph .............................. TOF am 09:10
Borchers, Christoph .....................................ThP04 037
Borchers, Christoph ..................................... WP16 289
Borchers, Christoph ......................................MP20 390
Borchers, Christoph ......................................MP21 408
Borchers, Christoph ......................................MP21 405
Borchers, Christoph ......................................MP19 375
Borchers, Christoph ..................................... WP28 499
Borén, Mats .....................................................TP20 303
Borges, Endler ................................................TP34 683
Borgmann-Winter, Karin E. ........................... TP21 319
Borhan, Babak ......................................MOG am 08:50
Borisov, Oleg ........................................ThOC am 09:10
Borisov, Roman .............................................MP36 724
Bork, Peer .......................................................MP29 580
Borkar, Sampada ..........................................ThP36 727
Borkowski, Carina .........................................MP10 202
Boronina, Tatiana N. ....................................ThP08 127
Borotto, Nicholas ...........................................MP22 421
Borotto, Nicholas ...........................................MP22 430
Borrajo-Pelaez, Rafael ..................................TP23 377
Borthwick, Andy ...................................ThOB am 08:50
Borton, David ................................................ WP14 235
Borton, David .........................................ThOG pm 2:30
Boschmans, Jasper .......................................TP33 637
Bosco, Daryl A. ...............................................TP19 282
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 189
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Bose, Ron ....................................................... MP24 478
Bose, Ron .............................................. MOF am 09:30
Boshuis, Peter................................................MP25 495
Bosnich, Whynn .............................................MP03 053
Boswell, Paul..................................................MP03 048
Boswell, Paul.................................................ThP11 210
Boswell, Paul................................................. ThP11 211
Boswell, Paul..................................................MP03 049
Boswell, Paul..................................................MP03 047
Boswell, Paul G. ............................................ MP06 118
Boswell, Sarah A. ...........................................TP08 147
Bothner, Brian .................................................TP23 360
Bothner, Brian .................................................TP24 398
Bothner, Brian ......................................... WOA pm 3:50
Bothner, Brian .................................................TP23 366
Botrè, Francesco .......................................... WP08 135
Botrè, Francesco ...........................................MP30 614
Bottalico, Lisa ................................................ WP17 306
Böttcher, Christoph..............................ThOB am 09:10
Bottinelli, Dario ...............................................MP23 458
Bottinelli, Dario ................................................ TP08 152
Bottinelli, Dario .............................................. WP31 593
Botz, Chad ...................................................... MP09 175
Bou-Assaf, George M. .........................WOH am 10:10
Boudah, Samia ..............................................MP12 232
Boudah, Samia ..............................................MP04 075
Boudreau, Nadine .........................................MP01 021
Boudreau, Nadine .........................................MP01 025
Boudreau, Nadine .........................................MP06 107
Boudreau, Nadine .........................................MP01 023
Boudreau, Nadine ..........................................TP08 149
Boudreau, Nadine .........................................MP01 019
Boudreau, Nadine .........................................MP06 088
Boudreau, Nadine .........................................MP01 020
Boudreau, Nadine .........................................MP01 022
Boudreau, Nadine .........................................MP01 026
Boudreau, Nadine .........................................MP01 014
Boudreau, Nadine .........................................MP01 024
Boudreau, Paul ........................................ TOH pm 2:30
Boudreau, Paul ........................................ TOG pm 2:30
Bougueleret, Lydie ....................................... WP32 606
Bouhifd, Mounir...............................................TP24 391
Boukhali, Myriam .......................................... WP28 509
Boukhedimi, Yasmin .................................... WP17 297
Boulanger, Martin ..........................................MP21 408
Bourassa, Sylvie ........................................... WP33 622
Bourdaudhui, Pascal .....................................MP04 063
Bourgeois, Philippe ........................................TP19 280
Bourgon, Richard ......................................... WP33 632
Bourgoudien, Freek .....................................ThP21 396
Boursier, Laure ............................................. WP05 059
Boutin, Michel ...............................................ThP21 387
Boutonnet, Baptiste ...................................... WP14 244
Bovee, Michael .............................................ThP08 133
Bowden, John ...............................................ThP28 575
Bowden, Thomas............................................TP35 707
Bowen, Chester .............................................MP07 140
Bowen, Chester L ........................................... TP25 451
Bowen, Richard D. .......................................ThP31 634
Bowerman, Charles .......................................TP25 439
Bowers, Jeremiah.........................................ThP22 414
Bowers, Michael .............................................TP33 619
Bowers, Michael T. ...................................TOF pm 4:10
Bowersock, Greg .................................ThOD am 09:30
Boweld, Andrew ........................................... MP17 345
Bowling, Heather ...........................................MP29 601
Bowman, David............................................. WP04 040
Bowman, Jennifer.........................................ThP11 187
Bowman, Jennifer...........................................TP10 181
Bowser, Michael ........................................... WP37 730
Boyarkin, Oleg ..............................................ThP35 696
Boyarkine, Oleg V. ............................... WOG am 09:30
Boyce, Gregory .............................................. WP11 181
Boyce, Gregory ............................................... TP21 341
Boyd, Jessica ........................................ WOF am 08:50
Boyd, Jessica M. ...........................................MP31 633
Boyd, Robert ..................................................MP25 497
Boyd, Robert K. .....................................ThOH pm 3:30
Boyd, Robert K. .............................................MP18 364
Boyer, Anne E ................................................ MP26 548
Boyes, Barry .................................................... TP35 694
Boyes, Barry ..................................................ThP19 348
Boyes, Barry ...................................................MP06 129
Boyle, Billy .....................................................ThP01 020
Boyle, Billy .....................................................ThP01 021
Boyle, Billy .....................................................ThP01 019
Boyne, Michael ....................................... MOD pm 2:50
Bozack, Svetlana ........................................... MP11 216
Bozell, Joseph..................................... ThOG am 10:10
Bozhenok, Ludmila........................................MP25 497
Braakman, Rene...........................................ThP22 416
Braakman, Rene...........................................ThP22 417
Braakman, René B.H. .........................ThOD am 09:10
Brabeck, Gregory ...........................................TP05 098
Bracht, Thilo ..................................................ThP22 413
Bracht, Thilo Bracht......................................ThP22 412
Brachthaeuser, Yessica ............................... WP38 754
Brachthäuser, Yessica .................................. MP15 275
Brachthäuser, Yessica .................................. MP15 280
Brachthäuser, Yessica .................................. MP15 284
Bradford, Andrew P. ..................................... WP06 073
Bradley, Emma.............................................. WP37 707
Bradley, Joel C. ...................................... TOA am 08:30
Bradshaw, Robert ..........................................MP30 623
Branson, Owen E. ........................................ThP22 411
Brant, David.....................................................TP28 517
Brantley, Milam ..............................................MP04 060
Branza-Nichita, Norica...................................TP21 336
Brask, Julie Benedicte ........................ThOD am 09:10
Bratt, Jennifer ................................................ WP17 308
Brauckmann, Christine ................................ WP23 409
Brauer, Jonathan ..........................................ThP05 069
Braun, Doug R. ...............................................TP24 415
Braun, Thomas .............................................ThP18 309
Braun, Thomas ............................................. WP29 525
Braun, Thomas ..............................................MP24 476
Braunschweiger, Karen ...............................ThP09 151
Braverman, Alan .............................................TP21 314
Bray, Fabrice .............................................TOA pm 3:10
Bray, Fabrice ...................................................TP12 210
Breault-Turcot, Julien ...................................ThP04 041
Brechlin, Peter .............................................. WP26 456
Breed, Jason ................................................. WP23 407
Breinholt, Jens .............................................. WP22 395
Breitkopf, Susanne .......................................ThP17 296
Breitkopf, Susanne ...............................WOD am 08:50
Breitkopf, Susanne ....................................... WP28 504
Brekenfeld, Andreas.......................................TP36 716
Brenna, J. Thomas ....................................... ThP11 214
Brennan, John................................................MP06 099
Brennen, Reid ...............................................ThP09 147
Brennen, Reid A. .......................................... WP21 380
Brennen, Reid A. ...........................................MP22 431
Brenner, Michael.............................................TP08 143
Breuker, Kathrin .................................... MOH am 09:30
Breuker, Kathrin .............................................. TP09 171
Breuker, Kathrin ...................................... MOB pm 3:30
Brewer, Heather M. .......................................MP34 707
Bridge, Alan ................................................... WP32 606
Briese, Thomas .............................................ThP25 497
Bright, Jane ....................................................MP30 627
Brik, Ashraf ......................................................TP22 354
Brill, Laurence ..........................................MOA pm 2:30
Brinckerhoff, Will ............................................. TP05 090
Brinckerhoff, William .....................................MP35 719
Brinckerhoff, William ...........................ThOE am 08:50
Brinckerhoff, William .....................................MP35 718
Brinckerhoff, William .....................................MP35 720
Brink, Andreas................................................MP02 031
Brink, Andreas......................................... MOE pm 3:10
Brinkmalm, Ann...............................................TP21 323
Brinkmalm, Ann...............................................TP19 280
Brinkmalm, Gunnar ........................................TP21 323
Brinkmalm, Gunnar ........................................TP19 280
Briscoe, Andrew ..............................................TP36 730
Bristow, Anthony .................................... ThOF pm 4:10
Britigan, Bradley ........................................... WP15 272
Brittain, Scott .................................................ThP09 144
Britton, Eric ...................................................... TP26 473
Britton, Laura-Mae .........................................TP22 349
Britz-McKibbin, Philip ..................................... TP23 359
Brkic, Boris .................................................... WP04 043
Brkić, Boris .....................................................MP15 270
Broadbelt, Kevin G. .............................ThOD am 10:10
Broaddus, Russell .........................................MP27 553
Broccardo, Carolyn ........................................TP05 099
Broch Trentini, Débora................................. WP34 660
Brockhaus, Albrecht ...................................... MP15 283
Brockman, Stephen ......................................MP34 688
Brockmann, Klaus .........................................MP15 284
Brockmann, Klaus J. ..................................... MP15 283
Brockmann, Klaus J. ..................................... MP15 279
Brockmann, Klaus J. ..................................... MP15 274
Brockmoeller, Scarlet ....................................MP10 203
Brodbelt, Jennifer ........................................... TP11 199
Brodbelt, Jennifer ......................................... WP37 728
Brodbelt, Jennifer ...........................................TP01 003
Brodbelt, Jennifer ...........................................TP09 172
Brodbelt, Jennifer ......................................... WP30 566
Brodbelt, Jennifer ......................................... WP24 427
Brodbelt, Jennifer ...........................................TP01 010
Brodbelt, Jennifer .........................................ThP09 152
Brodbelt, Jennifer ..........................................MP12 231
Brodbelt, Jennifer S. .....................................MP24 485
Brodbelt, Jennifer S. ....................................ThP19 353
Brodbelt, Jennifer S. ....................................ThP09 146
Brodbelt, Jennifer S. ................................TOA pm 4:10
Broderick, David ............................................MP22 432
Brodesser, Susanne......................................MP12 223
Brodie, Nicholas ............................................MP21 406
Broeckling, Corey .......................................... MP04 071
Broeckling, Corey .................................. ThOE pm 2:50
Broeckling, Corey .......................................... MP03 049
Broeckling, Corey D. ........................... ThOB am 09:30
Bromirski, Maciej ............................................TP31 589
Bromirski, Maciej ..........................................ThP29 606
Bromirski, Maciej ............................................TP31 597
Bromirski, Maciej .......................................... WP04 042
Bromirski, Maciej ..................................WOE am 09:30
Bromirski, Maciej ............................................TP31 578
Bromirski, Maciej .................................. MOE am 08:50
Bromirski, Maciej ..........................................ThP12 228
Brookmeyer, Claire.........................................TP29 547
Brooks, Robert ..............................................ThP36 721
Brorson, Kurt ............................................ TOC pm 4:10
Brosch, Gerald .............................................. WP30 563
Brouard, Mark ...............................................ThP04 050
Brouard, Mark ...............................................ThP05 059
Brouard, Mark ...............................................ThP05 068
Broudy, Daniel .................................................TP28 521
Broussard, Joshua .........................................TP04 066
Brouwer, Hendrik-Jan .................................. WP15 260
Brouwer, Hendrik-Jan ..................................ThP18 317
Brown, Ann ............................................WOD am 09:10
Brown, Gordon D.......................................... WP28 496
Brown, Jeff ....................................................... TP01 001
Brown, Jeff ....................................................... TP01 002
Brown, Jeff ..................................................... WP10 167
Brown, Jeffery .................................................TP02 027
Brown, Kari .................................................... WP15 272
Brown, Kristy .................................................ThP19 337
Brown, Kristy J ........................................ WOD pm 4:10
Brown, Lauren...............................................ThP01 021
Brown, Lauren...............................................ThP01 013
Brown, Lauren...............................................ThP01 020
Brown, Lewis M. .............................................TP21 326
Brown, Melisa ............................................... WP05 049
Brown, Nat ..................................................... ThP25 511
Brown, Noah ..................................................MP27 564
Brown, Paula N .............................................. MP34 706
Brown, Roslyn ................................................. TP12 209
Brown, Stephen ..............................................TP35 710
Brown, Stuart .......................................ThOD am 08:30
Browne, Shaynah ......................................... WP23 417
Brownridge, Philip J ..................................... WP33 641
Broxterman, Henk ........................................ WP34 665
Bruce, James ................................................ WP28 495
GENERAL INFORMATION
PAGE 190 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Bruckner, Raphael ........................................ WP28 509
Bruckner-Tuderman, Leena ........................ WP36 706
Bruckskotten, Marc .......................................MP24 476
Bruderer, Roland M. ....................................... TP08 142
Bruderer, Roland M. ....................................... TP17 252
Brueggemann, Ernst E. ................................ MP25 500
Brüggemann, Martin .....................................MP31 649
Bruins, Andries P. ......................................... WP15 261
Bruker, Kathrin ........................................WOC pm 2:50
Brumm, Riccardo ............................................ TP17 250
Brun, Virginie ................................................... TP13 215
Brunelle, Alain ................................................ MP11 220
Brunelle, Alain ................................................ MP10 184
Brunelle, Alain ............................................... WP14 244
Brunelle, Alain .................................................TP03 051
Brunetto, Rosario ................................ThOE am 09:10
Brunnert, Hans ..............................................ThP27 553
Brunnström, Åsa ............................................. TP25 430
Bruns, Nicole ............................................ TOG pm 2:30
Bruserud, Øystein.........................................ThP23 456
Brusic, Vladimir ............................................. WP31 575
Bruton, Jim ......................................................TP30 571
Bryan, Scott R ...............................................ThP04 045
Buchholz, Malte Buchholz............................MP10 202
Buchner, James ............................................. MP34 687
Buchner, James D. .......................................ThP31 639
Buchner Jr., James .......................................MP34 687
Buck, Lynette ................................................ThP33 668
Buckanovich, Ronald ................................... WP26 466
Budamgunta, Harshavardhan ......................TP04 071
Budimir, Natali ............................................... WP37 708
Budzinski, Ilara Gabriela Frasson ...............MP32 666
Bugni, Tim S. ................................................... TP24 415
Buhrlage, Sara ............................................... WP11 185
Bukowski, Nick ................................................ TP04 061
Bulayeva, Nataliya ........................................MP26 522
Bull, James ...................................................... TP05 102
Bull, James ....................................................ThP05 068
Bülter, Ann-Christin ......................................ThP05 056
Bülter, Ann-Christin ......................................ThP05 070
Bülter, Ann-Christin .......................................WP11 174
Bunch, Josephine ......................................... WP10 165
Bunch, Josephine ......................................... WP09 153
Bunch, Josephine .......................................... MP11 208
Bunch, Josephine .........................................ThP23 455
Bunch, Josephine ......................................... WP10 164
Bunch, Josephine .........................................ThP04 049
Buncherd, Hansuk .........................................MP21 407
Bundy, Jacob G. ........................................... WP12 220
Bunger, Maureen ........................................... MP09 168
Bunn, Jonathon.............................................ThP11 202
Burgers, Peter ............................................... WP18 319
Burgeson, Jim ............................................... WP15 282
Burgess, Jennifer ...........................................TP31 579
Burgess, Michael .................................. WOA am 10:10
Burgess, Michael ........................................... MP26 523
Burk, Peeter ....................................................TP02 030
Burke, Anthony .............................................. MP21 411
Burke, Kathleen .............................................MP22 426
Burke, Meghan ...................................... TOE am 08:30
Burke, Nicole .................................................ThP14 256
Burke, Nicole .................................................ThP35 699
Burke, Rochelle ..............................................TP25 448
Burke, Jr., Terrence ......................................ThP14 258
Burkhart, Julia M. ...........................................TP19 285
Burlingame, Al ........................................ TOD am 09:30
Burlingame, Alma .................................WOE am 09:30
Burlingame, Alma ......................................... WP31 591
Burnet, Meagan .............................................MP20 389
Burns, Sarah A...............................................MP06 103
Burnum, Kristin ...................................... TOB am 08:50
Burnum, Kristin ........................................ TOB pm 3:50
Burnum-Johnson, Kristin ............................... TP33 652
Burr, Alicia ...................................................... WP24 428
Burrier, Robert.................................................TP29 548
Burrows, Jon ..................................................MP09 172
Burrows, Jon ..................................................MP09 169
Burt, Oliver......................................................MP36 736
Burt, Randall ...................................................TP21 314
Burton, Aaron .......................................ThOE am 09:30
Burton, Lyle ................................................... WP15 256
Burton, Lyle .....................................................TP08 144
Burton, Lyle .....................................................TP24 385
Burton, Lyle ................................................... WP13 230
Burton, Mark D..............................................ThP25 497
Büschel, Christoph ........................................ MP33 680
Büschl, Christoph ..........................................MP04 077
Bush, Ashley ................................................. WP12 212
Bush, Matt ..................................................... WP23 412
Bush, Matthew F. .......................................... WP38 737
Bushee, Jennifer L. ...................................... WP15 279
Bushee, Jennifer L. ...................................... WP15 271
Busik, Julia ....................................................ThP28 576
Busik, Julia V. ................................................. MP11 216
Busnel, Jean-Marc ....................................... WP24 428
Busnel, Jean-Marc ........................................MP15 287
Busnel, Jean-Marc .........................................TP15 229
Busquets, Xavier ...........................................MP10 201
Bustos, Daisy ................................................ThP18 307
Bustos, Daisy ........................................... TOD pm 4:10
Butcher, Rebecca ........................................... TP23 378
Büter, Lars .......................................................TP10 189
Butko, Margaret ..............................................TP21 318
Butler, Rebecca ............................................ThP10 184
Buts, Kim ................................................ ThOE pm 3:10
Butsch Kovacic, Melinda ............................. WP15 272
Butscheid, Yulia ..............................................TP21 310
Butscheid, Yulia ..............................................TP17 252
Butzmann, Lars.............................................ThP34 675
Butzmann, Lars..............................................MP19 383
Butzmann, Lars..............................................MP29 582
Butzmann, Lars..............................................MP29 581
Byer, Jonathan ............................................... MP31 631
Byram, Gregory ..............................................TP08 131
Byram, Gregory ............................................ WP32 602
Byram, Gregory ..............................................TP22 351
Byram, Gregory ..............................................TP21 309
Byram, Gregory ............................................ WP26 457
Byram, Gregory ............................................ThP34 673
Bystrom, Cory ................................................MP09 168
Bythell, Benjamin J. ...............................WOC pm 3:10
Bythell, Benjamin J. .....................................ThP31 645
Byun, Jaeman .................................................TP35 710
Byun, Jaeman ................................................WP17 311
Bzdek, Bryan ................................................. ThP36 711
Cabanzo, Rafael ........................................... WP05 054
Cabanzo, Rafael ....................................ThOG pm 3:30
Cabovska, Baiba ...........................................MP36 736
Cabral, Elaine Cristina .................................ThP04 044
Cabrera, Karin............................................... WP19 335
Cabrices, Oscar ...................................... WOA pm 3:10
Cabrices, Oscar .............................................. TP29 555
Cabrices, Oscar G..........................................TP29 541
Caesar, Ina ....................................................ThP23 465
Cafazzo, Mark ................................................. TP08 137
Cai, Chengyuan ............................................ WP20 366
Cai, Qian ........................................................ WP32 599
Cai, Qian ........................................................ WP29 519
Cai, Sheng-Suan (Victor) ............................ThP27 556
Cai, Sheng-Suan (Victor) ...................... MOH pm 3:10
Cai, Tanxi .........................................................TP27 479
Cai, Xianmei ..................................................ThP10 172
Cai, Yang .........................................................TP10 186
Cai, Yang ......................................................... TP11 195
Cai, Yi .............................................................ThP30 629
Cajka, Tomas ..................................................TP27 480
Cajka, Tomas ......................................... ThOC pm 2:30
Calabrese, Antonio ........................................MP21 403
Calafat, Antonia ............................................ThP21 405
Caldas, Carlos .............................................. WP28 496
Calderon, Angela ..........................................ThP13 236
Calderon, Neisy .....................................ThOG pm 3:30
Callahan, John ..............................................ThP12 224
Callahan, John ..............................................ThP27 557
Callahan, John H. .........................................ThP25 516
Callahan, John H. ......................................... WP19 343
Callahan, John H. .................................... TOE pm 2:50
Callaway, Myrasol ........................................ThP23 460
Calligaris, David ............................................. WP11 185
Calligaris, David .................................... MOG am 09:10
Calligaris, David ............................................ThP09 154
Caltagarone, John ...................................MOF pm 3:50
Calvo, Enrique ................................................TP05 095
Calvo-Calle, J. Mauricio ...............................MP28 574
Camara, Johanna ......................................... WP19 352
Camenzind, Alexander .................................MP09 180
Cammarata, Michael ...................................... TP09 172
Camp, Dave .......................................... MOD am 08:30
Camp, David G. ............................................ WP27 484
Camp, David G. .............................................MP26 542
Camp II, David G. .......................................... MP24 483
Camp II, David G. ................................. MOA am 10:10
Camp, II, David G. .........................................MP26 540
Campbell, Colin .............................................MP23 452
Campbell, Colin .............................................MP13 243
Campbell, Dave ....................................... TOH pm 4:10
Campbell, J. Larry ........................................ThP28 586
Campbell, J. Larry ..........................................TP33 642
Campbell, J. Larry ........................................ WP04 039
Campbell, J. Larry ........................................ThP01 010
Campbell, Larry ..............................................TP02 043
Campbell, Larry ...................................... WOA pm 3:10
Campbell, Scott ..............................................TP28 524
Campbell, Yan ................................................ MP22 432
Campos, Tiago ...............................................MP34 696
Campuzano, Iain ............................................TP33 623
Campuzano, Iain D G .................................. WP14 241
Canchaya, Gabriela ......................................MP26 543
Cancilla, Mark ................................................MP14 259
Cancilla, Mark ................................................MP14 261
Candish, Esme ..............................................MP07 137
Canella, Alessandro ...................................... MP27 562
Cannon, Joe R. .............................................ThP09 146
Cannon, Joe R. .............................................. MP24 485
Cano, Patricia M. ........................................... MP04 063
Cansizoglu, Ertugrul.............................WOB am 09:10
Cantarel, Brandi ............................................ThP25 502
Canterbury, Jesse ................................WOE am 09:50
Canterbury, Jesse ................................. TOA am 09:30
Canterbury, Jesse ................................ MOA am 08:30
Canterbury, Jesse ....................................TOA pm 2:30
Canterbury, Jesse D. ....................................MP16 309
Canterbury, Jesse D. ................................... WP31 582
Cantley, Lewis ............................................... WP22 386
Canty, John M. ................................................TP18 257
Cao, Hui ...........................................................TP37 741
Cao, Jian .........................................................MP22 416
Cao, Lulu ....................................................... WP09 138
Cao, Rui ......................................................... WP26 461
Cao, Weiqian ................................................... TP35 693
Cao, Xing-Jun ............................................... WP30 562
Cao, Zhe ..........................................................TP31 605
Capacio, Benedict ..........................................TP26 458
Capilla, Ramsés ....................................TOG am 09:50
Capodanno, Eric ............................................. TP37 746
Cappiello, Achille .......................................... WP20 361
Cappiello, Achille ............................................TP31 606
Capri, Joseph .................................................. TP18 273
Caprioli, Richard ...........................................ThP05 061
Caprioli, Richard ........................................... WP10 166
Caprioli, Richard ........................................... WP09 156
Caprioli, Richard ........................................... WP09 154
Caprioli, Richard .................................... TOB am 10:10
Caprioli, Richard ............................................ MP10 195
Caprioli, Richard ............................................ MP27 551
Caprioli, Richard ........................................... WP12 206
Caprioli, Richard M. ..................................... WP12 202
Caprioli, Richard M. ......................................MP10 190
Caprioli, Richard M. ..................................... WP10 163
Caprioli, Richard M. ..................................... WP09 152
Caprioli, Richard M. ......................................MP10 191
Caprioli, Richard M. ..................................... WP12 199
Caprioli, Richard M. ......................................MP10 186
Caprioli, Richard M. ..................................... WP09 155
Caprioli, Richard M. .....................................ThP04 033
Caprioli, Richard M. ..................................... WP10 162
Caprioli, Richard M. ................................ TOB pm 2:50
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 191
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Capriotti, Fabiana ......................................... WP20 361
Capuano, Floriana .......................................... TP33 661
Carapito, Christine .......................................ThP09 156
Carapito, Christine .......................................ThP22 428
Carapito, Christine .........................................TP21 306
Carchedi, Marisa ...........................................MP36 729
Cardasis, Helene L. .....................................ThP06 091
Cardenas, Johnny ........................................ WP33 640
Cardenas, Johnny ........................................ WP33 643
Cardozo, Karina Helena Morais ..................MP10 196
Carlini, Edward ..............................................MP14 259
Carlis, John V. ................................................. TP28 511
Carlson, Erik ...................................................MP23 446
Carlson, Erin ............................................ TOG pm 3:10
Carlson, Gerald M. ....................................... WP22 387
Carlson, Ross P. ........................................... WP14 243
Carlson, Timothy............................................MP01 002
Carlsson, Cynthia ......................................... WP27 476
Carlsson, Henrik ........................................... WP26 465
Carlton, D. .....................................................ThP06 103
Carlton Jr., Doug D. ..................................... WP19 325
Carmella, Steven ............................................ TP29 547
Carmella, Steven ............................................ TP29 532
Carmen, Deanna ...........................................MP21 403
Carmona, Juan .............................................ThP27 545
Carmona, Juan .............................................ThP27 544
Carniel, Elisabeth .................................... TOH pm 3:50
Carolan, Vikki .................................................WP11 172
Caron, Pierre-Yves ........................................MP01 021
Caron, Pierre-Yves ........................................MP06 088
Caron, Pierre-Yves ........................................MP01 022
Caron-Lizotte, Olivier .................................... MP28 573
Carpenter, Michael S ....................................MP06 094
Carpentier, Sebastien ........................... ThOE pm 3:10
Carpentieri, Andrea ......................................ThP19 350
Carpita, Adriano .............................................. TP30 567
Carpy Gutierrez Cirlos, Alejandro ..............ThP09 163
Carr, Peter ...................................................... MP06 117
Carr, Steve.......................................................TP08 148
Carr, Steven .............................................MOF pm 3:30
Carr, Steven ...................................................MP26 523
Carr, Steven ............................................. TOD pm 3:30
Carr, Steven .......................................... MOD am 08:30
Carr, Steven .......................................... WOA am 10:10
Carr, Steven A. ..............................................ThP10 179
Carr, Steven A. ..............................................ThP01 011
Carr, Steven A. ............................................... MP26 544
Carreira, Ricardo J. ...................................... WP09 141
Carrera, Maria G. ..........................................WP11 191
Carrilho, Emanuel......................................... WP29 529
Carroll, Frances ............................................ WP08 120
Carroll, James A ..................................... MOB pm 2:30
Carroll, James A. ............................................TP15 236
Carroll, Jason S. ........................................... WP28 496
Carroll, Rebecca ............................................ MP23 442
Carroll, Richard ............................................... TP26 456
Carruthers, Anthony .....................................ThP24 482
Carson, James ......................................... TOB pm 3:50
Carson, James ....................................... TOB am 08:50
Carson, Joshua............................................. WP29 528
Carson, Joshua J. ...................................MOA pm 3:30
Carson III, William E. ...................................ThP22 411
Carstens, Carsten ........................................ThP25 497
Carter, Christy ............................................... WP12 204
Carter, Melissa ...................................... MOD am 09:10
Carter, Melissa ..............................................ThP26 525
Carter, Spencer.............................................ThP13 233
Carter, Spencer....................................ThOC am 08:30
Carter, Spencer J. ..........................................TP26 455
Caruntu, Daniela.............................................TP10 186
Caruso, Michael ............................................ThP17 293
Caruso, Michael A. ...................................... WP33 633
Carvalho, Valdemir Melechco ......................MP10 196
Carver, Jeremy ..............................................MP19 380
Casadonte, Rita ............................................. MP10 194
Casadonte, Rita ............................................. MP10 193
Cass, Quezia..................................................MP34 696
Cassady, Carolyn .........................................ThP14 250
Cassady, Carolyn J. ....................................... TP06 115
Cassady, Carolyn J. .....................................ThP36 712
Cassady, Carolyn J. .......................................TP07 124
Cassady, Carolyn J. ....................................... TP06 116
Cassidy, Elizabeth ......................................... MP29 590
Castaneda, Carlos .......................................ThP18 308
Castangia, Roberto ........................................TP35 708
Casteel, Darren E. ........................................ WP22 397
Castellana, Natalie ....................................... WP24 437
Castellanos-García, Laura J. .......................MP08 164
Castellino, Stephen ............................. ThOF am 09:10
Castellino, Stephen ....................................... WP11 177
Castello, Olena .............................................ThP13 248
Castillia, Caterina Strambio De ................... MP23 458
Castillino, Stephen ........................................WP11 175
Castillo, Mary Joan....................................... WP27 480
Castoro, John ................................................ WP14 251
Castro, Sergio ...............................................ThP12 218
Castro Feo, Begoña ..................................... WP12 216
Castro-Perez, Jose ........................................TP21 307
Castro-Perez, Jose ................................WOD pm 3:10
Catalano, Carlos E. ...................................... WP23 420
Catenacci, Daniel ..........................................MP09 169
Catenacci, Daniel ..........................................MP09 172
Catherman, Adam .................................. MOB pm 4:10
Catherman, Adam ..........................................TP01 008
Catherman, Adam ..........................................TP16 244
Catherman, Adam ........................................ThP08 128
Catherman, Adam D. .............................WOD pm 3:30
Catherman, Adam D. ................................... WP35 684
Catoire, Alexandre .........................................MP17 340
Catron, Brittany .............................................ThP23 472
Causon, Jason ............................................... MP06 109
Cavagnino, Daniela ........................................TP31 606
Cavanaugh, Craig .........................................MP15 290
Cavazos, Ramiro ............................................ TP26 463
Cavdar, Avni .................................................. WP07 101
Cazares, Lisa H. ............................................ MP25 500
Cazares, Lisa H. ...................................... TOH pm 3:30
Cece, Esra Nurten .........................................MP02 031
Cech, Nadja....................................................MP34 700
Cech, Nadja B. ..............................................ThP31 649
Celik, Murat ....................................................MP07 150
Celik, Murat ....................................................MP07 149
Celik, Murat ................................................... WP07 101
Çelikbıçak, Ömür .......................................... WP34 654
Çelikbıçak, Ömür .......................................... WP34 653
Çelikbıçak, Ömür ........................................... MP23 455
Çelikbıçak, Ömür ............................................ TP36 725
Çelikbıçak, Ömür ..........................................ThP09 150
Celiz, Adam ...................................................ThP02 022
Cellar, Nicholas ............................................. WP20 361
Cerda, Blas .................................................... WP37 716
Cerda, Blas ....................................................ThP27 536
Cerda, Blas .................................................... WP37 715
Cerniglia, Carl .................................................TP37 766
Ceroni, Alessio ............................................... MP18 365
Cerqueira, Cátia ...........................................ThP19 332
Cha, Byung Heun .........................................ThP23 457
Cha, Byungchul ............................................ThP06 099
Cha, Hyun-Jeong ......................................... WP35 675
Cha, Jeeyeon ......................................... TOB am 08:50
Cha, Jeeyeon ........................................... TOB pm 3:50
Cha, Sangwon ................................................TP10 180
Cha, Seong Won ....................................WOB pm 2:50
Chacón, Martha L. ........................................ WP05 055
Chadwick, Stuart ..........................................ThP29 598
Chadwick, Stuart ............................................TP20 301
Chae, Sung-Suk ............................................MP26 540
Chaerkady, Raghothama .............................MP24 478
Chaerkady, Raghothama ..............................TP12 208
Chaerkady, Raghothama ............................ThP22 440
Chahal, Jasdave S. ...................................... WP29 524
Chahal, Jasdave S. ....................................... MP28 569
Chahal, Navjot ...............................................MP01 005
Chahal, Navjot ...............................................MP01 029
Chai, Yunfeng .................................................TP01 018
Chai, Yunfeng ...............................................ThP30 623
Chailapakul, Orawon ................................... WP02 006
Chait, Brian ............................................. ThOB pm 3:10
Chait, Brian .....................................................MP20 391
Chait, Brian T........................................... WOE pm 2:30
Chait, Brian T................................................. WP28 507
Chait, Brian T................................................. WP23 418
Chait, Brian T.......................................... TOH am 10:10
Chakrabarti, Atis ............................................MP06 127
Chakrabarty, Shubhashis ..................... ThOA pm 2:50
Chakrabarty, Shubhashis ............................ ThP07 113
Chakrabarty, Shubhashis ..............................TP04 062
Chakraborty, Asish .................................. TOC pm 3:30
Chakraborty, Asish .......................................ThP06 089
Chalkha, Achouak .........................................MP15 270
Chalkley, Robert ............................................MP24 472
Chalkley, Robert ........................................... WP31 591
Chalkley, Robert ........................................... WP31 587
Chalmers, Michael ...............................WOH am 09:50
Chalmers, Michael ....................................... WP22 389
Chalmers, Michael ..................................MOF pm 3:10
Chalmers, Michael ....................................... WP22 386
Chalmers, Michael J. ................................... WP21 384
Chalmers, Michael J. ................................... WP36 697
Chambers, Andrew................................ TOA am 10:10
Chambers, Andrew........................................MP19 375
Chambers, Andrew....................................... WP16 289
Chambers, Erin E. ........................................ WP33 634
Chambers, Laura ..........................................ThP11 201
Chambers, Matthew ..................................... WP31 587
Chambers, Matthew ............................. WOB am 08:50
Chambers, Matthew ...................................... MP09 168
Chambliss, Kevin .......................................... WP05 065
Chambon, Christophe ...................................MP10 188
Chammas, Roger .........................................ThP22 431
Chamot-Rooke, Julia ............................ ThOB pm 3:50
Chamot-Rooke, Julia ...........................MOG am 08:30
Chamot-Rooke, Julia .....................................TP06 123
Champer, Jackson .......................................ThP25 513
Champer, Miriam ..........................................ThP25 513
Chan, Becky .................................................. WP23 414
Chan, C.K ...................................................... WP13 228
Chan, Chang-Ching .......................................TP01 016
Chan, Daniel ............................................ TOD pm 3:30
Chan, Eric ........................................................ TP22 350
Chan, Ethan ..................................................ThP06 094
Chan, King ....................................................... TP08 158
Chan, King ..................................................... WP18 312
Chan, Shan-An ...............................................TP37 749
Chan, Sheot Harn...........................................TP37 738
Chan, Xian ...................................................... MP19 374
Chance, Deborah ..........................................MP34 703
Chance, Mark ................................................ThP16 275
Chance, Mark ................................................ WP36 701
Chance, Mark ................................................ThP23 468
Chance, Mark R .................................... MOF am 10:10
Chance, Mark R.............................................. TP11 201
Chance, Mark R............................................ThP17 280
Chance, Mark R............................................ WP28 501
Chanco, Luigi ..................................................TP25 432
Chandler, Donald Walt .................................ThP06 098
Chandorkar, Gurudatt ....................................TP08 162
Chandramohan, Govindarajan ................... WP14 250
Chandramohan, Govindarajan ................... WP14 249
Chaney, Paul .................................................ThP26 520
Chang, Chen-Chin ....................................... WP18 314
Chang, Ching-Yun ................................ WOB am 10:10
Chang, Chun-Chao .......................................MP27 567
Chang, Eugene ............................................... TP37 764
Chang, Geen-Dong ......................................ThP18 326
Chang, Geoffrey ............................................WP23 411
Chang, George ..............................................MP02 034
Chang, Grover ..............................................ThP15 267
Chang, Hui-Yin ................................................TP28 518
Chang, Hui-Yin ............................................... MP03 042
Chang, Jungshan ..........................................MP27 567
Chang, Kuang-Hua ......................................ThP31 646
Chang, Lai-Chuan ........................................ WP18 314
Chang, Wei-Chao .........................................ThP19 334
Chang, Wei-Hung .........................................ThP34 670
Chang, Ya-Hui ............................................... WP07 104
Chang, Ying-Hua ..........................................ThP08 123
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PAGE 192 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
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Chang, Yu-Huai ............................................ThP27 531
Chang, Yu-Ling ............................................. WP38 743
Chanthamontri, Ken ..................................... WP05 049
Chao, Chien-Chung ..................................... WP29 533
Chao, Ma ........................................................MP03 054
Chao, Moses .................................................. MP29 601
Chao, W. ........................................................ThP06 103
Chapman, Jessica .......................................... TP28 507
Chapman, Jessica ................................. ThOB pm 3:30
Chapman, John ..............................................TP34 684
Chapman, Kent D. ........................................ThP28 581
Chapman, Richard ....................................... WP10 167
Chapman, Richard .........................................TP01 002
Chapple, Iain ...................................................TP18 260
Chapple, Iain L. C. .........................................TP18 261
Charles, Laurence ......................................... MP36 735
Charles, Laurence ......................................... MP36 746
Charlesworth, Cristine ..................................MP26 546
Charlton, Adrian ............................................. MP04 070
Charon, Nyles W. .........................................ThP25 512
Charrier, Jean-Philippe .................................. TP28 505
Chassy, Alexander.........................................MP33 680
Chattopadhaya, Chaitali ................................ TP37 753
Chattopadhyay, Madhuri ............................. WP23 414
Chaudhary, Ashish ........................................MP35 720
Chauhan, Dharminder .................................ThP23 467
Chauhan, Pratibha ................................ TOA am 09:10
Chauhan, Rajat ............................................... TP02 043
Chaurand, Pierre .......................................... WP09 157
Chaurand, Pierre ..........................................ThP04 041
Chaurand, Pierre ...........................................MP10 183
Chaurand, Pierre ...........................................MP10 185
Chavali, Aparna ............................................. MP06 116
Chavez, Juan ................................................ WP28 495
Chavez, Juan ..................................................TP19 279
Chavez, Leonard ...........................................MP29 596
Che, Fayun ...................................................... TP18 267
Chelsky, Daniel ...............................................TP19 296
Chen, Albert...................................................ThP08 123
Chen, Bingming .............................................WP11 178
Chen, Buyun ......................................... MOD am 10:10
Chen, Chang-Yang ....................................... WP02 010
Chen, Chein-Hung .......................................ThP20 372
Chen, Chein-Hung ....................................... WP30 549
Chen, Chein-Hung ....................................... WP30 548
Chen, Chein-Hung ....................................... WP30 550
Chen, Chein-Hung .......................................ThP19 334
Chen, Chien-Hsun ..........................................TP05 091
Chen, Chuangbin ...........................................TP21 331
Chen, Chung Hsuan (Winston) .................. WP30 550
Chen, Chung-Hsuan ......................................TP04 058
Chen, Chung-Hsuan ....................................ThP06 096
Chen, Chung-Hsuan .................................... WP38 743
Chen, Chung-Hsuan ....................................ThP19 335
Chen, Chung-Hsuan ....................................ThP19 334
Chen, Chung-Hsuan .................................... WP30 549
Chen, Chung-Hsuan .................................... WP30 548
Chen, Chung-Hsuan ....................................ThP20 372
Chen, Chung-Hsuan (Winston) ..................ThP31 646
Chen, Chung-Yu ............................................ MP01 018
Chen, Chung-Yu ............................................. TP31 586
Chen, Dai-Jie ................................................ThP23 451
Chen, Dazhou ............................................... WP37 723
Chen, Eric Sheng-Wen ................................ThP17 282
Chen, Fan ....................................................... MP13 236
Chen, Guodong ....................................WOH am 08:30
Chen, Han ............................................. MOH am 09:50
Chen, Hao .....................................................ThP30 629
Chen, Hao ......................................................MP23 451
Chen, Hao ..................................................... WP30 540
Chen, Hao .......................................................TP02 043
Chen, Hauh-Jyun Candy ............................... TP29 531
Chen, Hauh-Jyun Candy .............................ThP18 323
Chen, Hong .....................................................TP28 513
Chen, Hongzhuan ........................................ThP28 574
Chen, Huan ............................................ThOG pm 3:50
Chen, Huanwen .............................................. TP37 770
Chen, Huanwen .............................................. TP34 672
Chen, Huanwen .............................................. TP34 673
Chen, Huanwen ............................................ WP20 364
Chen, Huanwen ............................................ WP20 363
Chen, Huanwen ............................................ WP20 362
Chen, Huanwen ............................................ WP20 357
Chen, Huanwen ............................................ThP30 632
Chen, Huanwen ............................................ WP20 358
Chen, Hung-Chun ........................................ WP18 314
Chen, Jenny ....................................................TP13 214
Chen, Jianzhong.............................................TP27 496
Chen, Jie .......................................................... TP30 558
Chen, Jie ........................................................ThP13 230
Chen, Ju................................................ ThOA am 09:10
Chen, Junjun ...................................................TP22 356
Chen, Junjun .................................................. MP26 535
Chen, Junmei .................................................. TP19 293
Chen, Kuangcai ..............................................TP01 006
Chen, Lee Chuin...........................................ThP30 620
Chen, Lee Chuin............................................MP17 339
Chen, Lin-Zhi..................................................MP25 505
Chen, Lin-Zhi..................................................MP25 506
Chen, Liuxi..................................................... WP26 475
Chen, Liuxi.......................................................TP33 650
Chen, Min-Jane ............................................ WP17 299
Chen, Mu .........................................................TP02 039
Chen, Pei ....................................................... ThP11 186
Chen, Ruibing ............................................... WP28 508
Chen, Sha ........................................................ TP24 410
Chen, Shaon-Nong .......................................MP34 686
Chen, She ......................................................ThP13 230
Chen, Shu-Hua ...............................................TP33 650
Chen, Shu-Hui ..............................................ThP19 351
Chen, Sixue .................................................... MP32 653
Chen, Suming ...............................................ThP12 222
Chen, Sung-Fang .........................................ThP23 443
Chen, Sung-Fang ...........................................TP18 256
Chen, Tai-Hung .............................................. MP30 621
Chen, Tong ....................................................ThP12 216
Chen, Tong ..................................................... MP16 318
Chen, Tong ....................................................ThP06 081
Chen, Tsungchi .........................................TOA pm 2:50
Chen, Tsung-Chi ............................................ MP17 331
Chen, Tsung-Chi ............................................. TP04 079
Chen, Tsung-Chi ............................................. TP05 091
Chen, Tsung-Chi ............................................ MP17 330
Chen, Wei ...................................................... WP30 559
Chen, Wei ................................................ MOE pm 4:10
Chen, Wei ....................................................... MP34 708
Chen, Wei ................................................. TOC pm 2:30
Chen, Wei ....................................................... MP33 674
Chen, Wei ....................................................... MP34 709
Chen, Weibin ................................................. WP25 447
Chen, Weibin ............................................ TOC pm 3:30
Chen, Weibin ................................................... TP15 232
Chen, Weiwu ...................................................TP28 510
Chen, Xian ...................................................... MP24 479
Chen, Xianwei ............................................... WP30 546
Chen, Xiaozhen ..............................................TP37 741
Chen, Xin .........................................................TP12 207
Chen, Xiulan .................................................. WP33 612
Chen, Xuechai ..............................................ThP21 389
Chen, Xuequn ................................................ MP29 589
Chen, Yanfeng .............................................. ThP11 193
Chen, Yanwen ...............................................ThP23 468
Chen, Yao-Yi .........................................WOB am 08:50
Chen, Yet-Ran...............................................ThP34 670
Chen, Yi-Chen (Ivy) ......................................ThP18 318
Chen, Yi-Ju ....................................................ThP18 320
Chen, Yi-Ling...................................................TP18 263
Chen, Ying .......................................................TP21 307
Chen, Yi-Yun .................................................ThP18 316
Chen, Yong .................................................... WP37 723
Chen, Yu ........................................................ThP06 081
Chen, Yu .........................................................MP16 316
Chen, Yuan-Chek ...........................................TP25 438
Chen, Yuan-Shek ......................................... WP06 074
Chen, Yue ...................................................... WP29 535
Chen, Yue ...................................................... WP29 530
Chen, Yue ...................................................... WP29 536
Chen, Yu-Ju .....................................................TP28 518
Chen, Yu-Ju ...................................................ThP18 320
Chen, Yu-Ju ................................................... WP02 010
Chen, Yu-Luan ............................................... MP06 130
Chen, Yun ........................................................TP21 335
Chen, Zhen .....................................................MP24 465
Chen, Zhong .................................................ThP12 223
Chen, Zhu ....................................................... MP26 529
Chen, Zongmao ............................................ WP19 342
Chenau, Jérôme ...................................... TOH pm 3:50
Chendo, Christophe ...................................... MP36 735
Chendo, Christophe ...................................... MP36 746
Cheng, Changfu .............................................TP25 450
Cheng, Chia-Ying ...........................................TP28 518
Cheng, Chunain .............................................. TP23 379
Cheng, Chun-Chia ........................................MP27 567
Cheng, Chu-Nian ...........................................MP17 335
Cheng, Guang.................................................TP29 542
Cheng, Guilong .............................................. MP15 266
Cheng, Guilong .............................................ThP01 013
Cheng, Guilong (Charles) ..................... MOE pm 3:30
Cheng, Hong .................................................. MP24 480
Cheng, Jianlin ................................................MP34 706
Cheng, Keding ..............................................ThP08 136
Cheng, Mei-Ling ............................................MP03 042
Cheng, Michael T. ..................................ThOG pm 2:50
Cheng, Min-Wei ............................................ThP27 531
Cheng, Ping....................................................MP31 641
Cheng, Ping....................................................MP31 640
Cheng, Robert...............................................ThP24 484
Cheng, Shijun ...............................................ThP12 223
Cheng, Sy-Chyi..............................................MP17 334
Cheng, Sy-Chyi..............................................MP17 332
Cheng, Sy-Chyi..............................................MP17 333
Cheng, Victor .................................................. TP24 411
Cheng, Zhongyi ............................................ WP29 530
Cheong, Nam-Yong ........................................TP34 678
Cherepnin, Denis .................................... WOF pm 3:30
Chernookiy, Dmitriy ....................................... MP16 303
Chernushevich, Igor .....................................ThP01 010
Cherny, Robert .............................................. WP12 212
Chervet, Jean-Pierre .....................................MP23 454
Chervet, Jean-Pierre ....................................ThP18 317
Chervet, Jean-Pierre .................................... WP15 260
Chew, Yai Fong ............................................... TP37 738
Chew, Yin Ling ..............................................ThP27 530
Chew, Yin Ling ................................................TP35 701
Chi, Bert .......................................................... MP01 013
Chi, Chaoxian ...............................................ThP35 704
Chi, Hao .......................................................... MP21 397
Chi, Jen-Tsan ......................................... TOF am 09:30
Chi, Jingduan ................................................ WP06 096
Chi, Jingduan .................................................MP06 130
Chia, Shao Hua ..............................................TP37 738
Chiang, Nai-Yuan ...........................................TP28 518
Chiang, Vincent L. ..........................................TP21 328
Chiarelli, M. Paul .......................................... WP03 023
Chiarelli, M. Paul .......................................... WP03 021
Chicooree, Navin .......................................... WP30 560
Chicooree, Navin .................................. WOA am 09:10
Chien, Allis ..................................................... WP14 240
Chien, Allis ..................................................... WP18 322
Chien, Allis .....................................................ThP08 137
Chien, Allis S. ................................................ ThP11 208
Chien, Allis S. ................................................ThP29 594
Chien, Chih-Wei............................................ WP02 010
Chien, Ko-Yi ..................................................ThP23 465
Chiesa, Oscar A............................................ WP06 093
Chilton, John ...................................................TP17 248
Chilton, John ...................................................TP28 514
Chilton, John ..................................................MP24 474
Chilton, John ..................................................MP18 370
Chilton, John ..................................................MP18 362
Chilton, John ..................................................MP19 378
Chilton, John ..................................................MP29 583
Chin, Frederick .............................................ThP12 221
Ching, Wei-Mei ............................................. WP29 533
Chingin, Konstantin ........................................ TP04 071
Chinnaiyan, Arul M. ....................................... MP26 540
Chinot, Olivier ...............................................ThP02 025
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 193
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Chiplunkar, Sanket .......................................ThP27 539
Chiplunkar, Sanket ....................................... ThP11 200
Chiplunkar, Sanket ........................................ MP34 690
Chiron, Lionel ................................................ThP12 220
Chiron, Lionel ............................................TOA pm 3:10
Chirot, Fabien ............................................... WP38 736
Chiu, Chih-Wei ..............................................ThP23 443
Chiu, Chih-Wei ................................................ TP18 256
Chiu, Daniel ............................................. WOE pm 3:10
Chiu, Yulun ............................................WOC am 09:30
Chiu, Yulun ....................................................ThP20 359
Chiu, Yulun ....................................................ThP20 360
Chiueh, Lih-Ching.........................................ThP27 531
Chiuminatto, Ugo ............................................ TP31 599
Chiva, Cristina.................................................TP28 498
Chiva, Cristina...............................................ThP08 138
Chmelik, Josef ...............................................MP21 393
Cho, Dae Hyun ...............................................TP31 598
Cho, Jin-Hwan ...............................................MP22 418
Cho, Jin-Young ............................................. WP35 675
Cho, Joo-Youn .............................................. WP06 076
Cho, Kun ......................................................... MP06 091
Cho, Kyungcho ............................................. WP29 532
Cho, Soo Gyeong ........................................... TP33 628
Cho, Sool Yeon ............................................. WP28 513
Cho, Soon-Kil ................................................ThP27 537
Cho, Yi-Tzu .................................................... WP07 104
Cho, Yunju ..................................................... WP05 069
Choi, Bernard ........................................WOD am 08:30
Choi, Bernard ................................................. MP26 529
Choi, Hyungwon ...................................... TOD pm 2:50
Choi, Hyungwon .............................................TP28 523
Choi, Hyungwon ........................................... WP36 687
Choi, Hyungwon ............................................MP29 602
Choi, In Young.................................................TP25 442
Choi, Jaewon ................................................ WP37 724
Choi, Jaewon ................................................ WP03 024
Choi, Jaewoo .........................................TOC am 09:30
Choi, Jaewoo ..................................................TP24 403
Choi, Jaewoo .................................................MP12 226
Choi, Jong-Soon ............................................. TP35 704
Choi, KeunHwa ............................................... TP31 598
Choi, Keun-Joo .............................................. MP31 634
Choi, KyungOh ..............................................MP29 584
Choi, Wonseok.............................................. WP37 724
Choi, Yuchang ............................................... WP06 075
Choi, Yun Kyoung ...........................................TP25 442
Choi, Yun Kyoung ...........................................TP25 445
Choksawangkarn, Waeowalee ............ TOE am 08:30
Choksawangkarn, Waeowalee ...................ThP09 157
Chong, Patrick ..............................................ThP25 498
Chong, Patrick ..............................................ThP25 515
Choo, Matthew S. F........................................TP35 708
Chopra, Shilpi ................................................MP03 049
Choquet-Kastylevsky, Geneviève ................TP28 505
Chorna, Nataliya ............................................. TP24 397
Chorover, Jon ..................................................TP31 584
Chou, Albert...................................................ThP04 037
Chou, Chi-Chi ...............................................ThP18 326
Chou, Chih-Chiang.................................. TOE pm 3:30
Chou, Jo-Han .................................................. TP34 670
Choudhary, Jyoti ...........................................ThP25 504
Chow, H-H Sherry ........................................ WP18 313
Chow, Julia .................................................... WP28 492
Chowdhary, Puneet ........................................ TP23 378
Chowdhury, Swapan ..................................... MP15 289
Chris, Wendt..................................................ThP23 474
Christ, Jacob ...................................................TP25 432
Christensen, J. Mark ............................. TOC am 09:30
Christiano, Romain........................................MP29 587
Christianson, Chad.......................................ThP08 130
Christianson, Chad....................................... WP27 478
Chu, Caroline ..................................................TP26 459
Chu, Caroline S. ............................................ MP25 511
Chu, Dinh Binh .............................................. WP17 300
Chu, Dinh Binh .............................................. WP17 295
Chu, Ivan K.................................................... WP35 679
Chu, Kevin .......................................................TP25 439
Chu, Kuan Yu ................................................ThP31 647
Chu, Sandra ...................................................MP24 463
Chu, Yajing ..................................................... MP10 203
Chubatyi, Nicholas .........................................TP34 668
Chuck Farah, Shaker .................................... MP21 399
Chumbley, Chad ........................................... WP12 206
Chung, Dominic W. ........................................TP19 293
Chung, Dong hee ...........................................TP24 419
Chung, Heaseung Sophia ...........................ThP18 321
Chung, Nickesha ..........................................ThP11 199
Chung, Ray .....................................................TP19 281
Chung, Tze-Wen .......................................... WP26 453
Chung-Davidson, Yu-Wen .......................... WP33 635
Chupak, Louis S. ..........................................ThP13 243
Chuppa, Sandra ...........................................ThP19 336
Chuppa, Sandra ...........................................ThP24 481
Churchwell, Mona I. .......................................TP26 477
Churley, Melissa ...........................................ThP21 392
Chytrowski, Julian ..........................................TP28 521
Cianférani-Sanglier, Sarah ..........................ThP22 428
Ciarlariello, Paul D. .......................................MP27 562
Ciavarini, Steven ............................................TP28 519
Ciborowski, Pawel ........................................ WP34 667
Ciborowski, Pawel ......................................... MP24 469
Ciborowski, Pawel ........................................ThP18 325
Ciccimaro, Gene ............................................. TP08 131
Ciccimaro, Gene ........................................... WP33 631
Cichelli, Julie ..................................................MP22 431
Cid, Maria ........................................................TP30 564
Cilia, Michelle ................................................. MP33 672
Cilia, Michelle ................................................. MP33 673
Cillero Pastor, Berta ...................................... MP10 197
Ciner, Frederic L ........................................... WP06 083
Cipollo, John ..........................................TOD am 10:10
Cipollo, John ...................................................TP35 706
Cirello, Amanda ............................................ WP15 271
Cisowska, Tamara ......................................... MP34 686
Claassen, Manfred .................................. TOH pm 4:10
Clague, Michael ............................................ WP33 610
Clamons, Samuel ......................................... WP01 002
Clark, Andrew ................................................ThP05 068
Clark, Clifford ................................................ThP25 515
Clark, Daniel .................................................. WP24 425
Clark, David ..................................................... TP24 388
Clark, Jay ....................................................... WP37 709
Clark, Kimberly ...............................................TP26 460
Clarke, David..................................................MP23 452
Clarke, David................................................. WP28 494
Clarke, Nigel J. ..............................................MP09 171
Classon, Marie ................................................ TP22 350
Claude, Emmanuelle ................................... WP10 168
Claude, Emmanuelle ...................................ThP05 054
Claude, Emmanuelle ................................... WP12 208
Clausen, Tim ................................................. WP34 660
Clauser, Karl ............................................. TOD pm 3:30
Clauser, Karl .......................................... WOA am 10:10
Clauser, Karl ..................................................ThP34 681
Clauss, Therese............................................ WP34 644
Clayton, Richard ........................................... WP15 254
Cleary, Margot P. ............................................TP26 465
Cleary, Michele .......................................WOD pm 3:10
Cleary, Michele ..............................................MP26 529
Cleary, Michelle ..............................................TP21 307
Cleland, Gareth...............................................TP31 579
Cleland, Timothy P. .......................................MP29 603
Clemen, Martin ...............................................TP01 004
Clemens, Paul.................................................TP25 427
Clemens, Paul............................................... WP15 265
Clemens, Sara .............................................. WP06 070
Clement, Cristina ..........................................ThP23 460
Clemmer, David ............................................ WP32 600
Clemmer, David E. .........................................TP33 636
Clemmer, David E. .........................................TP36 722
Clemons, Kristina ..................................ThOC pm 4:10
Clench, Malcolm ............................................WP11 172
Clench, Malcolm ........................................... WP15 278
Clench, Malcolm ............................................ MP30 623
Clench, Malcolm ...........................................ThP14 251
Clench, Malcolm ........................................... WP09 136
Clench, Malcolm ............................................WP11 176
Clench, Malcolm R. ...................................... WP10 168
Clench, Malcolm ........................................... WP12 198
Clendinen, Chaevien .....................................TP24 414
Clerens, Stefan .............................................. MP33 681
Clerici, Lorella ................................................MP09 176
Cliby, William A. ..............................................TP35 700
Clifford-Nunn, Billy..........................................TP33 644
Clingenpeel, Amy ......................................... WP05 053
Clipson, Linda ...............................................ThP22 422
Clouse, Steven ...................................... ThOE pm 4:10
Clowers, Brian H. ..........................................MP17 348
Clubb, Robert ................................................ WP23 415
Cobas, Carlos .................................................TP28 524
Cobb, Nicholas ..............................................MP14 260
Cobb, Steven L. .............................................. TP06 120
Cobbs, Archie ..................................................TP08 143
Cobell, Jesse...................................................TP19 278
Cobice, Diego .......................................... TOB pm 3:30
Cochems, Philipp ..........................................MP15 280
Cochems, Philipp ......................................... WP38 754
Cochran, Jack ................................................ MP31 630
Cochran, Kristin H. ........................................ MP30 618
Cochran, Richard .........................................ThP06 086
Cochran, Richard ......................................... WP04 041
Cochran, Richard ......................................... WP04 044
Cockrill, Steve ......................................ThOC am 09:10
Cody, Crystal .............................................TOF pm 3:30
Cody, Crystal .......................................... TOG am 08:50
Cody, Crystal K. ............................................ThP28 584
Cody, Crystal K. ..............................................TP36 723
Cody, Robert ..................................................WP07 116
Cody, Robert B. ............................................ WP12 201
Cody, Robert B. ................................... ThOA am 08:30
Cody, Robert B. ..............................................TP01 020
Coe, Christopher ............................................TP24 404
Coe, Roger .................................................... WP06 077
Coelho Graça, Didia......................................MP09 176
Coelho, Mirela B ............................................ MP06 102
Coffey, Chelsea ............................................ThP18 313
Cohen, Alejandro ........................................... MP29 579
Cohen, Daniel .......................................WOH am 08:30
Cohen, Herbert ....................................... WOE pm 2:30
Cohen, Jerry .................................................. WP17 298
Cohen, Jerry .................................................. WP29 520
Cohen, Jerry ...........................................TOC am 09:10
Cohen, Jerry D...............................................MP32 671
Cohen, Lucinda.....................................WOD am 08:30
Cohen, Lucinda H. ........................................MP26 529
Cohen, Richard A .................................. TOA am 09:10
Cohen, Richard A. ........................................ WP33 630
Cohen, Richard A. ..........................................TP18 258
Cohen, Samuel M. .......................................ThP13 241
Cohen, Steve ................................................ThP07 118
Cohen, Steven ..............................................ThP28 573
Cohen, Steven ................................................TP29 538
Cohen, Steven ....................................... TOF am 09:30
Cojocariu, Cristian ........................................ WP36 699
Cojocariu, Cristian ........................................ThP22 438
Colamonici, Cristiana .................................... MP30 614
Colangelo, Christopher ................................ WP33 620
Colantonio, Simona .......................................MP08 151
Cole, Callie .....................................................MP35 715
Cole, D. Paul .................................................ThP32 652
Cole, D. Paul ..........................................ThOG pm 3:10
Cole, Daniel ...................................................ThP32 654
Cole, James .................................................. WP22 390
Cole, Jason ...................................................ThP27 544
Cole, Laura .................................................... WP09 136
Cole, Laura ..................................................... WP11 172
Cole, Laura M. .............................................. WP10 168
Cole, Regina .................................................ThP09 169
Cole, Richard B. .............................................TP06 122
Cole, Richard B. ............................................MP30 616
Cole, Richard B. ............................................. TP11 195
Cole, Richard B. ...........................................ThP36 720
Cole, Richard B. ...........................................ThP31 650
Cole, Richard B. ............................................MP03 056
Cole, Robert .................................................. WP26 464
Cole, Robert ....................................................TP12 208
GENERAL INFORMATION
PAGE 194 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
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Cole, Robert ..................................................ThP22 440
Cole, Robert N. .............................................ThP08 127
Coleman, Stuart .............................................. TP30 564
Coles, Samuel...............................................ThP05 059
Colhoun, Helen ............................................. WP26 468
Colin, Patrick .................................................ThP29 617
Colizza, Kevin ............................................... WP15 271
Collado, Vladimir ..........................................ThP05 057
Collamati, Robert ...........................................MP06 124
Coller, Hilary ........................................... TOE am 09:50
Collier, Timothy ..................................... MOF am 09:30
Colligan, Ryan M. ...........................................TP21 326
Collin-Hansen, Christian ...............................TP04 074
Collins, Ben C. .............................................. WP36 688
Collins, Eileen ............................................... WP33 634
Collins, Thomas S. ...................................... WP19 338
Collins, Thomas S. .................................. TOE pm 4:10
Cologna, Stephanie ..................................... WP38 740
Cologna, Stephanie .......................................TP33 657
Cologna, Stephanie M. ......................... ThOD pm 3:50
Colombo, Joseph ......................................... WP03 019
Colsch, Benoit ................................................ MP12 232
Colton, Ray .....................................................MP36 745
Colucci, Wilson ............................................. WP33 630
Colucci, Wilson S .................................. TOA am 09:10
Colucci, Wilson S. ..........................................TP18 258
Comb, Michael J. ..........................................ThP23 473
Combariza, Marianny Y. ...............................MP08 164
Combariza, Marianny Y. .............................. WP05 055
Commodore, Juliette J. ................................. TP06 116
Comolli, James ...............................................TP27 489
Compagnon, Christelle ................................ThP23 444
Compagnon, Isabelle ..................................... TP01 002
Compson, Keith ..............................................TP18 262
Compton, Laine ..............................................TP34 665
Compton, Philip ............................................ThP06 101
Compton, Philip .............................................WP33 611
Compton, Philip ..............................................TP16 244
Compton, Philip ............................................ThP08 128
Compton, Philip ...................................... MOB pm 4:10
Compton, Philip D. .......................................ThP09 141
Compton, Philip D. ........................................ MP16 311
Compton, Philip D. ....................................... WP35 684
Compton, Philip Daniel .................................. TP01 019
Compton, Teresa ............................................TP19 279
Comstock, Kate ..................................... ThOF pm 3:30
Comstock, Kate ...................................... MOE pm 2:50
Comstock, Kate ...................................ThOC am 08:30
Comstock, Kate ............................................ WP13 233
Comstock, Kate ............................................ThP13 246
Comstock, Kate ............................................ThP13 245
Comstock, Kate ............................................ThP29 610
Comstock, Kate .............................................MP36 748
Comstock, Kate ............................................ WP15 258
Comte-Walters, Susana .............................. WP30 553
Conard, Kevin .................................................TP29 548
Concannon, Patrick ....................................... WP33 611
Concheiro-Guisan, Marta ...................... WOA pm 2:30
Condac, Eduard ....................................WOC am 09:30
Conde, Carlos .................................................TP21 321
Conine, Andrea ............................................... TP31 584
Conjelko, Tim .................................................MP34 685
Conlon, Kevin .................................................MP27 564
Connolly, Joanne B. .....................................ThP22 438
Connolly, Joanne B. ..................................... WP35 672
Connolly, Paul ............................................... WP08 120
Connolly, Yvonne .......................................... WP33 610
Connolly, Yvonne .......................................... WP30 560
Connolly, Yvonne ..................................WOA am 09:10
Connors, Lawreen ........................................ WP29 516
Conrad, Charles A. ........................................MP29 597
Conrad, Charles A. ....................................... WP35 677
Conrads, Kelly A. ........................................... MP25 501
Conrads, Thomas ........................................... TP08 131
Conrads, Thomas P. .....................................MP25 501
Constantino, Julie .................................... TOH pm 3:30
Conticello, Vincent P. ..................................... TP06 118
Contino, Nathan C.........................................MP16 313
Cook, Amber ................................................... TP35 711
Cook, Jeremy ................................................ThP13 235
Cook, Kelsey .................................................ThP30 624
Cook, Kevin ................................................... WP13 232
Cook, Shannon ............................................. ThP07 115
Cooke, Cara ...................................................MP27 556
Cooke, Rob ...................................................ThP24 484
Cooks, Graham...................................... ThOA pm 2:30
Cooks, R. Graham .......................................ThP06 083
Cooks, R. Graham .......................................ThP03 030
Cooks, R. Graham ........................................MP17 331
Cooks, R. Graham .........................................TP05 091
Cooks, R. Graham .......................................ThP30 627
Cooks, R. Graham .........................................TP37 745
Cooks, R. Graham ..............................ThOE am 10:10
Cooks, R. Graham .........................................TP34 689
Cooks, R. Graham .........................................TP34 680
Cooks, R. Graham .........................................TP34 687
Cooks, R. Graham .........................................TP34 688
Cooks, R. Graham ........................................MP17 330
Cooks, R. Graham .........................................TP34 686
Cooks, Robert G. ................................. ThOA am 09:30
Cooks, R. Graham .........................................TP34 685
Cool, Lydia ...................................................... MP36 727
Cool, Lydia ...................................................... MP36 726
Cool, Lydia ...................................................... MP36 730
Cooley, Michael B.........................................ThP25 517
Coon, Joshua ................................................ WP29 528
Coon, Joshua J. ............................................ThP13 231
Coon, Joshua J. .................................... MOA am 09:10
Coon, Joshua J. ............................................ThP34 693
Coon, Joshua J. .............................................. TP02 026
Coon, Joshua J. ............................................ThP34 684
Coon, Joshua J. ............................................ThP13 232
Coon, Joshua J. ..................................... ThOB pm 2:30
Coon, Joshua J. ............................................ WP33 608
Coon, Joshua J. ............................................ WP34 646
Coon, Joshua J. .......................................MOA pm 3:30
Coon, Joshua J. ..................................... TOA am 08:30
Coon, Joshua J. .................................... WOE am 09:50
Coon, Joshua J. ..................................... ThOE pm 3:30
Coon, Joshua J. .............................................. TP08 153
Cooper, Helen .................................................TP18 260
Cooper, Helen ....................................... MOC am 09:50
Cooper, Helen J. ...........................................ThP23 455
Cooper, Helen J. ...........................................ThP04 049
Cooper, Josh .................................................. MP01 008
Coote, Michelle .............................................ThP36 725
Cope, Michelle ....................................... TOE am 09:50
Corbett, Cindi ................................................ThP25 498
Corbett, John................................................... TP12 211
Corbin, Karen ................................................ WP18 321
Corbitt, Astrid D. ............................................MP35 716
Corcoran, Henry ............................................MP03 049
Cordero, Francisco.........................................TP22 346
Cordwell, Stuart ............................................ThP17 294
Cordwell, Stuart ............................................ WP30 554
Cordwell, Stuart ......................................WOG pm 2:30
Cordwell, Stuart ............................................ThP25 507
Corilo, Yuri ...............................................WOC pm 3:10
Corilo, Yuri E. ................................................ WP05 045
Corilo, Yuri E. ..................................................TP33 655
Corilo, Yuri E. .........................................TOG am 09:50
Corminboeuf, Clémence ....................... MOG pm 3:50
Corn, Jacob ...................................................ThP18 307
Cornett, D. Shannon .................................... WP09 146
Cornett, Shannon .........................................ThP04 036
Cornish, Timothy............................................MP35 719
Corona, Alejandro.........................................ThP22 420
Corr, Jay...........................................................TP33 632
Corrier, Kristen ..............................................ThP25 501
Cort, John .......................................................MP20 389
Corthésy, John .............................................. WP33 629
Corver, Willem............................................... WP12 218
Cosenza, Stephen C.................................... WP28 513
Cosgrove, John............................................. WP03 016
Cosgrove, John............................................. WP17 309
Cossins, Aimee .............................................. MP25 520
Cossmann, Helmut........................................MP19 383
Cossmann, Helmut........................................MP29 581
Cossmann, Helmut........................................MP29 582
Cossmann, Helmut.......................................ThP34 675
Costa Simas, Rosineide ............................... MP06 102
Costello, Catherine....................................... WP29 516
Costello, Catherine........................................MP12 221
Costello, Catherine E. .................................... TP33 660
Costello, Catherine E ..................................... TP16 240
Costello, Catherine E ...................................ThP23 462
Costello, Catherine E .................................... MP12 222
Costello, Catherine E ..................................... TP18 268
Costello, Catherine E ..................................... TP33 634
Costello, Catherine E ...................................ThP20 378
Costello, Catherine E ............................ TOA am 09:10
Costello, Catherine E. ............................WOG pm 2:50
Costello, Catherine E. .................................. WP32 605
Costello, Catherine E. ........................... ThOB pm 3:50
Costello, Catherine E. ...................................MP29 593
Costello, Catherine E. .................................... TP36 723
Costello, Catherine E. ..................................ThP19 350
Costello, Catherine E. ..................................ThP20 377
Costello, Catherine E. ..........................WOC am 09:10
Costello, Catherine E. .................................... TP18 258
Costello, Catherine E. ..............................TOF pm 3:30
Costello, Catherine E. .................................. WP30 568
Costello, Catherine E. .................................. WP28 493
Costello, Catherine E. .................................. WP33 630
Cote, Linda ......................................................TP26 461
Cotham, Victoria ........................................... WP24 427
Cotter, Robert ..................................................TP21 324
Cottrell, John ................................................. WP31 587
Countryman, Sky .......................................... WP19 336
Coupier, Bruno ................................................ TP28 506
Coupier, Bruno ............................................... MP16 303
Coupier, Bruno ............................................... MP16 300
Coupier, Bruno ............................................... MP16 301
Courcelles, Mathieu ......................................MP20 388
Court, Magali .................................................ThP23 476
Cousins, Lisa M. .............................................TP04 082
Cousins, Lisa M. .............................................TP04 056
Cousins, Lisa M. ........................................... WP19 354
Coutouly, Marie-Aude ..................................ThP12 220
Coutouly, Marie-Aude ..............................TOA pm 3:10
Coutu, Brendan.............................................. MP11 217
Couture, Patrick ............................................ WP33 622
Couzens, Amber L........................................ WP36 685
Covas, Dimas .................................................MP26 543
Covey, Thomas ............................................. WP38 741
Covey, Thomas ...............................................TP33 632
Covey, Thomas .............................................ThP14 260
Covey, Tom ...................................................... TP04 078
Covey, Tom ..................................................... MP02 034
Cowan, Elizabeth .........................................ThP21 404
Cowan, Elizabeth A. .....................................ThP21 406
Coward, Lori .................................................. WP15 273
Cowart, Emily ................................................. MP22 425
Cox, Christopher............................................WP07 116
Cox, Dave ........................................................ TP24 385
Cox, David ...................................................... MP24 463
Cox, David .....................................................ThP27 529
Cox, David .......................................................TP08 134
Cox, Holly ................................................ MOC pm 4:10
Cox, James ....................................................MP04 076
Cox, Juergen .......................................... TOE am 09:10
Cox, Juergen ............................................ TOD pm 2:30
Cox, Juergen ......................................... WOE am 10:10
Cox, Juergen ................................................. WP30 572
Cox, Jurgen .....................................................TP17 253
Cox, Kathy .............................................WOD am 08:30
Cox, Richard ...........................................WOC pm 2:30
Cox, Sharon ..................................................ThP08 130
Coy, Stephen ...................................................TP33 639
Cozma, Claudia ............................................ WP07 108
CPTAC Consortium, NCI ........................ TOD pm 3:30
Cramer, Grant ........................................ ThOE pm 2:30
Cramer, Hugh .................................................MP07 131
Cramer, Rainer ...............................................TP04 060
Crappé, Jeroen .............................................ThP34 683
Crappé, Jeroen ...............................................TP17 254
Craven, Kirsten .............................................. MP36 723
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 195
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Crawford, Elizabeth ...................................... WP37 719
Crawford, Elizabeth ...................................... WP37 722
Crawford, Elizabeth ...............................TOC am 08:50
Crawford, Elizabeth ................................. TOE pm 3:50
Crawford, Fiona ..............................................TP21 312
Crawford, Fiona ............................................ WP29 515
Creaser, Colin ...............................................ThP01 019
Creaser, Colin ...............................................ThP01 021
Creaser, Colin .................................................TP34 669
Creaser, Colin .................................................TP34 671
Creech, Clarence ..........................................MP28 575
Creese, Andrew ..............................................TP18 260
Creese, Andrew J. ................................ MOC am 09:50
Creese, Andrew J. .......................................... TP18 261
Cremers, Serge ..............................................TP26 467
Creran, Brian ................................................. WP02 003
Criado Hidalgo, Ernesto ................................TP33 622
Criado-Hidalgo, Ernesto ................................ TP23 377
Crichton, Edward ........................................... MP16 297
Crick, D.C. .....................................................ThP06 103
Crispin, Matthew C. .......................................MP34 702
Crispin, Max ....................................................TP35 707
Cristea, Ileana ........................................ ThOB pm 3:10
Cristea, Ileana M. ................................ThOH am 09:30
Cristea, Ileana M. ....................................MOA pm 3:10
Cristea, Ileana M. ...........................................TP19 286
Cristea, Ileana M. ......................................... WP28 510
Cristescu, Melania .........................................MP23 449
Cristiano, Roberto .........................................MP16 314
Cristobal, Alba ................................................MP06 098
Cristobal, Alba ................................................ MP06 119
Cristobal, Alba ............................................... WP31 586
Cristofanilli, Massimo ...................................ThP22 418
Crizer, David ..................................................ThP01 005
Crnogorac-Jurcevic, Tatjana .......................ThP22 423
Croley, Tim .....................................................ThP27 557
Croley, Timothy .............................................ThP25 516
Croley, Timothy .............................................ThP12 224
Croley, Timothy ...............................................TP37 762
Croley, Timothy R. ................................... TOE pm 2:50
Crone, Catharina .......................................... WP37 722
Crone, Catharina ..........................................ThP12 227
Crone, Catharina ............................................TP28 517
Crooks, James L. ...........................................TP23 370
Crooks, Jamie ...............................................ThP05 068
Crossley, Janna ............................................ThP28 581
Crotty, Sarah ..................................................MP36 734
Croushore, Callie ..........................................ThP03 028
Crow, Brian ....................................................ThP26 525
Crow, Brian ............................................ MOD am 09:10
Crowell, Kevin ................................................ MP20 389
Crowell, Kevin .................................................TP33 652
Crowell, Kevin ...............................................ThP34 690
Crutcheld, Christopher.................................TP33 657
Crutcheld, Christopher............................... WP38 740
Crynen, Gogce .............................................. WP29 515
Crynen, Gogce ................................................ TP21 312
Csajka, Chantal .................................... MOE am 08:50
CSF Proteomics Project Team, Biomarkers
Consortium ............................................ TP19 296
Cubbon, Simon ............................................. WP33 641
Cui, Dan ......................................................... WP15 281
Cui, Li .....................................................MOG am 08:50
Cui, Qiang .............................................. MOG am 09:50
Cui, Weidong ................................................. WP30 540
Cui, Weidong ................................................. WP23 403
Cui, Weidong ........................................... MOB pm 2:30
Cui, Weidong ..................................................MP22 423
Cui, Weidong ................................................. WP23 401
Cui, Xiaojie ............................................ MOH am 09:50
Cui, Xiaojie .....................................................MP13 235
Cui, Yang ....................................................... WP12 195
Cui, Yang .......................................................ThP36 714
Cui, Yang ....................................................... WP14 243
Culzoni, Maria Julia .......................................MP30 606
Cummings, Matthew .................................... WP22 398
Cunha, Valnei .......................................... WOA pm 2:50
Cunha, Valnei S. ...........................................ThP32 661
Cunliffe, Jennifer ...................................WOD am 09:10
Cunniff, Jack.................................................. WP15 258
Cunningham, Christian ................................ThP18 307
Cunningham, Robert .................................... WP27 476
Cunningham, Robert ....................................ThP08 135
Cunningham, Robert .................................... WP26 462
Cuppen, Edwin ............................................. WP31 586
Curcio, Davide ...............................................MP30 614
Curle, Jared .................................................... MP04 064
Curtis, Mathew .............................................. ThP11 213
Curtis, Mathew .............................................. ThP11 206
Curtis, Matthew .............................................ThP30 631
Cusack, Michael P. .............................. ThOD am 08:50
Cushing, Jennifer .........................................ThP21 385
Cushing, Jennifer ..........................................MP22 425
Cushing, Jennifer ................................ThOD am 09:30
Cusi, Kenneth ............................................... WP18 317
Cutillas, Pedro...............................................ThP17 287
Cutillas, Pedro...............................................ThP22 423
Cutillas, Pedro...............................................ThP17 281
Cutillas, Pedro R. ......................................... WP29 537
Cutler, Paul ...................................................... TP21 333
Cutts, John .....................................................MP03 059
CV, Suresh Babu ........................................... MP07 145
CV, Suresh Babu .......................................... WP13 222
CV, Suresh Babu .......................................... WP06 081
Cvacka, Josef ............................................... WP37 727
Cyr, Terry D. ....................................................TP28 500
Cyriac, Jobin .......................................... ThOA pm 2:30
Czaplewska, Paulina ....................................MP23 443
Czernekova, Lydie ........................................ WP32 601
Czerniejewski, Megan ..................................MP30 620
Czerwieniec, Gregg .....................................ThP22 434
da Campo, Raffaello .............................. MOH pm 2:50
da Silva Ribeiro, Tanara ............................... MP24 473
Daali, Youssef ............................................... WP32 604
Dadenkar, Satya ............................................. TP19 290
Dahl, Jeff ......................................................... MP34 691
Dahl, Jeff ........................................................ThP21 390
Dahl, Jeffrey .................................................. WP06 083
Dahl, Jeffrey ....................................................TP37 754
Dahlbäck, Magnus .............................. ThOF am 09:30
Dahmane, Elyes ................................... MOE am 08:50
Dai, Dongcheng ............................................ WP15 282
Dai, Hongping ................................................MP03 043
Dai, Jie .............................................................TP25 437
Dai, Lunzhi..................................................... WP29 536
Dai, Shin-Ying ...............................................ThP14 253
Dai, Shujia .....................................................ThP22 430
Dai, Xiaoxia ................................................... WP32 599
Dai, Ximo ....................................................... WP20 364
Dai, Xi-Mo ...................................................... WP20 358
Dai, Xi-Mo ...................................................... WP20 357
Dai, Yuqin ......................................................ThP01 012
Dai, Yuqin ...................................................... WP14 242
Daiber, Eric .................................................... WP03 029
Daikos, George ....................................ThOC am 09:30
Dal Bello, Federica .......................................ThP28 571
Dalbec, Megan ...............................................MP35 717
Dalby, Kevin .................................................... TP11 199
Dale, Bruce ....................................................ThP32 658
Dalebout, Hans ............................................. WP31 585
Dalgleish, Jon K.............................................MP17 331
Dall, Tara ..........................................................TP30 571
Dallas, Dave C. .............................................ThP15 265
Dallas, David ................................................. WP19 350
Dalleska, Nathan ..........................................ThP28 570
Dallongeville, Sophie .....................................TP12 210
Dalluge, Joseph .............................................. TP27 497
Dalluge, Joseph ............................................ WP18 320
Dalluge, Joseph J. ................................ MOE am 09:30
Dally, Jennifer.................................................MP08 167
Dalmia, Avinash ............................................ WP37 715
Dalmia, Avinash ............................................. MP34 704
Dalmia, Avinash ............................................ WP37 716
Dalmia, Avinash ............................................ WP08 131
Dalmia, Avinash ............................................ WP37 717
Dalmia, Avinash ............................................ WP37 710
Dalmia, Avinash ............................................ThP27 551
Dalsgaard, Trine ........................................... WP19 345
Dalton, Christine N. ...................................... WP03 032
Dalton, Christine N. ....................................... MP31 643
Daly, Terik ........................................................TP34 674
Damale, Shailesh .......................................... MP11 219
Damale, Shailesh ..........................................MP34 689
Damale, Shailesh .......................................... MP06 112
D’Amelio, Frank S. ........................................MP34 691
Damen, Carola W.N. ............................. TOF am 10:10
Damoc, Eugen ................................................TP14 218
Damoc, Eugen ..............................................ThP12 227
Damoc, Eugen ......................................WOE am 09:30
Damoc, Eugen ............................................... MP16 311
Damoc, Eugen ................................................TP14 219
Damsbo, Martin ..............................................TP17 245
Dan, Vi..............................................................TP25 438
Dan, Yongbo .................................................. WP03 022
Dana, Ruth .................................................... WP01 002
Dancel, Maria Cristina A...............................MP34 697
Dancy, Beverley ............................................. MP24 478
Dane, John ........................................... ThOA am 08:30
Dane, John ......................................................TP01 020
Dane, John .................................................... WP12 201
Danel, Jean-Sébastien .................................MP16 320
Danell, Rayn .................................................... TP05 090
Danell, Ryan ...................................................MP35 718
Danell, Ryan M. ...................................ThOE am 08:50
Dang, Xibei ...................................................... TP22 343
Dang, Xibei ...................................................... TP22 344
Dangott, Larry ................................................MP09 168
Dangott, Lawrence J. ..................................... TP08 159
Daniel, Daniela .............................................ThP27 555
Danielsen, Marianne ...................................... TP19 283
Danielson, Steven ........................................ WP33 629
Danielson, William .......................................... TP33 652
Danielson, William ................................ MOC am 08:30
Danso, Darlington.........................................ThP10 173
Danso, Darlington.........................................ThP10 170
Danso, Darlington.........................................ThP10 174
Danso, Darlington.........................................ThP10 171
D’Antona, Aaron ........................................... WP24 431
Dao, Fanny ............................................... TOD pm 3:30
Daouda, Tariq ................................................. MP28 573
Dapron, John.................................................ThP17 304
Darbouret, Bruno ............................................ TP21 309
Darer, Marlene .............................................MP09 169
Darer, Marlene .............................................MP09 172
Darie, Costel .................................................ThP22 437
Darie, Costel .................................................ThP22 439
Darie, Costel ...................................................TP36 732
Darie, Costel ..................................................MP29 594
Darie, Costel C. ............................................ThP22 438
Darie, Costel C. ..............................................TP21 336
D’Arienzo, Celia ............................................. MP25 507
D’Arienzo, Celia .................................... MOE am 08:30
Daris, Kristi ....................................................ThP33 668
Darlak, Krzysztof ............................................TP15 234
Darland, Ed .....................................................TP33 652
Darland, Ed ...............................................TOF pm 3:10
Darland, Ed ................................................... WP38 751
Darland, Ed ................................................... WP38 740
Darland, Ed ............................................TOG am 08:50
Darland, Ed ...............................................TOF pm 3:30
Darland, Ed ...................................................ThP25 486
Darland, Ed .....................................................TP33 657
Darland, Ed .....................................................TP36 723
Daroda, Romeu ...................................... WOA pm 2:50
Daroda, Romeu J. ........................................ WP38 735
Daroda, Romeu J. ........................................ThP32 661
Daroda, Romeu J. .................................TOG am 09:50
Dartiguelongue, Cyril ................................... WP05 059
Dartois, Veronique .........................................WP11 183
Darzi, Ara .......................................................ThP04 042
Dasari, Surendra ...........................................MP18 363
Dasari, Surendra ..........................................ThP23 464
Dasari, Surendra ...........................................MP09 175
Dasari, Surendra ..........................................ThP23 466
Dasari, Surendra .................................... WOB pm 4:10
Dasgupta, Purnendu ..................................... MP01 013
Dash, Neil .......................................................MP16 297
GENERAL INFORMATION
PAGE 196 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Datar, Ajit ........................................................ MP34 690
Datar, Ajit .......................................................ThP11 200
Datar, Ajit .......................................................ThP27 539
Datar, Ajit ........................................................ MP34 689
Datar, Ajit ........................................................ MP11 219
Datar, Ajit ........................................................ MP06 112
Date, Sachiko .................................................MP04 065
Date, Sachiko .................................................. TP29 556
Date, Sachiko ................................................ThP28 579
Date, Sachiko .................................................MP33 678
Dator, Romel ..................................................WP28 511
Daub, Henrik .................................................ThP22 425
Daugherty, Sean ............................................. TP29 536
Dauly, Claire ............................................. TOB pm 2:30
Davey, Nicholas G. ......................................... TP04 074
Davey, Nicholas G. ................................. WOF pm 2:30
Davey, Norman ...................................... TOC am 10:10
David, Bitto ......................................................TP35 707
David, Calligaris .............................................MP10 198
David, Frank ................................................... MP34 685
David, Larry ...................................................ThP34 692
David, Yael ...........................................ThOH am 08:50
Davidov, Mikhail I...........................................MP27 559
Davidov, Mikhail M ........................................MP27 559
Davies, Alun ....................................................TP24 384
Davies, Geoff ..................................................TP30 563
Davies, Geoff .................................................MP07 135
Davies, Geoff ................................................ WP08 124
Davies, Geoff ................................................ WP07 109
Davies, Geoff .................................................WP08 117
Davies, Geoff ................................................ThP08 132
Davies, Geoff .................................................MP07 136
Davies, Sherri .......................................... TOD pm 3:30
Davies, Sherri R. .................................ThOD am 08:30
Davies, Sherri R. ..........................................ThP17 299
Davies, Sherri R. ............................................TP21 332
Davila, Stephen ..............................................TP33 635
Davila, Stephen ............................................ WP38 752
Davis, Alan..................................................... WP30 571
Davis, Darryl ...................................................MP25 517
Davis, Frank ..................................................ThP23 459
Davis, Ian ......................................................... TP18 261
Davis, Luke .....................................................MP26 549
Davis, Mark .....................................................TP02 024
Davis, Sonnet .................................................. TP23 372
Davis, Tyler ...................................................... TP15 238
Davis, W. Clay...............................................ThP23 472
Davis, W. Clay...............................................ThP17 295
Davoli, Enrico ................................................. WP11 191
Davydov I., Iakov .......................................... WP28 512
Dawes, Peter A. ............................................. MP07 137
Dawson, Marcus ...........................................ThP17 287
Dawson, Ted....................................................TP19 276
Day, Robert............................................... TOB pm 2:30
Day, Sharlene................................................ThP23 459
Dayon, Loïc ................................................... WP33 629
Dayrit, Fabian M. ...........................................MP34 697
Dayspring, Thomas ........................................TP30 571
de Bona Sartor, Sabrina ............................... WP11 190
de Castro, Edouard ...................................... WP32 606
De Cecco, Martin ..........................................ThP06 087
de Felicio, Rafael .....................................TOG pm 2:30
De Felippis, Michael....................................... TP11 205
de Haas, Richard .......................................... WP34 665
de Jager, Marko .............................................. TP18 260
De Jesus, Victor...................................... MOC pm 2:50
de Jong, Ad P.J.M. .........................................TP10 176
de Jong, Ebbing .............................................MP18 370
de Jong, Ebbing .............................................MP29 583
de Jong, Ebbing .............................................. TP17 248
de Jong, Ebbing ............................................ WP28 505
de Jong, Ebbing P. ......................................... TP28 511
de Jong, Felice ..............................................MP04 079
de Jong, Gerhardus J. ...........................WOG pm 3:10
de Jong, Luitzen ............................................MP21 407
de Keizer, Wouter ........................................... TP37 750
de Koning, Leo J. ..........................................MP21 407
de Koster, Chris G. ........................................MP21 407
de Kruif, John ................................................ WP24 422
de la Chapelle, Albert.....................................TP21 314
de la Torre, Xavier ........................................ WP08 135
De La Torre, Xavier ....................................... MP30 614
De Leoz, Maria Lorna A. ...............................TP15 237
De Marchi, Tommaso ...................................ThP22 416
De Marchi, Tommaso .......................... ThOD am 09:10
De Marchi, Umberto ..................................... WP33 629
De Moor, Bart ................................................ WP10 159
De Moor, Bart ................................................ WP10 166
de Oliveira, Anselmo E. ................................ MP05 084
De Oliveira, Diogo .........................................WP11 190
de Oliveira, Eduardo .....................................MP26 543
de Oliveira, João Bosco ..............................ThP22 431
de Paula, Fernando ......................................MP34 696
De Pauw, Edwin ...................................MOG am 09:10
De Pauw, Edwin .............................................TP33 653
De Pauw, Edwin ...........................................ThP09 154
De Pauw, Edwin ...........................................ThP16 272
De Pauw, Edwin ............................................MP23 459
De Pauw, Edwin ...........................................ThP23 453
De Pauw, Edwin .............................................TP07 127
De Pauw, Edwin ........................................... WP12 215
De Pauw, Edwin ............................................MP10 198
De Pra, Mauro................................................MP06 128
de Reus, Inge ................................................ WP34 665
De Saeger, Sarah ..........................................MP03 058
de Vos, Jayne ................................................MP31 630
De Waal, Eric ..................................................TP26 471
De Winter, Julien ...........................................MP36 723
Deakin, Laura ................................................ThP25 504
Dean, Brian ...................................................ThP21 388
Dean, Brian ...................................................ThP21 395
Dean, Brian J. ................................................WP11 179
Dearden, David V. ........................................ThP35 710
DeBarber, Andrea E ....................................... TP30 572
Deb-Choudhury, Santanu ............................MP33 681
Deblasio, Stacy .............................................. MP33 672
Deblasio, Stacy .............................................. MP33 673
DeBoer, Gerrit ...............................................ThP13 248
Debois, Delphine .......................................... WP12 215
DeBord, John Daniel ...................................... TP09 167
Debrauwer, Laurent ......................................MP04 063
DeCastro, Rey ..............................................ThP21 404
Deckers, Christophe ......................................TP26 461
Decosterd, Laurent............................... MOE am 08:50
Decrop, Wim ................................................. WP24 442
Dee, Stacy .......................................................TP30 557
Deelder, André .............................................. WP12 218
Deelder, André M..........................................ThP23 471
Deelder, André M........................................... MP23 454
Deelder, André M.......................................... WP35 678
Deelder, André M........................................... MP23 457
Deelder, André M.......................................... WP31 585
Deese, Alan ................................................... WP13 233
DeFelice, Brian ......................................ThOC pm 2:30
DeFelice, Brian ...............................................TP27 480
Deforce, Dieter ..............................................ThP17 306
Degenstein, John ..................................ThOG pm 2:30
DeGreeff, Lauryn E. ..................................... WP37 732
Deguchi, Jiro ...................................................TP29 556
Degueldre, Michel ........................................ThP16 272
DeHart, Caroline ............................................ MP28 569
DeHart, Caroline ........................................... WP29 524
DeHaven, Corey ............................................ MP03 043
Deimler, Robert E. ......................................... MP12 230
Deimler, Robert E. .......................................... TP01 009
Deininger, Soeren-Oliver ............................. WP09 145
Deininger, Soeren-Oliver ............................. WP09 142
Deininger, Sören ............................................MP10 193
Deininger, Sören ............................................MP10 194
Dekker, Lennard .............................................TP20 304
Dekker, Lennard ........................................... WP18 319
Dekker, Lennard .............................................TP16 243
Dekker, Lennard .................................... TOH am 08:30
Dekker, Lennard J.M.................................... WP33 639
Dekker, Tim ................................................... WP12 218
Dekkers, Dick ................................................ThP18 310
Delaforge, Marcel .......................................... MP04 063
Delahunty, Claire ............................................TP21 318
Delatour, Benoît ............................................. MP10 185
Delgass, Nicholas..................................ThOG pm 2:30
Dell, Anne ........................................................TP35 708
Della-Negra, Serge .............................ThOE am 09:10
Delmotte, Nathanael .....................................MP25 518
Delphine, Debois ...........................................MP10 198
Delsuc, Marc-André .................................TOA pm 3:10
Delsuc, Marc-André .....................................ThP12 220
Demant, Myriam ............................................MP25 518
Demarais, Nicholas ........................................ TP02 034
Demarais, Nicholas ....................................... MP35 715
DeMarini, David ............................................ WP03 029
Demers, Sarah ..............................................ThP01 001
Demers, Sarah ................................................ TP29 529
Demireva, Maria .....................................WOC pm 4:10
Demmers, Jeroen .........................................ThP18 310
Denes, Julia............................................. MOC pm 3:10
Denes, Julia.....................................................TP30 570
Deng, Ai-Fang .................................................TP25 444
Deng, Bin ........................................................ MP23 462
Deng, Haiteng ............................................... WP28 503
Deng, Haiteng ...............................................ThP23 450
Deng, Lu ........................................................ WP23 406
Deng, Sihong .......................................ThOC am 09:10
Deng, YiKun ..................................................ThP27 528
Deng, YuZhong .............................................ThP21 395
Dengjel, Joern ............................................... WP36 706
Denicola, Chris ............................................. WP08 120
Denisov, Eduard ...................................WOE am 09:30
Denisov, Eduard .............................................TP14 219
Denisov, Eduard ...................................WOE am 09:50
Denisov, Eduard ............................................MP16 309
Denisov, Eduard .............................................TP14 218
Denisov, Eduard ............................................ MP16 311
Dennif, Philip .................................................. MP07 140
Dennis, Elise A.................................................... Special
Dennis, Elise A...................................... MOB am 10:10
Denny, Joshua ................................................TP10 181
Denslow, Nancy ............................................. MP26 538
Denton, M. Bonner .......................................ThP06 104
Denu, John .................................................... WP29 528
DePalma, Joseph ......................................... ThP36 711
DePhillipo, Tom ............................................... TP25 451
Derek Pyland, Derek .....................................MP22 439
Derewacz, Dagmara ................................TOF pm 3:10
Derkits, David .......................................... WOC pm 3:50
Derks, Rico J.E. ............................................ WP35 678
Derpmann, Valerie.........................................MP15 274
Derpmann, Valerie.........................................MP15 284
Derpmann, Valerie.........................................MP15 277
Derpmann, Valerie.........................................MP15 278
Dervilly-Pinel, Gaud ..................................... WP17 305
Desai, Reena ..................................................TP26 453
Desaire, Heather .......................................... WP24 425
Desaire, Heather ..........................................ThP19 355
Desbenoit, Nicolas ........................................MP10 184
Desbrow, Claire ............................................ WP07 109
Desbrow, Claire .............................................MP07 135
Desbrow, Claire .............................................MP07 136
Desbrow, Claire .............................................WP08 117
Desbrow, Claire ............................................ WP08 124
Desbrow, Claire ..............................................TP30 563
Desharnais, Joel ........................................... WP24 431
Deshazer, David .............................................TP08 158
Deshmukh, Manish kumar ..........................ThP27 542
Deshpande, Rohini.......................................ThP33 668
DeSimone, Joseph ......................................... TP25 439
Desjardins, Michel .......................................... TP27 494
Desveaux, Darrell .........................................ThP25 509
Deterding, Leesa .......................................... WP19 346
Deterding, Leesa .......................................... WP19 345
Determan, Charles .......................................ThP14 259
Deutsch, Eric ................................................. WP31 587
Deutsch, Eric W. ............................................ MP18 373
Deutsch, Eric W. .............................................TP28 525
Deutschman, Robert ..................................... MP18 361
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 197
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Devaney, Joseph ..........................................ThP19 337
Devarakonda, Srikripa ............................MOF pm 3:10
Devenport, Neil ...............................................TP34 671
Devine, Lauren ............................................. WP26 464
Devkota, Laxman ......................................... WP05 065
DeVoe, Don L................................................ThP07 117
Dewaele, Debbie ............................................TP33 637
Dey, Sanjoy ...................................................ThP23 474
Dey, Subhakar ...............................................MP06 108
Dey, Sudhansu K ..................................... TOB pm 3:50
Dey, Sudhansu K ................................... TOB am 08:50
Deyholos, Michael ......................................... MP05 082
Dhabaria, Avantika .........................................TP14 220
Dhabaria, Avantika ................................ TOE am 08:30
Dhaenens, Maarten .....................................ThP17 306
Dhawan, Neil ................................................. WP36 701
Dhawan, Neil .................................................ThP17 280
Dhople, Vishnu Mukund ................................TP19 277
Dhungana, Suraj.............................................TP23 362
Di, Xiao-Jing .................................................. WP28 501
Di Bussolo, Joseph ........................................TP29 545
Di Donna, Leonardo ....................................... TP34 690
Di Poto, Cristina ............................................ WP26 460
Diana Di Mavungu, José .............................. MP03 058
Diaz, Gustavo ................................................MP26 549
Diaz-Arevalo, Diana .....................................ThP25 513
Dicaire, Catherine.........................................ThP29 617
Dicaire, Catherine.........................................ThP29 616
Dickel, Timo ....................................................MP16 324
Dickinson, Danielle N. .................................ThP25 499
Dickinson, Danielle N. .................................ThP25 497
Dickinson, Danielle N. .................................ThP26 520
Dickinson, Michael ........................................MP04 070
Diedrich, Jolene K. .........................................TP05 096
Diefenbach, Otto............................................MP22 429
Diego, Pamela ...............................................MP23 462
Diehl, Hanna .................................................ThP04 034
Diepenbroek, Jacob ..................................... WP06 095
Dietz, Harry (Hal) ..........................................ThP23 463
Diez-Garcia, Javier....................................... WP12 216
Dijkstra, Jouke .............................................. WP09 141
Diken, Eric .....................................................ThP11 199
Dikler, Sergei ................................................. WP09 146
Dilek, Isil..........................................................MP01 008
Dill, Brian .......................................................ThP25 501
Dill, Brian ........................................................MP28 571
Dillin, Andrew ................................................ThP17 286
Dillon, Leonard ................................................TP33 626
DiMaggio, Peter ..................................... TOE am 09:50
DiMaggio, Peter ..................................... ThOB pm 2:50
DiMaggio, Peter .............................................. TP22 347
Dimapasoc, Lauren .............................ThOC am 09:50
Dimapasoc, Lauren ........................................ TP35 704
Dimapasoc, Lauren ....................................... MP27 556
Dimapasoc, Lauren .............................ThOD am 09:50
Dimapasoc, Lauren M. ................................ WP19 347
Dimond, Jamie ..............................................ThP36 721
Dimopoulos, George ............................... TOH pm 2:30
Dimson, Phil ....................................................TP25 432
D’Incalci, Maurizio .........................................WP11 191
Dindyal-Popescu, Alina ............................... WP15 266
Diner, Benjamin ............................................ WP28 510
Ding, Chuan-Fan ......................................TOA pm 3:50
Ding, Chuan-Fan ...........................................MP16 294
Ding, Chuan-Fan ...........................................MP16 305
Ding, Chuan-Fan ............................................TP01 014
Ding, Hua ......................................................... TP21 322
Ding, Huijiang ................................................ WP21 379
Ding, JianHua .................................................TP34 673
Ding, Jie ......................................................... WP15 264
Ding, Jie ......................................................... WP15 257
Ding, Li ..................................................ThOD am 08:30
Ding, Shi-Jian ................................................ThP18 327
Ding, Shi-Jian .................................................MP27 557
Ding, Shi-Jian ................................................ThP13 241
Ding, Xiang ...................................................... TP36 727
Ding, Xiao ......................................................ThP21 388
Ding, Xiaojing .................................................. TP37 751
Ding, Xiao-Jun ..............................................ThP13 230
Ding, Xun-Lei ..................................................TP02 046
Ding, Yan ....................................................... ThP11 193
Ding, Yue-He .................................................. MP21 397
Ding, Zheng-Ming ........................................... TP21 315
Dinh, Thien ....................................................ThP12 221
Dion, Annick ..................................................ThP10 178
Dion, Annick ...................................................MP02 035
Dion, Annick .................................................. WP05 062
Dion, Annick ..................................................ThP10 177
Dion-Fortier, Annick ........................................TP30 576
Dioumaeva, Irina ...........................................MP07 133
DiPasquale, Robert A. ..................................WP11 180
Diraviyam, Karthikeyan ....................... MOF am 09:30
Dirix, Luc Y. ........................................... ThOD am 09:10
Distler, Ute ...................................................... MP24 464
Ditewig Meyers, Gail A ..................................TP30 558
Dittenhafer-Reed, Kristin ............................. WP29 528
Dittwald, Piotr ................................................. MP18 369
Dittwald, Piotr .................................................. TP16 241
Dixit, Sugyan .................................................. MP21 396
Dixit, Surjit B.................................................. WP24 439
Dixon, Brent.....................................................TP29 538
Dixon, Brent................................................... WP08 130
Dixon, David A. .............................................ThP36 712
Dixon, Emma.................................................ThP18 308
Dixon, Kevin .................................................. WP38 746
Dixon, Roger A...............................................MP04 066
Djiana, Rose ...................................................MP01 009
Djukovic, Danijel .............................................TP23 371
D’mello, Rhijuta..................................... MOF am 10:10
Dobbie, Peter .................................................MP33 681
Doble, Philip .................................................. WP12 212
Dobos, Karen ................................................ WP26 459
Dobos, Karen .................................................MP26 549
Dobson, Gareth ............................................ThP11 199
Dodds, Eric D. ................................................. TP33 633
Dodds, Eric D. ................................................. TP36 715
Dodds, Eric D. ................................................. TP09 165
Dodge, Jeffrey ............................................... WP22 389
Dodmane, Puttappa R .................................ThP13 241
Doerge, Daniel R. ........................................... TP26 477
Dogan, Ahmet ...............................................ThP23 464
Dogan, Ahmet ......................................... WOB pm 4:10
Dogan, Ahmet ...............................................ThP23 466
Dogan, Belgin ................................................MP33 675
Doi, Yasunori .................................................ThP26 524
Dojahn, Joerg ................................................ WP30 543
Dolan, Brendan K. ...................................MOA pm 3:30
Domalain, Virginie .................................TOG am 09:30
Domanski, Dominik .......................................MP19 375
Domin, Mark .................................................. WP37 725
Dominguez, Santiago ....................................TP28 524
Domizio, Paola ......................................... TOE pm 3:50
Domon, Bruno ................................................ MP26 541
Domon, Bruno ...............................................ThP23 476
Domon, Bruno ................................................. TP08 138
Doneanu, Angela .................................... WOD pm 3:10
Doneanu, Angela ..........................................ThP28 573
Doneanu, Angela .......................................... ThP07 118
Doneanu, Angela ........................................... MP06 124
Doneanu, Catalin ............................................ TP25 421
Doneanu, Catalin ...........................................MP25 521
Doneanu, Catalin .......................................... WP15 280
Doneanu, Catalin ..........................................ThP08 131
Doneanu, Catalin ...........................................MP26 532
Donenko, Fedor ............................................. MP27 550
Dong, Hengtao ................................................ TP37 741
Dong, Hengtao .............................................. WP03 033
Dong, Hengtao ..............................................ThP27 528
Dong, Hengtao ................................................ TP37 740
Dong, Jia .........................................................MP22 430
Dong, Jia .........................................................MP22 421
Dong, Jing ...................................................... MP11 214
Dong, Linlin ...................................................ThP31 643
Dong, Meng-Qiu ......................................MOA pm 4:10
Dong, Meng-Qiu ...........................................ThP13 230
Dong, Meng-Qiu ............................................MP21 397
Dong, Meng-Qiu .............................................TP21 338
Dong, Mingming ........................................... WP34 647
Dong, Qian ....................................................ThP34 669
Dong, Qian .................................................... WP31 578
Dong, Xiaoli .................................................... MP13 234
Dong, Yusheng ............................................. WP30 546
Dongari, Nagaraju ........................................ThP06 086
Dongen, William D. van ............................... WP15 252
Donley, Elizabeth ............................................ TP29 548
Donnelly, Marcie .............................................TP21 307
Donohoe, Greg ............................................... TP21 311
Donzelli, Riccardo ..........................................TP30 567
Dopson, Wesley.............................................MP07 140
Doran, Angela ................................................MP26 531
Doran, Thomas ...............................................TP29 544
Dorfer, Viktoria ..............................................ThP34 682
Dorman, Frank .............................................. WP08 131
Dornan, David ............................................... WP33 632
Dorny, Pierre ..................................................MP23 457
Doroschak, Kathryn J. ................................... TP28 511
Doroshenko, Vladimir ..................................ThP05 058
Doroshenko, Vladimir ..................................ThP26 523
Doroshenko, Vladimir ..................................ThP30 628
Doroshenko, Vladimir M. ............................. ThP07 117
Doroshenko, Vladimir M. .............................. MP16 304
Dorrestein, Kathleen .....................................MP04 069
Dorrestein, Kathleen ............................... TOB pm 4:10
Dorrestein, Pieter .................................... TOG pm 2:30
Dorrestein, Pieter ..........................................MP04 069
Dorrestein, Pieter .................................... TOB pm 4:10
Dorrestein, Pieter ......................................... WP12 217
Dorrestein, Pieter .................................... TOH pm 2:50
Dorrestein, Pieter .................................... TOH pm 2:30
Dorrestein, Pieter C. .....................................MP34 707
Dorrestein, Pieter C. ........................... ThOA am 09:10
Dorschel, Craig ............................................. WP13 232
Dorsey, Tiffany H. ......................................... WP18 312
Døskeland, Stein Ove ..................................ThP23 456
Doster, Douglas ............................................ThP11 194
Douce, David.................................................ThP27 533
Douce, David.................................................ThP11 207
Doud, Emma .................................................ThP23 448
Dougan, Gordon ...........................................ThP25 504
Douglas, Donald ...........................................ThP06 075
Douglas, Donald ...........................................ThP06 100
Douglas, Justin .............................................ThP28 577
Douglas, Mark ...............................................ThP28 580
Douglass, Kevin ............................................ThP31 651
Douglass, Kevin ...................................... WOE pm 3:50
Dousty, Faezeh ............................................... TP03 052
Dove, William F. ............................................ThP22 422
Dovichi, Norman ........................................... WP35 681
Dovichi, Norman ........................................... WP30 545
Dovichi, Norman ........................................... WP35 680
Dovichi, Norman J. ....................................... WP35 682
Dow, Alex ......................................................... TP04 075
Dowd, Sarah ................................................. WP33 615
Downard, Kevin .............................................. TP11 198
Dowsey, Andrew ............................................ MP19 386
Doyle, Michael ......................................WOH am 08:30
Doyle, Rory .....................................................MP25 513
Drabkin, Harry ................................................. TP36 728
Drabner, Georg .............................................. MP23 444
Drake, Richard ............................................... MP10 192
Drake, Richard .............................................. WP09 139
Drake, Richard ............................................... WP11 188
Drake, Richard R ............................................ TP36 728
Drake, Richard R ........................................... WP11 192
Drake, Richard R .......................................... WP09 137
Drake, Richard R ..................................... TOB pm 3:10
Dreiling, Alena ............................................... WP28 497
Dreisewerd, Klaus ..........................................TP04 060
Drexler, Dieter ...............................................ThP12 226
Drexler, Dieter M. .........................................ThP13 243
Dreyer, Mark ....................................................TP23 381
Drici, Adam .................................................... WP01 002
Drifeld, Malcolm .......................................... WP37 707
Driscoll, C. F. ...................................................TP05 108
Driver, Joshua ................................................ MP16 317
Driver, Joshua ...........................................TOA pm 3:30
Droit, Arnaud ................................................. WP33 622
INDEX OF AUTHORS
GENERAL INFORMATION
PAGE 198 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Drouin, Elise E. .............................................. MP29 593
Drul, Dainna ....................................................TP37 744
Drusano, George ........................................... MP07 138
D’Santos, Clive S. ........................................ WP28 496
D’Souza, Alexandria K. ..................................TP28 521
D’Souza, Alexandria..................................... WP30 555
D’Souza, Alexandria K. ........................... MOA pm 3:50
D’souza, Rochelle C J ............................ TOD pm 2:30
Du, Chengan .................................................. MP03 057
Du, Dan ..........................................................ThP35 707
Du, Ping .......................................................... MP34 711
Du, Ping ..........................................................MP34 710
Du, Ping ..........................................................MP34 713
Du, Ping .........................................................ThP28 574
Du, Wei ...........................................................MP34 708
Du, Y. Melodie ...............................................ThP20 373
Du Bois, Justin .............................................. WP37 731
Duan, Jiana ...................................................ThP20 383
Duan, Shuo ...................................................ThP30 632
Dube, David...................................................ThP27 535
Dube, David...................................................ThP10 177
Dubin, DHE .....................................................TP05 108
Dubin, Paul .................................................... WP23 408
Dubina, Michael ............................................ThP34 679
DuBois, Debra C. ...........................................TP21 337
Dubois, Laura ................................................ThP25 487
Duchoslav, Eva ............................................. WP15 256
Duchoslav, Eva ...............................................TP33 642
Duchoslav, Eva .............................................ThP28 586
Duchoslav, Eva ...............................................TP24 385
Duchoslav, Eva ...............................................TP25 427
Duchoslav, Eva ............................................. WP13 230
Duchoslav, Eva ............................................. WP15 255
Ducret, Axel .....................................................TP21 333
Duczak, Nick ...................................................TP31 607
Duczak, Nick ...................................................TP28 517
Duczak, Jr., Nicholas ...................................ThP29 606
Dudte, Sophia ............................................... WP01 002
Duewel, Henry ..............................................ThP17 304
Dufn, Kevin .................................................. WP18 323
Dufresne, Craig............................................. WP33 620
Dufresne, Martin ...........................................ThP04 041
Dugarte, Rafael..............................................MP19 385
Duggan, Jeffrey .............................................MP25 504
Duggan, Jeffrey .............................................MP25 506
Duggan, Jeffrey .............................................MP25 505
Dugourd, Philippe ........................................... TP06 122
Dugourd, Philippe ................................. WOE am 08:50
Dugourd, Philippe ........................................... TP05 094
Dugourd, Philippe ................................ WOG am 10:10
Dugourd, Philippe ......................................... WP38 736
Dührkop, Kai ................................................. WP13 231
Dulaurent, Sylvain ........................................ WP08 125
Dumas, Paul .........................................ThOE am 09:10
Dumas, Pierre ...............................................ThP29 596
Dumas, Pierre ...............................................ThP29 601
Duménil, Guillaume ............................... ThOB pm 3:50
Dumont, Isabelle...........................................ThP29 612
Dunaev, Anatoly .............................................. TP02 044
Dunbar, Brett .................................................ThP13 233
Dunbar, Robert C. ............................... WOG am 08:30
Duncan, Bradley ........................................... WP02 003
Duncan, Jason S. .......................................... MP17 331
Duncan, Kyle D. .............................................. TP04 081
Duncan, Mark W. ........................................... MP09 181
Duncan, Meghan .......................................... WP29 531
Dunn, Amelia D. ............................................ WP28 507
Dunn, Keiana ..................................................TP21 307
Dunn, Stanley D. ...........................................MP22 428
Dunn, Warwick ............................................... MP19 386
Dünnbier, Uwe ................................................TP31 578
Dunne, Christine E. ...................................... WP15 271
Dunne, Timothy............................................. WP13 228
Dunstan, Jody ................................................ MP31 639
Dunstan, Jody ............................................... ThP11 207
Dunyach, Jean Jacques ..............................ThP06 102
Dunyach, Jean-Jacques ................................ TP05 101
Dunyach, Jean-Jacques ..............................ThP06 084
Dunyach, Jean-Jacques ..............................ThP06 093
Dunyach, Jean-Jacques ..............................ThP06 094
Dunyach, Jean-Jacques ................................ TP01 019
Dunyach, Jean-Jacques ..............................ThP06 101
Dunyach, Jean-Jacques ..............................ThP01 016
Dunyach, Jean-Jacques ..............................ThP01 018
Duplock, Stephen K. ....................................ThP20 361
Dupre, Mathieu ...............................................TP13 215
Duraffourg, Laurent ....................................... MP16 320
Durairaj, Anita ...............................................ThP04 043
Durand, Kirt ..................................................... TP06 114
Durand, Kirt ..................................................... TP06 112
Durazo, Armando ...........................................TP32 614
Durbin, Ken .....................................................TP16 244
Durbin, Kenneth .............................................. TP01 008
Durbin, Kenneth ...................................... MOB pm 4:10
Durbin, Kenneth R........................................ WP35 684
Duretz, Benedicte .......................................... MP30 617
Duretz, Bénédicte ................................. MOE am 08:50
Duriez, Elodie ................................................ThP23 476
Durighello, Emie ...........................................ThP25 506
Dutta, Bama ...................................................MP27 565
Dutta, Sucharita ............................................ThP28 590
Dutta, Sucharita ............................................ WP26 474
Duvaud, Severine ......................................... WP32 606
Duyckaerts, Charles......................................MP10 184
Dvorkin, Mikhail ..............................................TP16 243
Dwivedi, Prabha .............................................TP04 085
Dwivedi, Prabha ............................................MP15 265
Dwivedi, Prabha ............................................MP15 267
Dwivedi, Prabha ........................................... WP17 292
Dwivedi, Prabha ............................................MP15 266
Dwivedi, Prabha ............................................MP30 606
Dworkin, Jason ....................................ThOE am 09:30
Dworski, Shaalee ......................................... WP09 139
Dyakov, Yuri A. ..............................................ThP31 647
Dyson, Barry ...................................................TP28 519
Dzerk, Alan .................................................... WP06 077
Dzerk, Alan ....................................................ThP21 408
Earley, Lee .....................................................ThP06 101
Earley, Lee ....................................................... TP01 019
Early, Bryan .....................................................TP01 008
Early, Bryan ............................................. MOB pm 4:10
Early, Bryan ...................................................ThP25 510
Early, Bryan P. .................................................TP16 239
Early, Michael ................................................ WP28 505
Easterling, Michael ................................. WOH pm 3:50
Easterling, Michael L. ...................................WP11 185
Eastwood, Stephanie ..................................... TP04 055
Easwaramoorthy, D. ..................................... WP14 248
Eatough, David ...............................................TP37 750
Eatough, David ...............................................TP33 627
Ebeler, Susan ................................................ WP19 338
Ebeler, Susan E. ............................................MP34 685
Ebeler, Susan E. ...................................... TOE pm 4:10
Ebeler, Susan E. ...........................................ThP11 196
Eberlin, Livia ..................................................ThP03 030
Eberlin, Livia S. .............................................. MP10 205
Eberlin, Livia S. .................................... ThOA am 09:30
Eberlin, Marcos ....................................... WOA pm 2:50
Eberlin, Marcos ............................................. WP05 063
Eberlin, Marcos ............................................... TP34 683
Eberlin, Marcos ............................................... TP34 679
Eberlin, Marcos .............................................. MP31 652
Eberlin, Marcos N. .......................................... TP33 655
Eberlin, Marcos N. ........................................ThP32 661
Eberlin, Marcos N. ........................................ WP38 735
Eberlin, Marcos N. .......................................... TP34 675
Eberlin, Marcos N. .......................................... TP33 658
Eberlin, Marcos N. .........................................MP18 364
Eberlin, Marcos N. .......................................... TP34 681
Eberlin, Marcos N. .............................. ThOG am 08:50
Eberlin, Marcos N. ................................. TOG am 09:50
Eberlin, Marcos N. .......................................... TP34 682
Ebert, Jens .....................................................MP16 324
Ebner, Ford ......................................................TP21 318
Ecelberger, Scott ...........................................MP35 719
Echeverria, Pablo ......................................... WP36 698
Echterbille, Julien ...........................................TP07 127
Eckels, Josh ...................................................MP19 382
Eckle, Tobias .......................................... TOF am 09:10
Eddington, Alan..............................................MP07 135
Edelman, Daniel C. ...................................... WP18 312
Edgar, J. Scott................................................MP17 336
Edgar, J. Scott.................................................TP04 064
Edgar, J. Scott................................................MP24 484
Edgar, J. Scott............................................... WP23 420
Edgar, J. Scott.................................................TP34 684
Edgar de Moraes, Fabricio ..........................MP32 656
Edgeworth, Matthew .................................... WP24 424
Edgeworth, Matthew ......................................TP35 707
Edgington, Alan............................................. WP07 109
Edgington, Alan...............................................TP30 563
Edgington, Alan.............................................ThP08 132
Edison, Arthur S..............................................TP24 414
Edvardsson, Vidar O ...........................ThOC am 10:10
Edwards, Alistair ............................................ MP24 477
Edwards, Kathleen ....................................... WP05 051
Edwards, Kathryn .......................................... MP28 575
Edwards, Laura.............................................ThP17 289
Edwards, Lori ................................................ WP19 346
Edwards, Nathan ........................................... MP19 384
Edwards, Nathan ............................................ TP14 220
Edwards, Nathan ................................... TOE am 08:30
Edwards, Nathan ..........................................ThP09 157
Edwards, Peter ..............................................MP16 297
Egan, Christina T. .........................................ThP25 497
Egan, Thomas ............................................... WP10 169
Egertson, Jarrett .............................................TP28 512
Egertson, Jarrett ............................................ MP24 490
Egertson, Jarrett ................................... MOA am 08:30
Egertson, Jarrett ...........................................ThP12 229
Egertson, Jarrett D. ...................................... WP31 582
Eggers, Frederike .........................................ThP14 255
Eggertson, Michael ...................................... WP21 378
Eggertson, Michael ...................................... WP21 376
Egle, Brian .....................................................ThP06 105
Ehling, Stefan ................................................ WP20 360
Ehresmann, Treeske .....................................MP33 679
Ehrlich, Kenneth C. .......................................MP03 058
Ehrmann, Brandie .........................................MP34 700
Ehrmann, Brandie M. ...................................ThP31 649
Eiceman, Gary .............................................. WP38 752
Eiceman, Gary ................................................TP33 635
Eichelbaum, Katrin ........................................ MP24 471
Eichner, Daniel ........................................ MOC pm 4:10
Eickhoff, Kristen ............................................. MP02 031
Eigenheer, Richard A. ..................................ThP09 148
Eiichiro, Fukusaki ................................ThOB am 09:50
Eijkel, Gert ...................................................... MP10 199
Eijkel, Gert ...............................................WOD pm 3:50
Eijkel, Gert B. .................................................MP10 197
Eijkel, Gert B. ................................................ WP09 143
Eikel, Daniel ..................................................ThP12 221
Eikel, Daniel .................................................. WP25 451
Eilfeld, Alexander .......................................... WP20 367
Eiriksson, Finnur ............................................. TP27 495
Eiriksson, Finnur Freyr .......................ThOC am 10:10
Eisenacher, Martin .......................................ThP22 412
Eisenacher, Martin .......................................ThP22 413
Eiserberg, Gene ........................................... WP15 258
Eisinger, Martin ...................................... TOA am 10:10
Eitel, Michael .................................................ThP17 291
Ejsing, Christer .............................................. MP11 212
Ekanayaka, E.A. Prabodha..........................MP32 654
Ekdahl, Anja .................................................. WP14 236
Eklund, Göran .................................................TP25 430
Ekroos, Kim ............................................ ThOC pm 3:50
Ekström, Simon .............................................MP09 182
El Aalamat, Yousef ....................................... WP10 159
El Khoury, Maroun ........................................ WP33 631
El-Aneed, Anas .............................................ThP31 640
El-Baba, Tarick ..............................................ThP31 642
Elenitoba-Johnson, Kojo ..............................MP27 564
Eligar, Sachin M.............................................MP27 554
Eliot, Andrew ..................................................MP23 447
Eliuk, Shannon ................................................ TP14 218
Eliuk, Shannon ...............................................MP29 596
Eliuk, Shannon ..............................................ThP20 375
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 199
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Eliuk, Shannon ....................................... TOA am 09:30
Eliuk, Shannon .............................................. WP36 689
Elizabeth, Ryan.............................................ThP09 167
Elkhatib, Soraya .............................................TP34 682
Ellefsen, Kayla ........................................ WOA pm 2:30
Ellenberger, Thomas E. ............................... WP23 401
Elliott, Justin ...................................................MP31 648
Elliott, Noelle ................................................. WP08 131
Ellis, Andrew M ..............................................MP16 321
Ellis, Gregory A. .............................................. TP24 415
Ellis, Matthew ........................................... TOD pm 3:30
Ellis, Matthew J. ............................................ThP17 299
Ellis, Matthew J. ...................................ThOD am 08:30
Ellis, Matthew J. .............................................. TP21 332
Ellis, Megan ................................................... WP24 441
Ellis, Shane ...................................................ThP04 039
Ellis, Shane ........................................... MOB am 09:50
Elm, Julian .....................................................ThP04 034
Elmasri, Marwan .................................... TOA am 08:30
ElNaggar, Mariam S ................................ TOH pm 2:50
Elortza, Felix ..................................................MP09 168
El-Sherbiny, Mohamed .................................MP30 606
Eltaha, Chadi...................................................TP18 272
Elzey, Sherrie ................................................ WP23 419
Emmett, Mark ................................................ThP19 345
Emmett, Mark R.............................................MP29 597
Emmons, Caleb J. ........................................ThP34 671
Emmons, Caleb J. .......................................... TP28 509
Enders, Jeffrey ..............................................ThP29 593
Enders, Jeffrey ............................................... MP29 588
Enders, Jeffrey R. ..........................................MP01 004
Eng, Jimmy .................................................... WP28 495
Eng, Jimmy K. ................................................. TP28 525
Eng, Marian .................................................... MP06 106
Engel, Marc E. .............................................. WP20 359
Engelhard, Carsten .......................................WP37 711
Engelhardt, John ..........................................ThP25 505
Engen, John .................................................. WP21 376
Engen, John .................................................. WP22 400
Engen, John R. .............................................. MP22 419
Engen, John R. .....................................WOH am 08:30
Engen, John R. .............................................. MP22 414
Engen, John R. ............................................. WP21 378
Enger, Robert ................................................ThP10 173
Enger, Robert ................................................ThP10 171
Enger, Robert ................................................ThP10 174
Enger, Robert ................................................ThP10 170
Engler, Martin S. ............................................ MP36 734
English, A. Michelle ........................................ TP14 223
English, A. Michelle ........................................ TP10 173
English, A. Michelle ............................... TOH am 09:30
English, Michelle...........................................ThP06 101
English, Robert D. ..........................................TP21 316
Enjalbert, Quentin...........................................TP06 122
Enjalbert, Quentin...........................................TP05 094
Enke, Christie G. .................................. MOB am 10:10
Enke, Christie G. ................................................ Special
Enriquez, Jose Antonio ..................................TP05 095
Ens, Werner ..................................................ThP05 057
Enthaler, Bernd .............................................ThP04 031
Entwistle, Andrew .........................................ThP01 002
Enyenihi, Atim A............................................ThP33 668
Eom, Han Young............................................MP34 714
Epelbaum, Stéphane ....................................MP10 185
Epifanio, Vera .................................................MP26 543
Erb, Matthias .................................................. MP03 052
Erdmann-Gilmore, Petra .............................ThP17 299
Erdmann-Gilmore, Petra ...............................TP21 332
Erdmann-Gilmore, Petra ............................. WP30 571
Erickson, Alison ............................................ThP25 502
Erickson, Brian K. ........................................... TP04 077
Ericson, Ingrid .................................................TP33 626
Ericson Jogsten, Ingrid ................................. MP31 639
Eriksson, Cecilia ........................................... WP09 141
Erkaev, Evgeny ............................................. WP26 454
Ernst, Jordan C. ............................................ThP20 379
Ernst, Robert K. .............................................MP10 206
Erol, Halil .........................................................TP25 450
Errey, James .................................................ThP24 484
Esades, Amanda ..........................................ThP21 403
Esaki, Tsuyoshi .............................................. MP04 065
Escoubas, Pierre ............................................TP07 127
Escoubas, Pierre ..........................................ThP16 272
Escribá, Pablo V. ........................................... MP10 201
Espadas, Guadalupe ................................... WP28 498
Espona Pernas, Lucia ...................................TP28 499
Esposito, Christopher ....................................TP29 545
Espourteille, Francois ...................................MP05 083
Espourteille, Francois ..................................ThP12 228
Espourteille, Francois ....................................TP29 545
Espourtielle, Francois ..................................ThP29 606
Esra Nurten, Cece .................................. MOE pm 3:10
Essaka, David ............................................... WP35 680
Esteva, Francisco ................................. MOD am 08:30
Esteva, Francisco J.......................................MP26 544
Estrada, Anthony ..................................... TOD pm 4:10
Estrada, Sergio ..............................................WP11 184
Etienne, Chris ................................................. TP11 197
Ettrich, Rudiger .............................................. MP21 401
Evans, Annie ..................................................MP03 043
Evans, Catherine ................................... TOH am 08:50
Evans, Christopher.........................................TP25 451
Evans, Christopher........................................MP25 519
Evans, James .................................................TP21 312
Evans, James ............................................... WP29 515
Evans, Kate .................................................... MP05 083
Evans, T. Idil ..................................................ThP25 505
Evans-Nguyen, Theresa .............................ThP01 007
Evans-Nguyen, Theresa ...............................TP27 489
Evans-Nguyen, Theresa ..............................MP16 308
Evard, Hanno ..................................................TP04 063
Evenson, Mary ............................................... MP12 225
Evenson, Mary .............................................. ThP11 191
Evers, Waltraud ............................................ WP24 434
Evers, Waltraud ..................................... TOH am 08:50
Evertts, Adam ......................................... TOE am 09:50
Ewing, Rob .................................................... WP36 700
Ewing, Robert ................................................MP17 348
Eyler, John R. ....................................... WOG am 09:10
Eyles, Stephen .............................................. WP23 408
Eysberg, Martin............................................. WP15 260
Ezan, Eric ......................................................ThP25 506
Ezeoke, Ogochukwu ..................................... MP30 606
Ezponda-Itoiz, Teresa ......................... ThOH am 10:10
Fabacher, David ............................................MP08 159
Faber, Helene ............................................... WP23 409
Faber, Helene .................................................TP10 189
Faber, Johan ................................................. WP22 395
Faber, Johan H ............................................. WP28 514
Faber, Matthew .............................................. MP11 216
Fabrik, Ivo ...................................................... WP34 649
Fabris, D. ..............................................ThOH am 09:50
Fabris, D. ...............................................MOH am 08:30
Fabris, Daniele ...............................................MP21 396
Fabris, Daniele ..........................................TOF pm 2:50
Fabritz, Sebastian ..........................................TP31 599
Faça, Vitor ......................................................MP26 543
Fack, Fred ......................................................WP11 193
Fadeyi, Ifeyinwa .............................................MP30 606
Fadgen, Keith .................................................MP25 521
Fadgen, Keith ................................................ WP21 376
Fadgen, Keith ................................................ WP21 378
Faerber, Franz ...............................................MP19 383
Faerber, Franz ...............................................MP29 581
Faerber, Franz ..............................................ThP34 675
Faerber, Franz ...............................................MP29 582
Faeth, Stanley ................................................ MP34 700
Fagbami, Lola ...............................................ThP10 179
Fagbami, Lola ....................................... MOD am 08:30
Fagbami, Lola .................................................TP08 148
Fagbami, Lola ................................................MP26 544
Fagerquist, Clifton K. ...................................ThP25 517
Fague, Kaitlin .................................................MP06 093
Fahrenholtz, Timothy .....................................TP32 615
Fair, Sarah ...................................................... MP06 113
Fair, Sarah ...................................................... MP01 011
Falconer, Shelley ........................................... MP33 681
Falconer, Travis M. .......................................ThP06 104
Falconet, Denis ............................................... TP34 662
Falconet, Denis ............................................... TP34 664
Falkenby, Lasse .............................................MP06 097
Falkenhagen, Jana........................................MP36 737
Fallavollita, James .......................................... TP18 257
Famiglini, Giorgio ......................................... WP20 361
Famiglini, Giorgio ...........................................TP31 606
Fan, Guoping .................................................MP13 239
Fan, Hui ..........................................................MP01 012
Fan, Hui ..........................................................MP06 101
Fan, Hui .........................................................ThP10 181
Fan, Jun ......................................................... ThP11 189
Fan, Jun ......................................................... WP03 027
Fan, Kai-Ting .................................................. MP32 671
Fan, Mengdi ..................................................ThP20 378
Fan, Sheng-Bo .........................................MOA pm 4:10
Fan, Sheng-Bo ...............................................MP21 397
Fan, Teresa W-M. ........................................... TP23 365
Fan, Xinghua .................................................. MP31 636
Fan, Xiuzhen ...................................................TP21 316
Fanayan, Susan ...........................................ThP22 418
Fandino, Anabel ..............................................TP26 459
Fang, Faye .....................................................MP23 456
Fang, Huafeng ................................................TP27 486
Fang, Jing ........................................................ TP15 228
Fang, Jingye ...................................................MP29 589
Fang, Liling ..................................................... MP11 214
Fang, Meng ....................................................MP07 142
Fang, Meng ...................................................ThP21 394
Fang, Pengfei .................................................MP22 422
Fang, Tammy ................................................ThP20 374
Fang, Xiang .................................................... MP16 306
Fang, Xiang .................................................... MP16 295
Fang, Xiang .................................................... MP16 316
Fang, Xiang .................................................... MP16 296
Fang, Xiaowei ............................................... WP20 362
Fang, Xiao-Wei ............................................. WP20 357
Fang, Xiao-Wei ............................................. WP20 358
Farag, Yehia ..................................................ThP23 452
Faramarzi, Saeed ......................................... WP36 704
Farcas, Claudiu..............................................MP19 380
Farese, Ann M. ............................................. WP26 471
Farnood, Ramin .............................................. TP31 589
Farnsworth, Charles L. ................................ThP33 666
Farnsworth, Charles L. ................................ WP31 590
Farnsworth, Charles L. ...........................MOA pm 2:50
Farnsworth, Charles L ................................. WP34 657
Farrah, Terry ............................................. TOH pm 4:10
Farrah, Terry ....................................................TP28 525
Farrah, Terry ................................................... MP18 373
Farrokhi, Vahid ............................................... MP23 462
Farrokhi, Vahid ..............................................ThP24 479
Fasciotti, Maíra ......................................TOG am 09:50
Fasciotti, Maíra ....................................... WOA pm 2:50
Fasciotti, Maíra ............................................. WP38 735
Faserl, Klaus .................................................ThP17 285
Faserl, Klaus ................................................. WP30 563
Faserl, Klaus ..................................................MP24 482
Fast, Douglas ................................................ThP13 244
Fast, Douglas ................................................. MP25 514
Fast, Walter .....................................................TP09 172
Fatou, Benoit ................................................... TP04 087
Fattinger, Christof .......................................... MP15 263
Faull, Kym ........................................................ TP26 457
Faull, Kym .......................................................MP13 239
Faull, Kym ........................................................ TP24 404
Faull, Kym ...................................................... WP21 379
Faull, Kym F. .................................................ThP24 485
Fauty, Scott....................................................ThP21 396
Favela, Kristin ......................................ThOE am 08:30
Fawzi, Elham................................................... TP32 611
Fayad, Paul .....................................................TP32 617
Fazio, Alessia ................................................. MP36 729
Fazlollahi, Farbod ........................................... TP24 404
Fearn, Sarah ................................................. WP12 220
Feasley, Christa L...........................................TP35 703
Fedorov, Dmitri G. ........................................ WP38 742
Feenstra, Adam ............................................ WP12 200
Fehniger, Thomas ............................... ThOF am 09:30
GENERAL INFORMATION
PAGE 200 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Feigerle, Charles ..........................................ThP30 624
Feild, Brian ......................................................TP37 756
Feinberg, Thomas ................................. ThOF pm 2:30
Feldman, Andrew L. .....................................ThP23 466
Feldman, Daniel ............................................WP11 185
Feldmann, Ingo ........................................ TOD pm 3:10
Feldmesser, Marta .........................................TP19 288
Fell, Lorne .............................................. WOF am 09:10
Fell, Lorne ...................................................... WP04 040
Fellers, Ryan .................................................ThP25 510
Fellers, Ryan ...................................................TP16 244
Fellers, Ryan T. .............................................ThP09 141
Fellers, Ryan T. ............................................... TP16 239
Fellers, Ryan T. ....................................... WOD pm 3:30
Felsher, Dean W. ........................................... MP10 205
Felske-Mueller, Stephanie ..................... TOC pm 3:10
Fenaille, Francois ...........................................TP13 215
Fenaille, François .................................... TOH pm 3:50
Fenaille, François ................................. MOD am 08:50
Fenaille, François .......................................... MP04 075
Feng, Changgeng.........................................ThP14 250
Feng, John......................................................MP29 600
Feng, Qiang.....................................................TP28 503
Feng, Shan .................................................... WP28 503
Feng, Shan ....................................................ThP23 450
Feng, Shanshan ...........................................ThP13 241
Feng, Shixia .................................................. WP06 093
Feng, Xidong ................................................... TP33 638
Feng, Ye ........................................................... TP26 454
Fennell, Anne ......................................... ThOE pm 2:30
Fenner, Amanda ...................................... TOG pm 2:30
Fenner, Kathrin ..................................... WOF am 09:30
Fenselau, Catherine.............................. TOE am 08:30
Fenselau, Catherine.....................................ThP09 157
Fenselau, Catherine.......................................TP14 220
Fenton, Anne ................................................... TP19 290
Fenyo, David ........................................ThOD am 08:30
Fenyo, David ................................................. WP31 584
Fenyo, David .......................................... TOH am 10:10
Fenyo, David .......................................... ThOB pm 3:30
Fenyo, David ................................................... TP11 203
Fenyo, David ...................................................TP21 332
Fenyo, David .................................................ThP17 299
Fenyo, David ................................................. WP31 575
Fenyo, David ............................................ TOD pm 3:30
Fenyo, David .........................................WOB am 08:30
Fenyo, David ................................................. WP31 577
Fenyo, David ...................................................TP28 507
Fenyö, David .......................................... ThOB pm 3:10
Feraco, Taylor ................................................ MP17 342
Ferguson, Carly N. .......................................ThP09 140
Ferguson, James .......................................... WP15 265
Ferguson, Leesa............................................MP30 623
Ferguson, Michael ........................................ WP26 468
Ferguson, P. Lee ............................................TP31 595
Fermin, Damian .............................................MP27 564
Fermin, Damian ....................................... TOD pm 2:50
Fermin, Damian ..............................................TP28 523
Fernandes, Anna Maria A. P. ........................ TP34 681
Fernandes, Anna Maria A. P. ......................ThP32 661
Fernandes, Deolinda ................................... WP15 266
Fernandes, Lucy ........................................... WP15 254
Fernandes, Lucy ........................................... WP36 699
Fernandes, Patricia ......................................ThP22 426
Fernandez, Bernard .....................................ThP09 158
Fernandez, Facundo .....................................MP15 267
Fernandez, Facundo ...................................... TP04 085
Fernandez, Facundo ...................................... TP24 394
Fernandez, Facundo .....................................MP15 266
Fernandez, Facundo .....................................MP15 265
Fernandez, Facundo M. ..............................ThP05 052
Fernandez, Facundo M. ................................TP33 654
Fernandez, Facundo M. ..............................ThP05 062
Fernández, Facundo ...................................... TP24 389
Fernández, Facundo ...........................ThOE am 09:30
Fernández, Facundo .................................... WP17 292
Fernández, Facundo M. ...............................MP30 606
Fernandez, Jose A. ...................................... WP12 216
Fernández, Jose A. .......................................MP10 201
Fernandez, Roberto ..................................... WP12 216
Fernández, Roberto ...................................... MP10 201
Fernández de la Mora, Juan....................... WP38 748
Fernández de la Mora, Juan.........................TP33 622
Fernández de la Mora, Juan.........................TP33 629
Fernández García, Juan ............................. WP38 748
Fernández García, Juan ...............................TP33 629
Fernández García, Juan ...............................TP33 622
Fernandez Lima, Francisco ..........................TP09 167
Fernandez-Murray, J. Pedro ........................ MP29 579
Fernando, Reshan A. ..................................... TP26 470
Fernando, Reshan A. ....................................MP34 694
Fernando, Vijanaka ......................................ThP05 057
Feroggio, Marina ...........................................MP25 498
Ferrante, Ilaria............................................... WP08 134
Ferrante, Ilaria.................................................TP29 554
Ferrante, Ilaria................................................MP31 638
Ferrante, Ilaria................................................MP31 637
Ferreira, Alexandre....................................... WP26 473
Ferreira, Christina.........................................ThP03 030
Ferreira, Christina R. .......................... ThOA am 09:30
Ferreira, Christina R. .....................................TP34 681
Ferreira, Christina R. ....................................MP06 102
Ferreira Do Vale, Luis Henrique .................ThP08 128
Ferreira Padilha, Francine ...........................MP24 473
Ferreira Siqueira, Mônica ............................. WP11 190
Ferrer, Imma ............................................. TOG pm 3:30
Ferris, Heather .............................................. WP12 202
Ferzoco, Alessandra ....................................ThP35 695
Festa, Michael................................................MP17 342
Festa, Michael........................................TOC am 08:50
Fetterly, Gerald ...............................................TP26 460
Fetterly, Gerald J. ..........................................MP06 103
Fhaner, Cassie ..............................................ThP28 564
Fhaner, Cassie ..............................................ThP28 576
Fiacco, Ilaria .................................................. WP08 135
Fialkov, Alexander ........................................ThP11 188
Fialkov, Alexander .........................................MP17 338
Fidelis, Carlos H.V. .........................................TP34 675
Fiebig, Lukas ................................................... TP02 022
Fiedler, Katherine L. ..................................... WP19 343
Fiehn, Oliver .................................................... TP27 480
Fiehn, Oliver ......................................... ThOB am 08:30
Fiehn, Oliver ........................................... ThOC pm 2:30
Fiehn, Oliver .................................................. WP13 225
Fiehn, Oliver ........................................... TOF am 08:50
Fiehn, Oliver .................................................... TP24 412
Field, Jennifer ....................................... WOF am 09:50
Fierro-Monti, Ivo ........................................... WP36 698
Figard, Ben ..................................................... MP26 522
Figard, Benjamin .......................................... WP03 028
Figarella-Branger, Dominique.....................ThP02 025
Figueroa, Mario..............................................MP34 700
Filali, Soa ................................................ TOH pm 3:50
Files, Darin ......................................................TP37 764
Filgueira, Marcelo .......................................... MP06 117
Filippakopoulos, Panagis ..................... TOE am 09:30
Fillmore, Thomas L. ..................................... WP27 484
Fillmore, Thomas L. ......................................MP26 542
Fillmore, Thomas L. ......................................MP26 540
Finan, Michael...............................................ThP22 419
Finan, Michael.................................................TP35 712
Finazzi, Ilaria .................................................. MP23 445
Findsen, Eric ..................................................MP17 353
Fine, Dennis ...................................................MP03 050
Fine, Zachary ................................................ThP13 239
Finkelstein, David ......................................... WP12 212
Finniss, Matthew.............................................TP25 439
Fioramonte, Mariana .....................................MP21 399
Firth, Neville ..................................................ThP25 507
Fischer, Lukas ................................................MP15 286
Fischer, Martina ....................................WOB am 09:50
Fischer, Roman.............................................ThP09 143
Fischer, Roman..............................................MP18 357
Fischer, Steven M. .......................................ThP33 665
Fischer, Steven M. ........................................MP19 379
Fischle, Wolfgang ........................................... TP22 354
Fischler, David ..............................................ThP20 358
Fisher, Christine .............................................MP15 273
Fisher, Gregory .............................................ThP04 046
Fisher, Gregory L ..........................................ThP04 045
Fisher, Henry ..................................................MP14 255
Fisher, Markus ..............................................ThP23 476
Fisher, Susan ..................................................TP35 691
Fitchett, Jon ................................................... WP21 377
Fitchett, Jon .................................................... MP22 420
Fitz, Lori ......................................................... WP24 431
Fitzgerald, Maria ............................................ MP02 032
Fitzgerald, Michael C. .................................... TP10 179
Fitzgerald, Michael C. .................................... TP11 200
Fitzgerald, Michael C. .................................... TP11 202
Fjeldsted, John ............................................. WP38 753
Fjeldsted, John ......................................TOG am 08:50
Flandinet, Laurène ..............................ThOE am 09:50
Flandrin, Aurore ............................................ThP18 315
Flarakos, Jimmy ...................................WOD am 09:10
Flarakos, Jimmy ............................................MP17 340
Flarakos, Jimmy ............................................MP02 037
Flaxer, Eli ........................................................ MP17 338
Flender, Cornelia .......................................... WP37 731
Fleskes, Raquel ............................................. MP30 605
Flett, Fiona..................................................... WP28 494
Fleury, Normand ...........................................ThP29 601
Fleury, Normand ...........................................ThP29 596
Flick, Tawnya ...................................................TP33 623
Flinders, Bryn ................................................. MP30 608
Flint, S. J. ....................................................... WP29 524
Flint, S. J. ........................................................ MP28 569
Flook, Josh .................................................... WP19 334
Florens, Laurence ..........................................TP28 515
Florens, Laurence ........................................ WP29 526
Flowers, Sarah ........................................WOG pm 3:50
Floyd, Brendan J. ....................................MOA pm 3:30
Floyd, Kyle A. .................................................MP10 191
Floyd, McKenzie .............................................TP34 663
Floyd, Melissa ................................................ MP35 719
Flug, Tom ....................................................... ThP11 194
Focsa, Cristian ................................................ TP04 087
Foekens, John ..............................................ThP22 417
Foekens, John ..............................................ThP22 416
Foekens, John A. ................................. ThOD am 09:10
Foekens, Renée ..................................ThOD am 09:10
Fomina, Natalia...............................................TP04 084
Fonbonne, Catherine .................................... MP26 527
Fong, Jason...................................................ThP23 449
Fonseca, Kari ................................................. MP26 531
Fonslow, Bryan .............................................ThP09 162
Fontaine, Burr .................................................TP29 548
Foo, Siong Chun.............................................TP24 386
Forbes, Alwyn ................................................MP01 030
Ford, David ..................................................... MP10 199
Ford, Lisa ......................................................... TP30 568
Ford, Michael ................................................ThP23 459
Ford, Michael ................................................ WP33 613
Ford, Michael ................................................ThP08 126
Ford, Michael ..................................................TP15 233
Ford, Michael ................................................ThP22 423
Foret, Frantisek.............................................ThP06 085
Foret, Frantisek.............................................ThP07 109
Formolo, Catherine A. ....................................TP36 721
Fornal, Emilia ................................................ThP13 234
Fornecker, Luc ..............................................ThP22 428
Fornelli, Luca.........................................WOE am 08:50
Fornelli, Luca........................................... MOB pm 3:50
Forni, Sabrina .................................................TP27 483
Forrest, William ............................................. WP33 632
Forrest, William F..........................................ThP18 307
Forsberg, Erica ..............................................MP06 099
Forsthuber, Thomas ....................................... TP20 302
Forsyth, Mark ................................................ WP01 002
Forsythe, Grant .............................................ThP35 701
Forsythe, Jay.................................................ThP28 585
Forsythe, Jay...................................................TP04 066
Fort, Kyle L. .....................................................TP33 659
Fort, Kyle L. .....................................................TP33 636
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 201
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Fortin, Tanguy .................................................TP28 505
Fortin, Tanguy ...............................................ThP23 444
Foster, Fred .....................................................TP29 541
Foster, Fred ................................................... WP20 371
Foster, Leonard..............................................MP33 682
Foster, Leonard.............................................ThP25 511
Fountain, Kenneth ......................................... MP06 096
Fountain, Kenneth J. ...................................... TP20 301
Fountain, Kenneth J. .................................... WP33 634
Fournier, Frédéric ......................................... WP33 622
Fournier, Isabelle ............................................ TP04 087
Fournier, Isabelle ..................................... TOB pm 2:30
Fournier, Marc ................................................. TP08 149
Fournier, Marc ................................................MP06 107
Fox, Howard S. .............................................. MP24 469
Fox, Todd .........................................................TP21 314
Francese, Simona .........................................MP30 623
Francese, Simona ........................................ThP14 251
Francese, Simona ........................................ WP09 136
Francisco, Joseph S. ..................................... TP06 111
Francisco, Joseph S. ...................................ThP36 715
Franck, Julien ........................................... TOB pm 2:30
Franco, Caroline ........................................... WP38 735
Francois, Yannis ........................................... WP24 429
Francois, Yannis ........................................... WP24 428
Franklin, Edward............................................MP06 093
Franzi, Lisa .................................................... WP17 308
Fraser, Bruce................................................. WP17 304
Fraser, Bruce.................................................ThP07 116
Fraser, Christopher ......................................ThP17 301
Fraser, Karl .................................................... WP19 340
Fraser, William ................................................TP30 565
Fraser-Liggett, Claire ...................................ThP25 502
Frazer, William ...................................... MOC am 08:30
Fredenhagen, Andreas ................................ WP15 275
Fredriksson, Sten-Åke .................................. MP30 607
Freed, Tiffany A..............................................MP34 694
Freeman, Bruce A. .........................................TP27 493
Frei, Balz .......................................................... TP26 468
Freihoff, Sandy-Dominic ............................... MP31 647
Freitas, Michael ............................................ WP36 704
Freitas, Michael A. ........................................ThP22 411
Freitas, Michael A. ..........................................TP08 156
Freitas, Michael A. ........................................ThP18 324
Freitas, Michael A. .........................................MP27 562
Frenkel, Ruth...................................................TP15 231
Frenking, Gernot.............................................TP02 022
Frese, Christian ............................................ WP30 541
Frese, Christian ............................................ WP31 583
Frewen, Barbara ............................................. TP08 131
Frewen, Barbara ...........................................ThP34 673
Frewen, Barbara ........................................... WP32 602
Frey, Brian L. ................................................... TP07 128
Frey, Robert ...................................................ThP11 192
Fridy, Peter C. ........................................ TOH am 10:10
Frieden, Carl ..................................................MP22 415
Friedman, Beth ...............................................TP21 318
Friedrich, Jochen .......................................... WP04 036
Friend, Lexie .................................................ThP15 266
Friesen, William ............................................ThP04 038
Fritsche, Kevin L. ...........................................MP34 706
Fritzsche, Romy .............................................MP21 409
Frochaux, Violette ..........................................TP10 182
Froehlich, John ...............................................TP36 730
Froehlich, John ......................................TOD am 09:10
Frolov, Andrej ................................................ThP21 386
Frost, Dustin .................................................. WP27 476
Frost, Dustin .................................................. WP33 616
Frost, Dustin .................................................... TP23 367
Frycak, Petr ............................................. WOE pm 3:10
Fryčák, Petr ...................................................ThP10 181
Fu, Feifei .......................................................... TP24 411
Fu, Qiong ....................................................... WP28 492
Fu, Xiaoyun .....................................................TP19 293
Fu, Yi ThP36 718
Fu, Yueqiao .....................................................TP04 078
Fu, Yu-Hui Ann ................................................ TP26 475
Fu, Zhong .......................................................MP31 640
Fu, Zhong .......................................................MP31 641
Fu, Qin ........................................................... WP27 489
Fuchigami, Sotaro ..........................................TP09 166
Fuchs, Beate .................................................. MP11 210
Fuchser, Jens .................................................MP10 194
Fuchser, Jens ................................................ WP09 145
Fuchser, Jens .................................................MP10 193
Fuchser, Jens ................................................ WP12 220
Fuchser, Jens ..................................................TP36 731
Fuesler, John................................................. WP28 510
Fuhrer, Katrin ................................................ WP38 744
Fuhrer, Tobias ............................................... WP36 702
Fujimoto, Gordon ...........................................MP25 519
Fujimoto, Junichiro ........................................WP07 114
Fujimura, Yoshinori....................................... WP19 341
Fujimura, Yoshinori....................................... WP12 221
Fujimura, Yoshinori.......................................ThP04 032
Fujioka, Sachi .................................................TP26 452
Fujioto, Junichiro .......................................... WP07 105
Fujita, Ai .........................................................ThP14 252
Fujita, Yuichiro ...............................................MP18 359
Fujito, Yuka ....................................................ThP27 558
Fukusaki, Eiichiro ...........................................TP31 603
Fukusaki, Eiichiro ..........................................MP06 089
Fukusaki, Eiichiro ......................................... WP13 226
Fukusaki, Eiichiro ..................................ThOC pm 3:10
Fukusaki, Eiichiro ..........................................MP03 044
Fukusaki, Eiichiro .........................................ThP28 583
Fukuyama, Yuko ............................................ MP08 160
Fulton, Scott ..................................................ThP08 133
Funabashi, Hitoshi .........................................TP29 556
Funahashi, Yasuhiro ......................................TP22 352
Funakoshi, Natsumi ......................................MP18 359
Funatsu, Shinji ..............................................ThP25 493
Fung, Nga Kit Eliza ....................................... MP06 114
Funk, Carrie....................................................MP02 039
Funk, Carrie....................................................MP02 038
Furlong, Edward ................................... WOF am 08:30
Furlong, Edward T. .........................................TP31 581
Furlong, Michael .................................... ThOD pm 2:30
Furmanski, Brian .......................................... WP15 282
Furmanski, Brian .................................. MOE am 10:10
Furong, Wang .................................................TP37 748
Furtado, Milton ..............................................ThP29 615
Furtado, Milton ..............................................ThP29 613
Furtado, Milton ..............................................ThP29 618
Furtado, Milton ................................................ TP08 140
Furtado, Milton ..............................................ThP29 616
Furtado, Milton ..............................................ThP29 612
Furtado, Milton ..............................................ThP29 617
Furtado, Milton .............................................. ThP29 611
Furtado, Milton ..............................................ThP29 619
Furtos, Alexandra ......................................... WP08 128
Furtos, Alexandra ..........................................MP30 612
Furuichi, Keiko ...............................................MP08 160
Fushman, David ...........................................ThP18 308
Fussell, Richard ............................................ThP27 532
Gabelica, Valerie ...........................................MP13 233
Gabriel, Stefan Johannes ........................... WP09 150
Gabriël, Sarah ................................................ MP23 457
Gabriela Frasson Budzinski, Ilara ...............MP32 656
Gabriela Ioana, Paraschiv............................MP23 443
Gabriele, Bartolo............................................MP36 729
Gachotte, Daniel ............................................ MP12 225
Gadi, Sneha ....................................................TP31 592
Gaffrey, Matthew .................................. WOA am 08:50
Gaffrey, Matthew J. .............................. MOA am 10:10
Gafken, Philip ................................................ WP36 704
Gafken, Philip .................................................. TP21 314
Gagne, Sebastien................................... WOF pm 4:10
Gagné, Sébastien..........................................MP01 023
Gagnon-Carignan, So .................................MP01 014
Gagnon-Carignan, So .................................MP01 020
Gahl, William .................................................ThP23 475
Gahoual, Rabah ........................................... WP24 428
Gai, Cesaire ....................................................TP21 307
Gaie-Levrel, François ....................................TP03 051
Gaillard, Jean-Charles .................................ThP09 158
Gairloch, Elena ..............................................MP07 135
Gajadhar, Aaron ....................................... TOD pm 3:30
Gal, Jean-François ......................................... TP02 030
Galan, Jacob A. ..................................... TOE am 08:50
Galaverna, Renan S. ............................TOG am 09:50
Galaverna, Renan S. .....................................TP33 658
Galaverna, Renan S. .....................................TP34 675
Galayda, Katie-Jo .......................................... MP32 658
Gale, P. Jane ................................................. WP01 001
Gale, P. Jane ..................................................... Museum
Galgiani, John .................................................TP19 291
Galhena, Asiri S. ...........................................ThP05 062
Gall, Lidia ................................................ ThOH pm 2:30
Gall, Nicolay ....................................................TP04 084
Gallagher, Jane E. ..........................................TP23 370
Gallagher, Richard ....................................... WP13 224
Gallagher, Richard T. ...................................ThP31 634
Gallardo, Vanessa ..........................................TP02 037
Gallegos-Candela, Maribel ..........................MP26 548
Gallie, Daniel .................................................ThP12 223
Gallien, Sebastien ..........................................TP08 138
Gallo, Richard L. ............................................. TP24 401
Gamage, Chaminda M. ...............................ThP05 062
Gambin, Ania...................................................TP16 241
Gamble, Heather ............................................TP04 056
Gamble, Kim ...................................................TP29 534
Gamboa da Costa, Goncalo ........................ MP07 143
Gamecki, Piotr .......................................ThOG pm 2:30
Gamez, Roberto ........................................... WP02 007
Gammulla, C. Gayani ........................... ThOE pm 2:30
Gan, Lawrence .............................................ThP01 003
Gandhi, Adarsh ............................................. WP08 129
Gandhi, Nikita ...............................................ThP28 567
Gandhi, Tejas ..................................................TP21 310
Gandhi, Tejas P. .............................................. TP17 252
Gandy, Sam ...................................................ThP23 465
Gangelhoff, Kristi ........................................... MP30 619
Ganisl, Barbara ....................................... MOB pm 3:30
Gao, Chao ..................................................... WP37 712
Gao, Cong .....................................................ThP06 075
Gao, Cong .....................................................ThP06 100
Gao, Di ...................................................WOC am 08:50
Gao, Di ...........................................................ThP20 379
Gao, Hongying ................................................ TP25 435
Gao, Hongying ............................................... MP26 531
Gao, Hui .........................................................ThP27 528
Gao, Jinshan .................................................ThP20 371
Gao, Juehan ......................................... WOG am 08:50
Gao, Kai ......................................................... WP24 436
Gao, Mingming ..............................................MP34 712
Gao, Peng ..................................................... WP03 027
Gao, Peng ......................................................WP11 192
Gao, Peng .....................................................ThP11 189
Gao, Qi ............................................................. TP10 192
Gao, Qiang .....................................................MP24 480
Gao, Wei ......................................................... MP31 641
Gao, Wei ......................................................... MP31 640
Gao, Wei ..........................................................TP37 770
Gao, Xiaoli .....................................................ThP28 578
Gao, Xiaoling.................................................ThP28 574
Gao, Yang ....................................................... MP21 402
Gao, Yuan ........................................................ TP37 766
Gao, Yuan ......................................................ThP17 305
Gao, Yuqian ....................................................MP26 542
Gao, Yuqian ................................................... WP27 484
Garai, Kanchan .............................................. MP22 415
Garbelini Marques, Felipe ............................MP32 656
Garberg, Hilde...............................................ThP23 452
Garberg, Hilde...............................................ThP22 432
Garcia, Benjamin ................................... TOE am 09:50
Garcia, Benjamin .................................ThOH am 08:50
Garcia, Benjamin ............................................ TP22 345
Garcia, Benjamin ................................... ThOB pm 2:50
Garcia, Benjamin ............................................ TP22 346
Garcia, Benjamin ............................................ TP22 349
Garcia, Benjamin ............................................ TP22 347
Garcia, Benjamin A ........................................TP22 348
Garcia, Benjamin A ......................................ThP09 164
Garcia, Benjamin A. ..................................... WP30 562
García, Ileana .................................................TP05 100
Garcia Caro, Roxana ................................... WP24 438
GENERAL INFORMATION
PAGE 202 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
Garcia Macias, Gustavo ................................ TP03 051
Garcia-Garcia, Alejandro ............................. WP12 216
García-Marqués, Fernando ..........................TP05 095
García-Marqués, Fernando J. ......................TP17 246
Gardner, Lorenz ..............................................TP04 083
Gardner, Michael S. .......................................TP26 470
Garin, Jérôme ...............................................ThP23 476
Garlish, Rachel ............................................. WP22 394
Garnica, Ruben.............................................ThP11 198
Garofolo, Fabio .............................................ThP29 615
Garofolo, Fabio .............................................ThP29 613
Garofolo, Fabio .............................................ThP29 612
Garofolo, Fabio ............................................. WP33 631
Garofolo, Fabio ............................................. ThP29 611
Garofolo, Fabio .............................................ThP29 617
Garofolo, Fabio .............................................ThP29 618
Garofolo, Fabio ...............................................TP08 135
Garofolo, Fabio ...............................................TP08 140
Garofolo, Fabio ............................................. WP33 640
Garofolo, Fabio .............................................ThP29 619
Garofolo, Fabio ............................................. WP33 643
Garofolo, Fabio .............................................. MP25 494
Garofolo, Fabio .............................................ThP29 616
Garofolo, Fabio .............................................ThP29 614
Garrard, Kenneth P. ..................................... WP10 158
Garrett, Timothy ............................................ WP18 317
Garrett, Timothy ...................................... WOA pm 4:10
Garrett, Timothy ............................................ WP12 204
Garrett, Timothy J. ........................................ThP01 014
Garrett, Timothy J. ................................ MOC am 09:30
Gartner, Anton ................................................ MP29 595
Gasilova, Natalia ............................................TP34 677
Gaskell, Simon ..............................................ThP17 283
Gasper, G.L. ..................................................ThP06 103
Gaston, Kirk....................................................MP14 253
Gaston, Kirk....................................................WP28 511
Gatto, Laurent .................................................TP33 661
Gattoni-Celli, Sebastiano .............................MP10 192
Gau, Brian ..................................................... WP34 663
Gaudreau, Eric ..............................................ThP29 596
Gaulier, Jean-Michel .................................... WP08 125
Gault, Joseph ......................................... ThOB pm 3:50
Gausdal, Gro .................................................ThP23 456
Gautam, Mohan ............................................. WP11 178
Gavin, Anne-Claude ......................................MP29 580
Gavin, Igor ......................................................WP07 113
Gavin, Igor ..................................................... WP19 353
Gavin, Qi ........................................................ WP03 015
Gavin, Reid ....................................................ThP28 576
Gavrilov, Dimitar ........................................... WP07 106
Gavrilov, Dimitar ............................................MP09 179
Gavrilov, Dimitar K........................................ WP07 107
Gaya, Maissa M..............................................TP36 722
Gazda, Daniel ................................................MP15 265
Gbormittah, Francisca .................................ThP19 333
Ge, Ying ...........................................................TP12 207
Ge, Ying .........................................................ThP18 318
Ge, Ying .........................................................ThP08 123
Ge, Ying ................................................... MOB pm 2:50
Ge, Ying ......................................................... WP29 522
Ge, Ying ...........................................................TP12 206
Geahlen, Robert ........................................... WP34 655
Geahlen, Robert ........................................... WP34 658
Gebhardt, Christoph.......................................TP29 546
Gebreab, Fana .............................................. WP28 509
Geenen, Suzanne ........................................ WP36 699
Geerlof-Vidavskiy, Ilan ................................. WP30 571
Gehrmann, Linda ...........................................MP31 647
Geiger, Matthew ........................................... WP03 019
Geis-Asteggiante, Lucía ..............................ThP13 238
Geissel, Hans .................................................MP16 324
Gelb, Michael .......................................... MOC pm 2:30
Geldenhuys, Werner ......................................TP26 456
Gelfond, Jonathan .......................................... TP20 302
Gelhaus, Stacy L. ...........................................TP27 493
Gellman, Samuel ..........................................ThP14 256
Gemmill, Robert .............................................. TP36 728
Gemperline, Erin........................................... WP09 151
Geng, Qiudi ................................................... WP29 539
Gengenbacher, Martin ............................ TOH pm 4:10
Genin, Eric ............................................. MOE am 08:50
Genovesi, Luca .............................................. MP25 498
Genovesi, Luca ..................................... MOD am 09:50
Gensberger, Sabrina .................................... WP20 365
Gentle, Cecilia............................................... WP17 298
Gentles, Robert.............................................ThP13 243
George, Barbara Jane ...................................TP23 370
George, Iniga ......................................... ThOE pm 2:30
George, Jessica ............................................ WP12 212
Georges, Jean-Yves ......................................TP21 306
Georgieva, Gergana .................................... WP03 021
Georgieva, Gergana .................................... WP03 023
Georgiou, George......................................... WP24 427
Geraghty, Kathryn M. ............................ TOE am 08:50
Gerbaux, Pascal ............................................ MP36 723
Gerber, David ................................................ WP06 089
Gerfault, Laurent.............................................TP28 505
Gerges, Christian .........................................ThP22 413
Gerhardt, Geoff ...................................... TOF am 09:30
Gerhardt, Geoff ............................................. WP21 378
Gerişlioğlu, Selim .........................................ThP09 150
Gerlich, Michael ................................... ThOB am 09:10
Germain, Ronald .......................................... WP36 692
Germain, Ronald ...........................................MP29 577
German, Bruce ............................................. WP19 350
German, Bruce .............................................ThP19 341
German, J. Bruce .........................................ThP15 265
Gerner, Christopher .....................................ThP23 470
Gernert, Claus.................................................TP01 004
Geromanos, Scott ........................................ WP26 475
Geromanos, Scott ................................. ThOB pm 4:10
Geromanos, Scott ........................................ WP31 590
Geromanos, Scott J .......................................TP28 519
Gerrits, Han ...................................................ThP21 396
Gershenzon, Jonathan .................................MP03 052
Gerson, Stanton L. .........................................TP26 454
Gerssen, Arjen ................................................TP37 771
Gerstmair, Anja .............................................. MP29 581
Gerstmair, Anja .............................................. MP19 383
Gerstmair, Anja .............................................ThP34 675
Gerstmair, Anja .............................................. MP29 582
Gerwick, William ...................................... TOH pm 2:30
Gerwick, William ...................................... TOG pm 2:30
Gesell Salazar, Manuela ...............................TP19 277
Gessulat, Siegfried ........................................ MP29 581
Gessulat, Siegfried ........................................ MP19 383
Gessulat, Siegfried .......................................ThP34 675
Gessulat, Siegfried ........................................ MP29 582
Gethings, Lee .................................................. TP28 519
Gethings, Lee ................................................ThP22 438
Gethings, Lee A ..............................................TP18 262
Gethings, Lee A ............................................ WP19 344
Gethings, Lee A ............................................ThP22 415
Gethings, Lee A .............................................MP27 558
Gethings, Lee A ............................................ WP36 699
Getty, Stephanie ............................................MP35 719
Getzinger, Gordon .......................................... TP31 595
Gewain, Andrew .............................................TP21 307
Geyer, Roland ................................................ MP07 132
Geyer, Roland ................................................. TP30 573
Ghanate, Avinash ......................................... WP18 315
Ghashghaei, H. Troy ...................................... TP21 327
Ghassemi, Shahnaz..................................... WP25 451
Ghavim, Behrad .............................................MP21 407
Gherezghiher, Teshome ...............................MP13 238
Ghobarah, Hesham ...................................... WP15 256
Gholami, Amin Moghaddas.........................ThP34 675
Ghosh, Dipankar...........................................ThP27 544
Ghosh, Dipankar.............................................TP31 589
Ghosh, Dipankar.............................................TP37 763
Ghosh, Dipankar........................................... WP04 042
Ghosh, Dipankar........................................... WP03 024
Ghosh, Dipankar........................................... WP20 369
Ghosh, Dipankar.............................................TP31 600
Ghosh, Dipankar.............................................TP31 602
Ghosh, Dipankar........................................... WP19 348
Ghosh, Dipankar.............................................TP31 597
Ghosh, Parthasarathi ....................................MP06 104
Giaever, Guri ...................................................TP24 409
Giannini, Catarina.........................................ThP23 464
Giannone, Richard .......................................ThP09 153
Giannone, Richard J. ................................... WP36 686
Giansanti, Piero ............................................ WP31 586
Giardina, Matthew ..........................................TP23 358
Giavazzi, Raffaella ........................................WP11 191
Gibert, Josep Ma ............................................TP05 100
Gibert, Roger...................................................TP05 100
Giblin, Daryl ...................................................ThP36 713
Gibson, Bradford .......................................... WP30 555
Gibson, Bradford W.................................MOA pm 3:50
Gibson, Bradford W.............................ThOD am 08:50
Gibson, Bradford W........................................TP28 521
Gibson, Christopher ...................................... MP26 547
Gibson, Graham .............................................TP04 078
Gibson, Greg .................................................. MP04 060
Gibson, Radiance J........................................TP21 327
Gibson, Stephen ...........................................ThP30 624
Gibson Dilthey, Beverly ................................MP12 228
Gidden, Jennifer ............................................MP22 439
Giddings, Morgan C. ..................................... MP19 374
Giddings, Morgan C. ..................................... MP24 479
Giera, Martin A. ..............................................MP23 454
Gierlinski, Marek ............................................ MP28 571
Giesbertsen, Jan .......................................... WP06 095
Gieschen, Andy....................................... MOH pm 3:10
Giesen, Joseph .............................................. MP36 744
Gifford, Jim ......................................................TP34 686
Gigmes, Didier ...............................................MP36 746
Gikas, Evangelos ................................ThOC am 09:30
Gil, Diana ................................................. WOB pm 4:10
Gilbert, Anthony .............................................MP16 319
Gilbert, David M. ............................................. TP22 344
Gilbert, Jeffery ................................................. TP34 689
Gilbert, Jeffrey ...............................................ThP11 191
Gilbert, Jeffrey ................................................MP12 225
Gilbert, Jeffrey R ...........................................ThP13 248
Gilbert, Jeffrey R.............................................TP34 686
Gilbert, Joshua D............................................TP02 029
Gilbert, Richard ............................................... TP24 385
Giles, Kevin ...................................................ThP06 087
Giles, Kevin .....................................................TP01 002
Giles, Roger ..................................................ThP06 074
Giles, Roger ..................................................ThP01 002
Giles, Roger ...................................................MP16 322
Gill, Christopher G..........................................TP04 074
Gill, Christopher G.................................. WOF pm 2:30
Gill, Christopher G..........................................TP04 081
Gill, Matthew .................................................ThP06 074
Gill, Preet .................................................WOH pm 3:30
Gilles, Christopher ........................................ WP19 332
Gilles, Christopher .........................................MP36 733
Gilles, Nicolas .................................................TP07 127
Gilles, Nicolas .................................................TP33 653
Gillet, Ludovic .......................................WOB am 10:10
Gillet, Ludovic ............................................... WP31 595
Gillet, Ludovic C. .......................................... WP36 688
Gillet, Ludovic C. ..................................... TOD pm 3:50
Gillette, Michael .................................... MOD am 08:30
Gillette, Michael ....................................... TOD pm 3:30
Gillette, Michael .................................... WOA am 10:10
Gillette, Michael .............................................MP26 523
Gillette, Michael A. ........................................MP26 544
Gillig, Kent ..................................................... WP38 743
Gillig, Kent J ....................................................TP04 058
Gillis, Elizabeth A.L. .......................................TP01 005
Gilmore, Ian ...................................................ThP30 633
Gimenez, Marcela ........................................ThP22 431
Gimenez-Cassina, Begoña ..........................MP34 699
Gingras, Anne-Claude ................................. WP36 685
Gingras, Anne-Claude ..................................MP29 602
Gingras, Anne-Claude ................................. WP31 581
Gingras, Anne-Claude ................................. WP36 687
Gingras, Anne-Claude ................................. WP31 576
Gingras, Anne-Claude ...................................TP17 249
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 203
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Gingras, Anne-Claude .......................... TOE am 09:30
Gingras, Anne-Claude ............................ TOD pm 2:50
Gingras, Genevieve .......................................TP28 500
Ginsburg, Gregory ........................................ WP01 002
Giordano, Laurent .........................................MP36 746
Giorgi, Gianluca .............................................. TP06 118
Giovannelli, Jean-François ...........................TP28 505
Girault, Hubert......................................... WOE pm 3:30
Girault, Hubert.................................................TP34 677
Giremus, Audrey ............................................. TP28 505
Girod, Marion ..................................................TP05 094
Girod, Marion ....................................... WOG am 10:10
Giuffrida, Jonathan ....................................... WP31 575
Giuliani, Alexandre .........................................TP03 051
Givogri, Maria Irene .......................................TP27 482
Gjertsen, Bjørn Tore .....................................ThP23 456
Glasmachers, Albrecht .................................MP15 283
Glassmeyer, Susan T. .................................... TP31 581
Glatter, Timo .................................................... TP28 520
Glauner, Thomas ..........................................ThP27 554
Glauner, Thomas ............................................TP31 582
Glauner, Thomas ..........................................ThP27 553
Glauner, Thomas ..........................................ThP27 541
Glauner, Thomas .......................................... WP20 370
Glauner, Thomas ..........................................ThP25 518
Glauner, Thomas ..........................................ThP27 548
Glauner, Thomas ............................................TP37 747
Glavin, Daniel .................................................MP35 720
Glavin, Daniel .......................................ThOE am 09:30
Glavy, Joseph..................................................TP28 507
Glazer, Louis .................................................. MP11 216
Glazyrin, Yury ................................................ WP26 454
Gleddie, Steve ...............................................MP03 053
Glibert, Pieter ................................................ThP17 306
Glick, James .................................................... TP33 639
Glick, James ...................................................MP13 250
Glinn, Michele ................................................MP01 015
Glish, Gary.....................................................ThP01 006
Glish, Gary......................................................MP17 344
Glish, Gary.....................................................ThP01 004
Glish, Gary............................................. MOC am 09:10
Glish, Gary.....................................................ThP01 005
Glish, Gary L. ..................................................TP31 592
Glocker, Michael O. ...................................... WP34 661
Gloessmann, Kerstin ...................................ThP23 470
Glukhov, Evgenia.....................................TOG pm 2:30
Go, Eden ........................................................ WP24 425
Go, Eden ........................................................ThP19 355
Godal, Debra .................................................ThP08 136
Godbey, Jeffrie .............................................. ThP11 191
Godinho, Justin .............................................. MP06 093
Godl, Klaus ....................................................ThP22 425
Gödörházy, Lajos................................. ThOA am 10:10
Gödörházy, Lajos............................................TP04 086
Godula, Michal ................................................ TP31 607
Goebbert, Daniel ...........................................MP36 739
Goebbert, Daniel ............................................ TP01 011
Goedecke, Tanja ............................................ MP34 686
Goepfert, Tyler ..............................................ThP25 519
Goetz, Gilles ..................................................ThP01 013
Goggin, Melissa .............................................. TP25 434
Goggin, Melissa ............................................. MP13 243
Goguen, Robert ............................................ WP37 718
Goh, Eun Mee ................................................. TP33 628
Gokce, Emine ...............................................ThP09 155
Gokulrangan, Giridharan .............................ThP16 275
Gokulrangan, Giridharan .............................ThP17 280
Gokulrangan, Giridharan ............................. WP36 701
Golan, Amnon ............................................... WP36 689
Gold, Mark .......................................................TP21 317
Goldberger, Bruce .................................. WOA pm 4:10
Goldin, Robert ...............................................ThP04 042
Goldin, Robert D ............................................ MP10 204
Goldman, Radoslav .....................................ThP19 354
Golemi-Kotra, Dasantila ........................WOH pm 3:30
Golf, Ottmar .......................................... ThOA am 10:10
Golin-Bisello, Franca .....................................TP27 493
Golizeh, Makan ............................................... TP10 178
Gombart, Adrian ............................................MP22 432
Gombart, Adrian F. .........................................TP24 401
Gomes, Alexandre .........................................MP21 395
Gomes, Catarina .......................................... WP26 473
Gómez, Andrea ............................................. WP05 054
Gómez-Escudero, Andrea........................... WP05 055
Gómez-Guzmán, Jose Manuel ...................MP25 495
Gómez-Romero, María ................................ThP28 567
Gong, Yiyi ...................................................... WP28 503
Gonin, Marc ................................................... WP38 744
Gonzales, Rosalia ........................................ WP13 228
Gonzales-Serrano, Andres F. ............ ThOA am 09:30
González, Javier ....................................TOD am 08:30
Gonzalez Badillo, Beatriz ..................... TOE am 09:30
Gonzalez Pena, Antonio ......................... TOB pm 4:10
Goo, Young Ah ............................................... MP10 206
Goo, Young Ah ................................................ TP04 064
Goo, Young Ah ............................................... MP24 484
Goodlett, David .............................................. MP24 468
Goodlett, David R. .......................................... TP04 064
Goodlett, David R. .......................................... TP34 684
Goodlett, David R. ......................................... MP24 484
Goodlett, David R. ........................................ WP23 420
Goodlett, David R. ......................................... MP10 206
Goodlett, David R. ......................................... MP17 336
Goodman, Haddon ....................................... WP12 209
Goodsell, Kyle ................................................ MP01 027
Goodwin, Cody ..................................... MOB am 09:10
Goodwin, Cody .........................................TOF pm 3:10
Goodwin, Cody R. ........................................ThP25 486
Goodwin, Cody R. ........................................ WP38 751
Goodwin, Richard ................................ ThOF am 09:50
Goodwin, Richard .......................................... WP11 184
Goodwin, Richard .......................................... WP11 176
Goodwin, Richard ................................ ThOF am 08:30
Gooley, Andrew ..............................................MP07 137
Goossens, Eliane ...........................................TP33 637
Göransson, Charlotta.....................................TP21 339
Gordillo, Ruth ................................................. MP11 213
Gordon, Robert ............................................. WP12 195
Gordon, Robert J. .........................................ThP36 714
Gorka, Jan ...................................................... MP08 159
Gorman, Greg ............................................... WP15 273
Gorshkov, Mikhail V......................................ThP34 691
Gorshkov, Mikhail V......................................ThP13 242
Gorshkov, Vladimir .......................................ThP16 278
Gorshkov, Vladimir .......................................ThP34 687
Gorshkova, Irina .............................................TP27 488
Gorst-Allman, Peter ......................................MP31 630
Goscinny, Severine ......................................ThP27 533
Goscinny, Séverine ........................................TP33 627
Goshawk, Jeff .................................................TP37 750
Goshawk, Jeff .................................................TP33 626
Goshawk, Jeff .................................................TP33 627
Goshe, Michael .............................................ThP17 289
Goshe, Michael B. ........................................ WP28 500
Goshe, Michael B. ................................. ThOE pm 4:10
Goswami, Devrishi ....................................... WP21 384
Goswami, Devrishi ..................................MOF pm 3:10
Goswami, Devrishi ....................................... WP22 389
Goto, Takaaki ..................................................TP20 298
Goto-Inoue, Naoko .......................................ThP04 048
Gottlieb, Colin ............................................... WP30 559
Gottschalk, Michael ......................................ThP04 036
Götz, Sebastian ..............................................TP29 546
Goudriaan, Vincent ...................................... WP06 095
Goulding, Scott ............................................. WP33 627
Gouveia, Sandra........................................... WP17 302
Gouw, Joost...................................................ThP25 511
Govorukhina, Natalia I. ................................ WP33 639
Govorun, Vadim ............................................ WP26 469
Govorun, Vadim ............................................. MP27 550
Gowda, G. A. Nagana ..................................ThP22 414
Gowda, G. A. Nagana ...................................MP03 041
Goyal, Jaya .....................................................TP19 279
Gozzo, Fabio ................................................... TP10 190
Gozzo, Fabio .................................................. MP21 395
Gozzo, Fabio C .............................................. MP21 399
Grabenauer, Megan ...................................... MP34 694
Grace, Phillip .................................................ThP21 397
Graf, Stephan .................................................. TP33 625
Graf, Stephan ................................................ WP38 744
Graham, David ................................................ TP19 297
Graham, Jim ...................................................MP19 386
Graham, Kendon ............................................TP33 626
Graham, Kendon ...........................................MP31 639
Graham, Lauren ...........................................ThP09 157
Graham, Mark ...............................................ThP25 507
Graham, Mark .........................................WOG pm 2:30
Grange, Andrew ............................................ WP37 734
Grangeat, Pierre .............................................TP28 505
Granholm, Viktor ...........................................ThP34 685
Granrath, Markus ..........................................MP10 193
Grant, Jennifer ................................................ TP11 204
Grant, Kyle.....................................................ThP17 289
Grant, Melissa ................................................. TP18 260
Grant, Russell .................................................TP30 557
Grapov, Dmitry ....................................... ThOC pm 2:30
Grapov, Dmitry ..................................... ThOB am 08:30
Grapov, Dmitry ................................................TP27 480
Grapperhaus, Craig .......................................TP02 043
Grater, Richard .............................................ThP01 003
Graves, Ian ....................................................ThP29 603
Graves, Steven ...............................................TP19 278
Gray, Alexander ..............................................TP24 389
Gray, Bob .......................................................ThP21 397
Gray, Bob .......................................................ThP13 235
Gray, Bob ........................................................ MP30 627
Gray, François ................................................. TP31 585
Gray, François ............................................... WP24 440
Gray, Nathanael ............................................ WP22 400
Gray, Nathanael ............................................. WP11 185
Gray, Nicola ................................................... WP16 286
Gray, Nicola ................................................... WP18 318
Gray, Nora ......................................................MP34 701
Gray, Stewart .................................................MP33 672
Gray, Stewart .................................................MP33 673
Gray, Veronica .............................................. WP01 002
Gray, William M..............................................MP32 671
Grayson, Michael A. ..................................... WP01 001
Grayson, Scott ................................................TP33 621
Grayson, Scott M...........................................MP36 743
Grayson, Scott M...........................................MP36 744
Grayson, Scott M...........................................MP36 728
Graziose, Rocky ............................................MP34 691
Greco, Todd .......................................... ThOH am 09:30
Greco, Todd .............................................. MOA pm 3:10
Greco, Todd ..................................................... TP19 286
Greco, Todd ............................................ ThOB pm 3:10
Green, Daniel ................................................. MP15 292
Green, Kari .....................................................MP20 392
Green, Kari B. .................................................TP27 496
Green, Karin M. .............................................MP28 574
Green, Martin ................................................ThP06 089
Green, Martin ........................................ MOB am 09:30
Green, Martin ..................................................TP01 001
Green, Thomas ............................................... TP21 316
Greenberg, Howard ..................................... WP05 048
Greenhaw, James ........................................ThP28 588
Greenhaw, James ..........................................TP24 383
Greenlief, C. Michael ....................................MP34 706
Greenwalt, Scott ............................................ MP12 225
Greenwalt, Scott ........................................... WP19 334
Greer, Sylvester .............................................. TP01 010
Greer, Sylvester M. ......................................ThP09 146
Greer, Tyler ...................................................... TP23 367
Greer, Tyler .................................................... WP33 616
Gregorich, Zachery ...................................... WP29 522
Gregorich, Zachery ........................................TP12 207
Gregory, Katherine E. ..................................ThP28 561
Gregory, Kerin ................................................. TP02 041
Gregory, Mark ...................................... ThOA am 08:50
Greiner, Martin ..............................................ThP27 553
Greiner, Martin ..............................................ThP29 605
Greiner, Martin ........................................ MOH pm 3:10
Greis, Ken ......................................................ThP17 297
Grewal, Gurmit ................................................ TP25 443
Griep-Raming, Jens .............................. ThOE pm 3:30
Griep-Raming, Jens ..................................... WP30 541
GENERAL INFORMATION
PAGE 204 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Griesbach, Jan .............................................. WP23 407
Grieves, Nigel ...............................................ThP07 116
Grifn, Jeddidiah.............................................TP10 185
Grifn, Jules ..................................................ThP28 562
Grifn, Julian ..................................................MP10 203
Grifn, Julian L. .............................................ThP28 582
Grifn, Patrick .......................................WOH am 09:50
Grifn, Patrick ............................................... WP22 389
Grifn, Patrick ..........................................MOF pm 3:10
Grifn, Patrick ............................................... WP22 386
Grifn, Patrick R. .......................................... WP36 697
Grifn, Patrick R. .......................................... WP21 384
Grifn, Paula ....................................................... Special
Grifn, Paula ...................................................TP18 268
Grifn, Tim ......................................................MP19 378
Grifn, Tim ..................................................... WP24 423
Grifn, Timothy ................................................TP17 248
Grifn, Timothy ...............................................MP18 362
Grifn, Timothy ...............................................MP18 370
Grifn, Timothy .............................................. WP28 505
Grifn, Timothy ..............................................ThP22 426
Grifn, Timothy ...............................................MP29 583
Grifn, Timothy J. ...........................................TP28 514
Grifn, Timothy J. ................................. WOA am 09:50
Grifn, Timothy J. ........................................... TP28 511
Grifths, David ...............................................MP25 520
Grifths, John ................................................ WP30 560
Grifths, John ................................................ WP33 610
Grifths, John ........................................ WOA am 09:10
Grifths, Matthew ................................... MOH pm 2:50
Grifths, Rian ................................................ WP10 165
Grifths, Rian L. ............................................ WP10 164
Grifths, Rian L. ............................................ThP04 049
Grifths, Rian L .............................................. MP11 208
Grifths, Rian L ............................................. WP09 153
Grifths, Thomas ..........................................ThP35 705
Grimm, Rudolf .......................................... TOC pm 3:50
Grimm, Rudolf ...............................................ThP19 346
Grimm, Rudolf ............................................... WP12 212
Grimm, Rudolf ................................................. TP15 235
Grimsrud, Paul A. ....................................MOA pm 3:30
Grimsrud, Paul A. .................................. ThOE pm 3:30
Gritsenko, Marina .................................... TOD pm 3:30
Gritsenko, Marina A. .....................................MP26 540
Grobler, Jay ...................................................ThP10 182
Groeber, Elizabeth ...............................WOD am 09:30
Groeger, Thomas.................................... MOH pm 4:10
Groeger, Thomas.................................... MOH pm 3:50
Groenewold, Gary ........................................ WP37 734
Groessl, Michael ...........................................ThP23 470
Grogan, Laura ................................................. TP23 363
Gröger, Thomas .................................. ThOG am 08:30
Gröger, Thomas .............................................. TP03 053
Groh, Ksenia J ................................................TP31 593
Grollman, Arthur P. .........................................TP29 549
Gronert, Scott .................................................. TP02 025
Gronert, Scott .......................................... WOC pm 3:50
Gronert, Scott .................................................. TP02 024
Gronert, Scott ................................................ThP18 314
Gronert, Scott ................................................ThP18 313
Gronert, Scott ................................................ThP18 312
Groppe, Brad................................................. WP29 526
Groseclose, Reid ................................. ThOF am 09:10
Groseclose, Reid ........................................... WP11 177
Gross, Michael ............................................... MP22 427
Gross, Michael .............................................. WP23 403
Gross, Michael ............................................... MP22 438
Gross, Michael ............................................... MP22 423
Gross, Michael ................................................ TP09 168
Gross, Michael ............................................... MP22 415
Gross, Michael .............................................. WP22 390
Gross, Michael L. ......................................... WP23 401
Gross, Michael L. .........................................ThP36 713
Gross, Michael L. ......................................... WP23 402
Gross, Michael L. ..........................................MP21 412
Gross, Michael L. ................................... MOB pm 2:30
Gross, Michael L. ................................. MOF am 09:50
Gross, Michael L. ......................................... WP30 565
Gross, Michael L. .........................................ThP12 218
Gross, Richard W. .........................................MP12 228
Gross, Robert .................................................. TP25 436
Gross, Vera S................................................ThP28 561
Grosse-Coosmann, Florian..........................MP19 377
Grossel, Martin ..............................................MP36 747
Grossert, J. Stuart ..........................................TP01 005
Grossmann, Michael E. .................................TP26 465
Grosvenor, Anita ............................................ MP33 681
Grotemeyer, Jurgen .....................................ThP20 382
Grotemeyer, Jürgen .......................................TP01 004
Grotewiel, Michael ........................................ThP18 314
Grotewiel, Mike .............................................ThP18 312
Grothe, Rob ...................................................ThP06 095
Grothe, Robert A. .........................................ThP06 102
Grove, Kerri ............................................ TOB am 10:10
Grove, Kerri .................................................... MP10 195
Grover, Himanshu ........................................ WP31 575
Grover, Martha A ............................................TP33 654
Gruenwalder, Bianca ............................. MOE pm 2:30
Grunbaum, Ami ..............................................MP10 183
Grüning, Anja ................................................. MP06 111
Grym, Jakub ..................................................ThP07 109
Gryn’ova, Ganna ..........................................ThP36 725
Grzetic, Josipa ..............................................ThP35 694
Grzyb, Arkadiusz ..........................................ThP06 089
Gstaiger, Matthias ........................................ WP36 688
Gu, Chunang (Christine) ............................. WP13 233
Gu, Haiwei .......................................................TP23 371
Gu, Haiwei ...................................................... MP03 041
Gu, Hongbo ...................................................ThP33 666
Gu, Hongbo ................................................... WP29 531
Gu, Lixiao....................................................... WP28 503
Gu, Ming ........................................................ThP12 221
Gu, Ming .........................................................MP25 517
Gu, Ming ........................................................ThP11 197
Gu, Ming ........................................................ WP13 227
Gu, Ming ..........................................................TP25 429
Gu, Zezong ............................................ WOA am 09:30
Gu, Zezong .....................................................MP34 706
Guallar-Hoyas, Cristina .................................TP34 669
Guallar-Hoyas, Cristina .................................TP04 086
Guan, Fuyu .....................................................MP30 625
Guan, Shenheng ..................................WOE am 09:30
Guan, Xiaoyan ................................................TP08 156
Guarani-Pereira, Virginia ............................. WP28 509
Guaras, Adela .................................................TP05 095
Guardiola, Francisca .....................................MP10 201
Guardiola-Diaz, Hebe ....................................TP23 375
Guarrera, Donna........................................... WP12 201
Guazzotti, Sergio ..........................................ThP27 545
Gucek, Marjan............................................... WP29 533
Gucek, Marjan.................................................TP19 287
Gucinski, Ashley ..................................... MOD pm 2:50
Gucinski, Ashley .............................................TP06 123
Gudihal, Ravindra......................................... WP13 222
Gudihal, Ravindra..........................................MP27 554
Guenther, Sabine ..........................................MP04 074
Guenther, Sabine .................................. TOB am 08:30
Guenther, Sabine ..........................................MP10 204
Guérineau, Vincent ...................................... WP14 244
Guerlavais, Vincent ........................................TP15 234
Guerra, Stephanie .................................. MOC pm 2:50
Guerrasio, Raffaele ......................................ThP29 599
Guerrero, Andres ............................................ TP36 735
Guerrero, Andres ..........................................ThP15 265
Guerrero, Andres .......................................... WP19 350
Guerrero, Andre ................................... TOC am 10:10
Guerrero, Candace .......................................MP13 240
Guerrero, Nasser ............................................ TP21 321
Guevara, Claudia ..........................................MP23 442
Guevara, Francisco .......................................MP08 167
Guggenheim, Emily ......................................ThP04 049
Guggenheim, Emily ...................................... WP10 165
Guggenheim, Emily J................................... WP09 153
Gugiu, Gabriel ...............................................ThP28 587
Gugiu, Gabriel ...............................................ThP09 147
Gugiu, Gabriel B .................................... ThOD pm 3:10
Guidetti-Gonzalez, Simone .......................... MP32 666
Guise, Amanda ....................................ThOH am 09:30
Guise, Amanda ........................................MOA pm 3:10
Gulbakan, Basri .............................................MP13 236
Gulcev, Makedonka...................................... WP18 320
Guldbrandsen, Astrid ...................................ThP22 432
Guldbrandsen, Astrid ...................................ThP23 452
Güler, Ülkü ..................................................... WP34 653
Güler, Ülkü ......................................................MP23 455
Gullick, Darren ..............................................ThP11 205
Gulyas, Paul .................................................. WP03 019
Gulyuz, Kerim ...............................................ThP35 698
Gulyuz, Kerim .................................................TP02 031
Gummer, Joe...................................................TP23 363
Gummer, Joel ................................................ WP17 303
Gun, Jenny .................................................... WP02 008
Gunaratne, Don ............................................ThP35 707
Gunawardena, Harsha P. ............................. MP19 374
Gunawardena, Harsha P. ............................. MP24 479
Gunderson, Drew R. ...............................MOA pm 3:30
Gundlach-Graham, Alexander ............ MOB am 10:10
Gundlach-Graham, Alexander .......................... Special
Gundry, Rebekah..........................................ThP19 336
Gundry, Rebekah L. .....................................ThP24 481
Gunsalus, Robert .........................................ThP25 514
Gunsalus, Robert ......................................... WP09 147
Gunsalus, Robert P ................................WOG pm 2:50
Guo, Ailan ......................................................ThP23 473
Guo, Ailan ...................................................... WP29 531
Guo, Chunxiao ................................................ TP24 401
Guo, Dan ........................................................MP16 295
Guo, Dan ....................................................... WP30 546
Guo, Jia .................................................. WOA am 08:50
Guo, Jia .................................................. MOA am 10:10
Guo, Jiao ....................................................... WP30 546
Guo, Kevin K. .................................................. TP24 408
Guo, Lei ......................................................... WP36 691
Guo, Liangran ................................................WP11 186
Guo, Lihai ...................................................... WP34 647
Guo, Lin ...........................................................TP25 437
Guo, Manman ................................................MP28 571
Guo, Min .........................................................MP22 422
Guo, Ming-Quan .............................................TP24 410
Guo, Ming-Quan ............................................ MP32 657
Guo, Qiaozhen ................................................ TP37 758
Guo, Shuai.......................................................TP27 490
Guo, Shuai.....................................................ThP22 429
Guo, Wei ........................................................ThP08 123
Guo, Wei ........................................................ WP29 522
Guo, Weixin ................................................... WP30 546
Guo, Xiaofeng ................................................ MP18 357
Guo, Xiuling .................................................... MP29 587
Guo, Xu ........................................................... MP18 361
Guo, Xuejiang .................................................TP21 330
Guo, Yidan ......................................................MP36 749
Guo, Yinlong ....................................................TP31 605
Guo, Yueshuai ................................................TP21 330
Guo, Yumei ....................................................ThP22 429
Guo, Yumei .................................................... WP26 463
Guo, Zhuyan ..................................................MP24 480
Gupta, Kallol ..................................................ThP16 276
Gupta, Sayan ........................................ MOF am 10:10
Gupta, Shivani ..............................................ThP33 668
Gupta, Vijay .................................................... MP29 598
Gupta, Vineet ................................................ WP26 457
Gursoy, Meric ................................................. MP31 648
Guryev, Victor ................................................ WP31 586
Guterres, Sheila Barreto ............................. WP29 529
Guthals, Adrian .............................................ThP34 681
Gutheil, William .............................................. MP06 100
Guthrie, Ellen ..................................................TP35 697
Gutierrez, Jesus A. ........................................MP26 530
Gutierrez, Paulo Sampaio ............................ MP10 196
Gutmann, David H........................................ WP09 152
Gutmann, Rene .............................................MP15 286
Gutstein, David E. .........................................MP26 529
Guttman, Charles M. .....................................MP36 721
Guttman, David S .........................................ThP25 509
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 205
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Guttman, Miklos ............................................ WP21 385
Guyer, Kendall .............................................. WP05 048
Guzel, Coskun .............................................. WP33 639
Güzel, Coskun ................................................TP20 304
Guzzo, Cristiane R. ....................................... MP21 399
Gwak, Young S. ............................................. MP10 200
Gygi, Melanie ................................................ WP28 509
Gygi, Steven .................................................. WP34 668
Gygi, Steven P. ............................................. WP28 509
Gygi, Steven P. ...............................................TP18 266
Gygi, Steven P. ...................................... TOA am 09:30
Gygi, Steven P. ...............................................TP04 077
Gygi, Steven P. ...............................................TP28 508
Gygi, Steven P. ...................................... TOE am 10:10
Ha, Seulki ......................................................ThP09 142
Haack, Alexander ..........................................MP15 281
Haaning, Allison ............................................. MP03 047
Haapala, Markus .................................... MOH pm 2:30
Haas, Elisabeth A. ...............................ThOD am 10:10
Haas, Wilhelm ................................................. TP04 077
Haas, Wilhelm ........................................ TOE am 10:10
Haas, Wilhelm ................................................. TP28 508
Haas, Wilhelm ........................................ TOA am 09:30
Haase, Andreas ............................................ThP05 061
Haber, Steve ..................................................MP32 670
Haberhauer-Troyer, Christina .....................ThP29 599
Hachisu, Kazuko...........................................ThP19 331
Hacker, Timothy ............................................ WP29 522
Hackett, Murray .............................................MP18 366
Hadjifrangiskou, Maria ..................................MP10 191
Haettner, Emma .............................................MP16 324
Hagan, Iain ....................................................ThP09 163
Hagberg, Jessika ...........................................MP31 639
Hagemann, Sacha .......................................ThP22 412
Hägglund, Gunnar ........................................ WP16 291
Hagihara, Takatoki........................................ WP19 341
Haglund, Johanna ..........................................TP25 430
Haglund, Peter ............................................... MP31 645
Hahn, Andrea ................................................ThP20 382
Hahn, Chang-Gyu ..........................................TP21 319
Hahn, Si Houn...............................................ThP23 475
Hahne, Hannes .............................................. MP29 585
Hahne, Hannes .............................................. MP29 582
Hahne, Hannes .............................................. MP29 581
Hahne, Hannes ............................................... TP04 072
Hahne, Hannes .............................................. MP19 383
Hahne, Hannes .............................................ThP34 675
Hahne, Hannes ............................................. WP35 670
Hai, Pu ............................................................MP31 651
Haidar Ahmad, Imad ..................................... MP06 117
Hail, Mark........................................................MP13 244
Haines, Stephen ............................................ MP33 681
Hainsworth, Eugenie ...................................... TP04 057
Hajkova Leary, Dagmar ...............................ThP08 121
Haj-Yahya, Mahmood ....................................TP22 354
Hakansson, Kristina .............................WOC am 08:50
Hakansson, Kristina ............................... MOG pm 3:10
Hakansson, Kristina .......................................TP02 033
Hakansson, Kristina .....................................ThP20 379
Hakansson, Kristina .....................................ThP17 284
Hakenberg, Oliver ........................................ WP34 661
Hakimi, Bejan .......................................... WOE pm 3:10
Halada, Petr ...................................................MP22 437
Halada, Petr ............................................WOH pm 3:10
Hale, Robert ....................................................TP01 016
Hale, Wendi A. ..............................................ThP17 284
Hales, David ..................................................ThP36 721
Halford, Edward ............................................ThP04 050
Halford, Edward ............................................ThP05 059
Halim, Vincentius A. ............................. MOA am 09:50
Haljasorg, Tõiv ................................................TP02 030
Halket, John ....................................................TP23 368
Hall, Adam .......................................................TP33 639
Hall, David .......................................................TP25 432
Hall, Mark........................................................MP32 668
Hall, Michael .................................................... TP21 314
Hall, Nick .........................................................MP36 742
Hall, Seth ........................................................MP30 624
Hall, Seth E. ...................................................MP30 622
Hall, Stacy ..................................................... WP32 601
Hall, Stacy ............................................ThOD am 09:30
Hall, Stacy D. ................................................ThP19 330
Halldin, Magnus .............................................. TP25 430
Ham, Amy-Joan ....................................WOB am 08:50
Hamada, Akinobu ..........................................WP11 189
Hamana, Chikako .........................................ThP19 329
Hamasaka, Tomoko .......................................TP31 603
Hambly, Brett .................................................ThP17 294
Hamdy, Omar ........................................MOG am 09:30
Hamerly, Timothy ............................................ TP23 366
Hamilton, Chad A. .........................................MP25 501
Hamilton, Coreen ......................................... WP03 016
Hamilton, Jason .............................................. TP32 609
Hamm, Gregory ................................... ThOF am 10:10
Hamm, Gregory ............................................ThP02 023
Hamm, Gregory .............................................WP11 193
Hamm, Gregory ............................................ThP03 029
Hammann, Philippe ...................................... WP24 428
Hammer, Elke .................................................TP19 277
Hammer, Robert .............................................TP08 130
Hammer, Trent ............................................... MP15 285
Hammerum, Steen .......................................ThP36 719
Hammock, Bruce .......................................... WP17 308
Hammond, Janet .......................................... WP36 699
Hammond, Janet ..........................................ThP22 438
Hammond, John ...........................................ThP04 046
Hammond, John S .......................................ThP04 045
Hampel, Heather ............................................TP21 314
Hampton, Andrew ..........................................MP16 300
Han, Chanyoung...................................... TOC pm 3:50
Han, Chia-Li .................................................. WP02 010
Han, Ga-Ram .................................................. TP10 181
Han, Jun.................................................. TOF am 09:10
Han, Jun.........................................................ThP04 037
Han, Liang .....................................................ThP20 377
Han, Ling ....................................................... WP23 404
Han, Linjie ........................................................ TP33 644
Han, Linjie ........................................................ TP33 643
Han, Sang Beom ...........................................MP34 714
Han, Sang Yun ..............................................ThP05 055
Han, Sang Yun ..............................................ThP31 644
Han, Shen ...................................................... WP19 339
Han, Wei ..........................................................TP23 357
Han, Xianlin ...................................................ThP28 559
Han, Xianlin .....................................................TP27 486
Han, Xiaogang ......................................WOD am 09:30
Han, Xuemei ...................................................TP05 096
Hanash, Sam ................................................ WP06 072
Hanberg, Brandon .................................. WOA pm 3:50
Hancapie, Marina .........................................ThP19 333
Hancock, Peter ..............................................MP36 736
Hancock, William ..........................................ThP19 333
Hancock, William ............................................TP35 696
Hancock, William ..........................................ThP22 418
Hancock, William S. ..................................... WP35 675
Handberg, Eric .............................................. WP20 363
Handberg, Eric .............................................. WP20 364
Handberg, Eric ................................................ TP37 770
Handberg, Eric .............................................. WP20 357
Handberg, Eric .............................................. WP20 358
Handberg, Eric ................................................ TP34 673
Handberg, Eric ................................................ TP34 672
Handberg, Eric ..............................................ThP30 632
Handberg, Eric .............................................. WP20 362
Handelsman, David ........................................TP26 453
Handique, Dheeraj ........................................MP34 690
Handique, Dheeraj .......................................ThP27 539
Handique, Dheeraj .......................................ThP11 200
Hang, Wei ........................................................TP32 610
Hanigan, Marie H. ..........................................TP35 703
Hankemeier, Thomas .....................................TP27 492
Hankemeier, Thomas ............................ TOF am 10:10
Hankin, Joseph A. ........................................ WP06 073
Hanley, Luke.................................................. WP14 243
Hanley, Luke.................................................. WP12 195
Hanley, Luke..................................................ThP36 714
Hanlon, Brittany .............................................MP08 163
Hann, Stephan ......................................WOC am 10:10
Hann, Stephan .............................................. WP17 295
Hann, Stephan ..............................................ThP29 599
Hann, Stephan .............................................. WP17 300
Hannam, Sally............................................... WP33 634
Hanneman, Andrew .......................................TP36 718
Hanneman, Andrew .......................................TP36 717
Hannibal-Bach, Hans Kristian ..................... MP11 212
Hanning, Gary ........................................ ThOE pm 2:50
Hanold, Karl A. ..............................................ThP26 520
Hansel, Armin .................................................MP15 286
Hansen, Christopher ....................................ThP35 705
Hansen, Christopher ....................................ThP35 709
Hansen, Henrik H ...........................................TP19 283
Hansen, Marc ................................................. MP11 217
Hansen, Thomas A.......................................ThP34 686
Hanson, Curtiss .............................................MP16 312
Hanson, Leif ...................................................MP10 187
Hanson, Matthew ...........................................TP23 373
Hansson, Oskar .............................................. TP19 280
Hao, Changtong ........................................... WP03 017
Hao, Changtong ........................................... WP06 079
Hao, Changtong ........................................... WP06 080
Hao, Chunyan .................................................TP31 597
Hao, Chunyan .................................................TP31 589
Hao, Chunyan ............................................... WP04 042
Hao, Hongyuan .............................................ThP27 528
Hao, Hongyuan ............................................. WP03 033
Hao, Hongyuan ............................................... TP37 740
Hao, Hongyuan ............................................... TP37 741
Hao, Ling .........................................................TP23 367
Hao, Zhiqi .......................................................MP25 502
Hao, Zhiqi ...................................................... WP24 443
Hao, Zhiqi ...................................................... WP24 444
Hao, Zhiqi ...................................................... WP24 442
hao, Zhiqi .........................................................TP13 214
Hao, Zhiqi ........................................................TP15 229
Hao, Zhiqi ...................................................... WP24 445
Hao, Zhiqi ................................................ MOD pm 3:50
Harada, Takanori ..........................................ThP28 579
Harada, Takanori ........................................... MP32 660
Harazono, Akira ............................................ WP24 426
Hardesty, William ........................................... WP11 175
Hardie, Darryl ................................................ WP16 289
Hardman, Mark E. ........................................ ThP07 111
Hardt, Markus .................................................TP18 269
Hare, Dominic ............................................... WP12 212
Harge, Jasmine.......................................WOC pm 3:50
Harget, Audra Ann ........................................ThP21 385
Hargett, Audra ...................................... ThOD am 09:30
Hargett, Audra ............................................... WP32 601
Haritidis, Panagiotis ............................ThOC am 09:30
Harkewicz, Richard ...................................... WP28 495
Harman, Victoria ........................................... WP33 641
Harmon, Alice .................................................MP32 653
Harmon, Brennan .........................................ThP19 337
Harmon, Erin .................................................. MP01 028
Harper, Brett .................................................... TP06 110
Harper, Brett .................................................... TP09 164
Harper, J. Wade ............................................ WP28 509
Harper, Robert ..............................................ThP14 257
Harradine, Paul .....................................WOD am 08:30
Harriman, Shawn ..................................WOD am 09:10
Harriman, Shawn .......................................... WP15 279
Harrington, Peter ..........................................ThP11 187
Harrington, Peter ..........................................ThP11 186
Harrington, Peter B. .....................................ThP21 410
Harris, Linda ................................................... MP03 053
Harris, Raymond............................................MP10 195
Harris, Timothy .............................................. WP28 509
Harris, William A. ..........................................ThP25 497
Harris, William A. ..........................................ThP25 499
Harris, William A. ..........................................ThP26 520
Harrison, Alex G. ..........................................ThP36 716
Harrison, Mark ...............................................MP04 070
Harrison, Rane .............................................. WP22 400
Harrison, Stephanie .....................................ThP29 608
Harron, Andrew F..........................................ThP04 051
Harshman, Sean W. ......................................MP27 562
Harst, Andreas .............................................. WP36 703
GENERAL INFORMATION
PAGE 206 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Hart, Ariel .........................................................TP21 312
Hart, Kevin .....................................................ThP06 105
Hart, Philippa.................................................ThP25 503
Hartig, Lutz ......................................................TP37 752
Hartl, Franz-Ulrich ................................. TOA am 08:50
Hartmann, Laura.............................................TP36 731
Hartmer, Ralf .................................................. MP09 176
Hartmer, Ralf .................................................. MP24 486
Hartmer, Ralf .................................................. MP24 491
Hartsock, Wendy ..........................................ThP08 132
Hartson, Steven D. .......................................ThP23 447
Hartung, Thomas ............................................ TP24 391
Harvey, Alex ..................................................ThP19 348
Harvey, Audrey...............................................MP01 015
Harvey, David J...............................................TP35 707
Harvey, Stephen .............................................TP36 733
Harvey, Steven.............................................. WP18 320
Hase, Prashant .............................................. MP34 690
Hase, Prashant .............................................ThP27 539
Hase, Prashant ............................................. ThP11 200
Hasegawa, Yuki ..............................................TP30 569
Haselberg, Rob .......................................WOG pm 3:10
Haselmann, Kim F. .......................................ThP17 279
Haserick, John R. .........................................ThP19 350
Hashi, Yuki .......................................................TP37 741
Hashi, Yuki ..................................................... WP06 078
Hashi, Yuki ..................................................... WP03 033
Hashi, Yuki .......................................................TP37 740
Hashi, Yuki .....................................................ThP27 528
Hashii, Noritaka ............................................ WP24 426
Hashii, Noritaka ............................................ WP22 399
Hashimoto, Hiroyuki .....................................ThP05 065
Hashimoto, Masahiro .................................... MP36 738
Hashimoto, Yuichiro .......................................TP05 092
Hashimoto, Yuichiro .......................................TP05 088
Hashimoto, Yuichiro .....................................ThP26 524
Hashmi, Nabeel .............................................. TP06 110
Haskins, William .............................................TP20 302
Haslam, Stuart M............................................TP35 708
Hasman, Gregg ...................................... WOE pm 3:50
Hasman, Gregg ............................................ WP19 327
Hassan, Lyla ................................................... MP15 264
Hassan, Tahmid ............................................ThP07 120
Hassell, Kerry ................................................. MP01 011
Hassell, Kerry ................................................. MP06 113
Hassett, Catherine A. .......................... ThOD am 10:10
Hassler, Shayne N. .......................................MP10 200
Hatano-Saga, Satomi ...................................MP33 678
Hatcher, Patrick .................................. ThOG am 09:30
Hatcher, Patrick G. ....................................... WP05 060
Hathout, Yetrib ..............................................ThP19 337
Hathout, Yetrib ........................................WOD pm 4:10
Hatsis, Panos ................................................ThP29 607
Hattan, Stephen J. ........................................MP08 158
Hatzivassiliou, Georgia ................................ThP21 388
Haubro, Lena .................................................MP06 097
Haufe, Günter .................................................TP25 424
Haugh, Jason ................................................ThP17 289
Haulenbeek, Jonathan..................................MP08 167
Hauschild, Jan-Peter ....................................MP19 377
Hauser, Nicolas J. ........................................ WP06 084
Havard, Guy ...................................................MP01 026
Havard, Guy ...................................................MP06 088
Hawke, David .................................................. TP25 433
Hawke, David .................................................. TP24 406
Hawke, David H. ........................................... WP34 664
Hawkridge, Adam M. ...................................... TP35 711
Hawkridge, Adam M. ......................................TP21 329
Hayakawa, Eisuke ........................................ThP34 676
Hayakawa, Eisuke ................................. ThOE pm 3:10
Hayakawa, Eisuke ........................................ThP34 683
Hayakawa, Shigeo .........................................TP02 045
Hayakawa, Yoshihiro ...................................ThP27 558
Hayakawa, Yoshihiro ................................... WP03 028
Hayakawa, Yoshihiro ....................................MP02 040
Hayakawa, Yoshihiro .................................... MP11 214
Hayakawa, Yoshihiro .................................... MP06 110
Hayasaka, Takahiro......................................ThP04 048
Hayashi, Marito .................................... ThOA am 09:10
Hayashi, Masahiro ........................................MP16 315
Hayes, Kevin .................................................ThP15 268
Hayes, Michael .....................................WOD am 09:10
Hayes, Thomas ............................................. WP06 083
Hayes, Thomas ............................................. WP08 121
Haynes, Christopher A. ......................... MOC pm 2:50
Haynes, Christy .................................... MOE am 09:30
Haynes, Christy ..............................................TP27 497
Haynes, J. David ................................... ThOB pm 4:10
Haynes, Paul A. ..................................... ThOE pm 2:30
Hays, Faith .....................................................MP03 044
Hazama, Hisanao .................................. ThOA pm 4:10
Hazama, Hisanao .........................................ThP05 066
Hazama, Hisanao .......................................... WP11 180
Hazama, Makoto ..........................................ThP06 088
Hazebroek, Jan...............................................TP23 364
Hazebroek, Jan..............................................MP32 667
He, Hua-jun ...................................................ThP24 477
He, Huan .........................................................MP10 200
He, Huan ................................................. TOF am 09:50
He, Huan .........................................................MP29 597
He, Jintang .....................................................MP26 540
He, Muyi .......................................................... MP16 306
He, Sheng-Gui ................................................TP02 046
He, Si-Min .................................................MOA pm 4:10
He, Si-Min ....................................................... MP21 397
He, Tao ........................................................... WP24 431
He, Yingke ......................................................MP34 712
Head, Bryan ..................................................ThP34 671
Headley, John ................................................MP31 644
Headley, John V. ........................................... WP04 039
Hearn, Bryan ................................................. ThP11 193
Heaven, Michael ............................................. TP08 143
Hebert, Alex ................................................... WP29 528
Hebert, Alex S. .........................................MOA pm 3:30
Hebert, Alexander S. .................................... WP33 608
Hebert, Alexander S. ....................................ThP13 232
Hebert, Alexander S. ............................. TOA am 08:30
Hebert, Alexander S. ............................WOE am 09:50
Hebert, Nicole ...............................................ThP14 260
Hebert, Nicole ...............................................ThP08 134
Hebrok, Matthias ............................................TP21 340
Hecht, Stephen ...............................................TP29 553
Hecht, Stephen ...............................................TP29 542
Hecht, Stephen S. ..........................................TP29 533
Hecht, Stephen S. ..........................................TP29 547
Hecht, Stephen S. ..........................................TP29 532
Heck, Albert ................................................... WP31 583
Heck, Albert ................................................... WP30 572
Heck, Albert ...........................................WOH am 09:10
Heck, Albert ...................................................ThP17 291
Heck, Albert J.R. ........................................... WP30 541
Heck, Albert J.R. .................................... TOH am 09:10
Heck, Albert J.R. ........................................... WP24 422
Heck, Albert J.R. ................................... MOA am 09:50
Heck, Albert J.R. ...................................... MOF pm 2:50
Heck, Albert J.R. ............................................MP06 098
Heck, Albert J.R. ............................................ MP06 119
Heck, Albert J.R ............................................ WP31 586
Heck, Albert J.R ............................................ WP32 597
Heckendorf, Christian ....................................TP16 240
Heckendorf, Christian ..................................ThP23 462
Heckendorf, Christian F. .............................. WP32 605
Heckerman, David .........................................MP28 572
Hedeland, Mikael .......................................... WP15 276
Hedeland, Mikael .......................................... WP15 274
Hedges, Jason ..............................................ThP30 625
Hedman, Curtis ............................................. WP03 020
Heegaard, Niels H. H. .................................... TP19 292
Heemskerk, Anthonius A.M. ....................... WP35 678
Heerdt, Gabriel ............................................. WP38 735
Heerdt, Gabriel ...............................................TP33 658
Heeren, Ron ..................................................ThP04 039
Heeren, Ron ............................................ WOD pm 3:50
Heeren, Ron ..................................................ThP04 046
Heeren, Ron ................................................... MP16 317
Heeren, Ron ................................................... MP10 199
Heeren, Ron ..............................................TOA pm 3:30
Heeren, Ron M.A..........................................ThP05 064
Heeren, Ron M.A.......................................... WP09 143
Heeren, Ron M.A...........................................MP10 197
Heeren, Ron M.A..........................................ThP05 067
Heeren, Ron M.A...........................................MP30 608
Heeren, Ron M.A................................... TOB am 09:10
Heeren, Ron M.A.................................. MOB am 09:50
Hegeman, Adrian ................................... TOC am 09:10
Hegeman, Adrian .......................................... WP29 520
Hegeman, Adrian .......................................... WP17 298
Hegeman, Adrian D.......................................MP34 688
Hegeman, Adrian D.......................................MP32 671
Hegeman, Adrian D........................................TP26 465
Heien, Michael ................................................TP09 169
Heierhorst, Jörg ............................................ThP17 282
Heiling, Sven .................................................. MP03 052
Heim, John .....................................................MP04 073
Heim, John ......................................................TP24 402
Heim, John R. ................................................MP04 078
Heinemann, Joshua .......................................TP23 366
Heinemann, Joshua .......................................TP23 360
Heiningen, Sandra H. van ........................... WP09 141
Heinks, Nicole ................................................ MP23 446
Heinzmann, Julia ................................. ThOA am 09:30
Heiskanen, Laura ..................................ThOC pm 3:50
Heiss, Christian.....................................WOC am 09:30
Heitz, Judith....................................................MP26 548
Held, Jason ...................................................ThP17 299
Held, Jason ................................................... WP30 555
Heldmann, Stefan.........................................ThP04 036
Helle, Norbert ................................................. MP34 695
Hellqvist, Anna .............................................. WP15 276
Helm, Dominic.................................................TP08 139
Helm, Dominic............................................... WP35 670
Helmerhorst, Eva ............................................ TP18 270
Helms, Adam .................................................ThP23 459
Hemalatha, R. G. .......................................... WP12 194
Hemar, Yacine ............................................... WP19 340
Hembrough, Todd .......................................... MP09 169
Hembrough, Todd .......................................... MP09 172
Hempen, Christel .......................................... WP16 284
Hempen, Christel .......................................... WP16 285
Hemsley, Kim M. ...........................................ThP20 361
Hemstrom, Petrus .........................................MP06 086
Hendecourt, Louis ...............................ThOE am 09:10
Hendershot, Raquel ...................................... MP10 199
Henderson, Douglas B. ...............................ThP25 497
Henderson, Douglas B. ...............................ThP26 520
Henderson, Douglas B. ...............................ThP25 499
Henderson, Holly ............................................ TP21 341
Henderson, Holly ..........................................ThP28 589
Henderson, Holly ............................................ TP34 666
Henderson, Holly ........................................... WP11 181
Henderson, Holly .......................................... WP12 209
Henderson, Jeremy .......................................MP12 231
Henderson, Michelle .....................................MP24 474
Henderson, Michelle ......................................TP28 514
Hendricker, Alan .................................... ThOF pm 2:30
Hendricks, Nathan ........................................ThP35 708
Hendricks, Paul I. ..........................................MP17 331
Hendrickson, Chris .......................................ThP12 215
Hendrickson, Christopher ............................MP16 318
Hendrickson, Christopher ...........................ThP12 216
Hendrickson, Christopher L ........................ThP06 081
Hendrickson, Christopher L. .......................ThP13 249
Hendrickson, Christopher L. ....................... WP05 046
Hendrickson, Erik ..........................................MP18 366
Hendrickson, Ronald C. ...............................MP26 529
Hendrickson, Ronald C. .......................ThOD pm 4:10
Hendriks, Linda J.A. ..................................... WP24 422
Hendrikse, Jan ............................................... MP17 346
Hengel, Shawna .............................................TP16 242
Hengel, Shawna M. ...............................TOH am 09:50
Hengerer, Bastian......................................... WP28 491
Heninger, Michel ............................................. TP04 070
Henion, Jack ...................................................TP25 422
Henion, Jack ................................................. WP16 287
Henion, Jack ................................................. WP37 721
Henion, Jack ................................................. WP16 288
Henke, Matthew .................................... MOE am 09:10
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 207
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Henkel, Corinna ............................................ThP04 034
Henneman, Alex A........................................ WP31 585
Hennrich, Marco ............................................MP29 580
Hennrich, Marco L. ........................................ MP06 098
Henrich, Christoph ........................................MP19 377
Hensel, Susanne ..................................... TOC pm 3:10
Heo, Gun-Young ...........................................ThP24 477
Heppelmann, Carrie J..................................ThP23 466
Heppelmann, Carrie J...................................MP18 363
Herath, Kithsiri ................................................TP21 307
Herath, Kitshiri ........................................WOD pm 3:10
Herbig, Jens ..................................................ThP26 521
Herbig, Jens ...................................................MP15 286
Herbold, Rose .................................................TP23 381
Herbst, John ..................................................ThP10 172
Herbst, John ..................................................ThP12 226
Herbst-Robinson, Katie ................................MP24 478
Herdering, Christina .....................................ThP04 047
Herdering, Christina .....................................ThP05 070
Hering, Bernhard ...........................................MP29 583
Herman, Joseph ............................................ MP06 113
Herman, Joseph ............................................ MP01 011
Hermann, Isabel ............................................MP23 444
Hermansson, Eskil ....................................... WP16 291
Hermes, Jeffrey ............................................ThP10 182
Hernandez, Celine ....................................... WP36 698
Hernandez, Juan-Ramon ............................ThP17 292
Hernandez, Oscar .......................................... TP06 119
Hernández, Julie........................................... WP05 063
Hernández, Julie A.B. ........................ ThOG am 08:50
Hernández, Victor Alfonso ............................TP21 321
Hernandez-Ruiz, Selene ............................. ThP11 203
Herniman, Julie .............................................ThP32 663
Herniman, Julie .............................................ThP32 660
Herodes, Koit ..................................................TP04 063
Herold, Nick ..................................................... TP37 756
Heron, Scott ...................................................MP17 336
Heron, Scott .................................................. WP23 420
Heron, Scott ...................................................MP24 484
Heron, Scott ....................................................TP34 684
Heron, Scott ....................................................TP04 064
Herrenknecht, Christine...............................ThP25 518
Hershman, Dawn ............................................ TP26 467
Hersi, Siham S. ............................................... TP32 618
Herting, Katherine .......................................... TP11 204
Hertog, Maarten ..................................... ThOE pm 3:10
Hervey IV., William Judson .........................ThP08 121
Herviou, Pauline .............................................TP29 540
Hess, Philipp .................................................ThP25 518
Hess, Sonja .....................................................TP22 342
Hess, Sonja ...................................................ThP34 680
Hess, Sonja ............................................ TOD am 09:50
Hester, Alfons ......................................... TOB am 08:30
Hester, Thomas .............................................MP36 739
Hester, Thomas .............................................. TP01 011
Hettiarachchi, Kanaka ..................................MP06 090
Hettich, Robert ..............................................ThP25 501
Hettich, Robert ................................................ TP08 146
Hettich, Robert .............................................. WP29 523
Hettich, Robert .............................................. WP29 527
Hettich, Robert ..............................................ThP09 153
Hettich, Robert ..............................................ThP25 502
Hettich, Robert ............................................... MP32 669
Hettich, Robert L. ......................................... WP36 686
Hettick, Justin M. ..........................................ThP25 512
Heuberger, Adam .......................................... MP03 049
Heuberger, Adam .................................. ThOE pm 2:50
Hewetson, John .............................................. TP23 363
Heyburn, Denise ............................................. TP25 451
Hibbs, John .....................................................TP02 047
Hicks, Leslie .................................................. WP34 663
Hicks, Leslie .................................................. WP29 517
Hicks, Wayne ................................................ WP30 557
Hicks, Wayne ................................................ WP30 556
Hidalgo, Elena............................................... WP28 498
Hidy, Bruce ......................................................TP25 449
Hidy, Bruce .....................................................MP26 534
Hidy, Bruce .................................................... WP33 624
Hieftje, Gary ........................................... ThOA pm 3:10
Hieftje, Gary ........................................................ Special
Hieftje, Gary M. ..................................... MOB am 10:10
Hiett, Kelli.........................................................TP37 766
Higashi, Richard M. ........................................ TP23 365
Higdon, Roger ................................................. TP21 340
Higgins, LeeAnn ...........................................ThP23 474
Higgins, LeeAnn ...........................................ThP14 259
Higgins, LeeAnn ............................................. TP28 511
Higgs, Richard E. ..........................................MP26 530
Higuchi, Tetsuo ............................................. ThP11 202
Higuera, Monica ............................................MP10 201
Hiki, Yoshiyuki ...............................................ThP19 330
Hilder, Emily F. ............................................... MP07 137
Hilderbrand, Amy ........................................... MP06 106
Hilger, Maximiliane ......................................... TP15 227
Hilger, Maximiliane ................................. MOE pm 2:30
Hilger, Ryan T. ....................................... MOB am 08:50
Hill, Herbert .....................................................TP33 625
Hill, Herbert H. .......................................TOG am 09:10
Hill, Laura.......................................................ThP05 068
Hillenkamp, Franz ..........................................TP04 060
Hilliard, Mark ...................................................TP36 719
Hilmer, Jonathan..................................... WOA pm 3:50
Hilt, Gerhard .................................................... TP02 022
Hincapie, Marina.............................................TP35 696
Hindenlang, Dave ......................................... WP05 048
Hindle, Ralph................................................. WP03 013
Hines, Jesse .................................................... TP25 446
Hines, Kelly .....................................................TP24 390
Hinks, Michaela M. ........................................ MP23 441
Hinneburg, Hannes ........................................TP36 731
Hiraguchi, Ryuji...................................... ThOA pm 4:10
Hirano, Ichiro .................................................. MP26 536
Hirano, Ichiro ................................................... TP08 161
Hirano, Ichiro ................................................. ThP07 115
Hirano, Ichiro ................................................... TP31 590
Hirano, Ichiro ................................................. WP08 121
Hirano, Ichiro ................................................... TP30 569
Hirano, Ichiro .................................................ThP27 558
Hirano, Ichiro .................................................. MP02 040
Hirano, Takashi .............................................ThP20 368
Hiraoka, Kenzo .............................................ThP30 620
Hiraoka, Kenzo ..............................................MP17 339
Hiraoka, Kenzo .............................................ThP30 630
Hiraoka, Kenzo ..............................................WP07 115
Hird, Simon ....................................................ThP27 540
Hird, Simon ....................................................ThP27 543
Hirose, Kenji ................................................... MP25 496
Hirose, Kenji .................................................... TP35 695
Hirose-Hachisu, Kazuko ................................TP36 729
Hirose-Hachisu, Kazuko ................................TP36 736
Hirose-Hachisu, Kazuko ................................TP36 734
Hiroshi, Tsugawa ................................. ThOB am 09:50
Hirtz, Christophe ................................... MOD am 08:50
Hishiki, Takako .............................................. WP17 296
Hitchcock, Jennifer .......................................ThP29 593
Hjelmeland, Anna K. ....................................ThP11 196
Ho, Jenny.........................................................TP21 323
Ho, Jenny T.C. .............................................. WP33 629
Ho, Johnny K. ...............................................ThP25 497
Ho, Johnny K. ...............................................ThP25 499
Ho, Johnny K. ...............................................ThP26 520
Ho, Jonathan .................................................. MP14 260
Ho, Ming-Yi ....................................................ThP20 380
Ho, Tse-Tsung ................................................MP01 018
Hoang, Khoa .................................................ThP04 051
Hobbs, Deborah .............................................TP26 468
Hobbs, William E. ...........................................TP19 293
Hobby, Kirsten ............................................... WP13 224
Hobrath, Judith .............................................ThP13 236
Hoch, Nicolas ................................................ThP17 282
Hochart, Guillaume .......................................WP11 193
Hochart, Guillaume ............................. ThOF am 10:10
Hochart, Guillaume ......................................ThP02 023
Hochberg, Georg ............................................ TP33 641
Hochlaf, Majdi .................................................TP03 051
Hochstrasser, Denis ....................................... TP21 333
Hochstrasser, Denis ......................................MP09 176
Hochstrasser, Denis ..................................... WP32 604
Hockenbery, David .........................................TP23 371
Hodgkin, Jonathan .........................................TP35 706
Hodgkins, Chris ............................................ WP27 488
Hodgkinson, Mike ........................................... TP33 626
Hodgson, James...........................................ThP21 407
Hodson, Peter V. ........................................... MP31 631
Hoefkens, Jens ...............................................TP24 402
Hoefkens, Jens .............................................. MP18 365
Hoefner, Daniel ...............................................TP30 571
Hoek, Kristen..................................................MP28 575
Hoelper, Soraya ............................................ WP29 525
Hoerth, Patric ................................................ WP19 329
Hofele, Romina ..................................... MOH am 09:10
Hofferek, Vinzenz ...........................................TP27 485
Hoffman, Benjamin S. .................................. WP28 513
Hoffman, Brian T. .......................................... WP06 097
Hoffman, Brian T. ........................................... MP06 085
Hoffman, Eric P ....................................... WOD pm 4:10
Hoffman, William ............................................TP32 609
Hoffman Madureira, Ed ................................MP06 102
Hoffmann, Ralf ..............................................ThP18 311
Hoffmann, Thomas ........................................ MP03 051
Hoffmann, Thorsten ...................................... MP31 649
Hoffmann, William D. ....................................MP12 230
Hoffmann, William D. .....................................TP01 009
Hoffmann, William D. ....................................MP16 327
Hofree, Matan ...............................................ThP22 418
Hofstetter, Theresa .........................................TP01 015
Hofstetter, Theresa ....................................... WP14 243
Hogan, Chris ................................................. WP38 739
Hogan, Christopher ...................................... WP38 750
Hogan, Marie..................................................MP26 546
Hogan, Thomas J .........................................ThP06 076
Hogberg, Helena ............................................TP24 391
Højrup, Peter .................................................. MP21 394
Højrup, Peter .................................................ThP19 342
Holcomb, April ................................................MP08 157
Holcomb, April ................................................MP08 167
Holden, Dustin ................................................TP01 003
Holder, Daniel J. ....................................ThOD pm 4:10
Holdgate, Geoff ............................................. WP23 407
Holguin, Fernando .......................................... TP27 493
Holland, William L. ........................................ MP11 213
Holle, Armin ...................................................ThP05 061
Hollebeke, Jolien ............................................TP22 355
Hollema, Harry .............................................. WP33 639
Hollenstein, Kaspar ......................................ThP24 484
Holmen, Brenda ............................................ WP07 106
Holmes, Daniel ..............................................MP09 180
Holmes, Elaine ..............................................ThP28 567
Holmes, Elaine ................................................ TP24 384
Holmes, Kelly ................................................ WP28 496
Holmquist, Brett ............................................ThP06 098
Holstein, Thomas..........................................ThP34 676
Holtfreter, Birte ................................................ TP19 277
Hom, Brian.....................................................ThP11 209
Hommema, Eric .................................... WOA am 09:30
Hondius, David C. ........................................ThP23 445
Honer, William G.............................................TP21 323
Hong, JiHye ................................................... WP29 532
Hong, Miri ........................................................TP29 543
Hong, Miri ...................................................... WP06 091
Hong, Qiuting ..................................................TP19 290
Hong, Qiuting ........................................ MOD am 09:30
Hong, Qiuting ..................................................TP36 735
Hong, Teresa B. ..................................... ThOD pm 3:10
Honigberg, Lee ...............................................TP19 296
Honnold, Ron .................................................MP34 684
Hood, Brian .....................................................TP08 131
Hood, Brian L. ................................................ MP25 501
Hoofnagle, Andy .............................................TP08 132
Hoog, Jeremy ................................................ThP17 299
Hoog, Jeremy .......................................ThOD am 08:30
Hoog, Jeremy .................................................. TP21 332
Hoopmann, Michael ...................................... MP18 373
Hoopmann, Michael .......................................TP28 525
Hoopmann, Michael R. .................................. TP28 501
Hoopmann, Michael R. ........................ MOC am 08:50
Hoover, William ............................................. WP37 720
GENERAL INFORMATION
PAGE 208 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Hoozemans, Jeroen J.M. ............................ThP23 445
Hopfer, Helene .............................................. WP19 338
Hopfgartner, Gerard ..................................... WP13 230
Hopfgartner, Gerard ...................................... MP30 608
Hopfgartner, Gérard ...................................... MP23 458
Hopfgartner, Gérard ..................................... WP31 593
Hopfgartner, Gérard ....................................... TP08 152
Hopfgartner, Gérard ....................................... TP25 423
Hopfgartner, Gérard ............................. MOC am 10:10
Hopkinson, Alan C............................... WOG am 08:30
Hopwood, John J..........................................ThP20 361
Horlacher, Oliver ..................................... WOB pm 3:30
Horn, David ................................................... WP24 445
Horn, David ............................................. MOD pm 3:50
Horn, David ....................................................MP25 502
Horn, David .....................................................TP15 229
Horn, David ................................................... WP19 348
Horn, Friedemann ..........................................TP17 250
Horn, Patrick J. .............................................ThP28 581
Horner, Gerhard ..............................................TP04 061
Horning, Stevan ............................................. MP19 377
Hornshaw, Martin ......................................... WP33 629
Hornshaw, Martin ...........................................TP21 323
Horowitz, Jeffrey ...........................................ThP17 293
Horstick, Jim .................................................... TP15 234
Horvath, Arpad ............................................... MP22 431
Horvath, Thomas ............................................TP26 466
Horvath, Thomas .......................................... WP06 082
Horynova-Stuchlova, Milada.......................ThP19 330
Hoseld, Chris.................................................TP15 233
Hoskins, Jessica N. .......................................MP36 737
Hosoda, Akifumi ............................................ThP25 493
Hosoi, Kosuke ................................................ MP08 161
Hosseinzadehshahri, Leila .......................... WP12 219
Hoteling, Andrew J. ....................................... MP36 741
Hoteling, Andrew J. ....................................... MP36 740
Hotta, Yudai ...................................................ThP25 493
Hou, Hongwei ...............................................ThP21 402
Hou, Jingguo ................................................. WP06 082
Hou, Jingguo ...................................................TP26 466
Hou, Jinxuan ..................................................MP27 557
Hou, Ming-Feng ............................................ WP07 104
Hou, Yanpeng .................................................TP24 415
Houde, Damian ............................................... TP15 231
Houel, Stephane ............................................. TP15 232
Houel, Stephane ...................................... TOC pm 3:30
Houen, Gunnar ..............................................MP21 394
Houk, R. S. .....................................................MP32 658
Houk, R. Sam ................................................ WP19 351
Hourani, Nadim ............................................. WP05 068
Houston, Christopher ............................ ThOF pm 3:10
Hoven, Voravee ............................................ WP02 006
Howard, Jacquie ..................................... WOA pm 3:50
Howard, Leigh ................................................ MP28 575
Howell, Amy....................................................MP23 462
Howell, Bonnie ............................................... MP26 547
Howell, Bonnie J. ...................................ThOD pm 4:10
Hoyes, Emmy .................................................. TP01 002
Hoyes, Emmy ................................................ WP10 167
Hoyes, John B................................................MP16 319
Hruby, Dennis........................................ MOE am 10:10
Hrudey, Steve.................................................MP31 633
Hsiao, Chih-Hao ............................................MP16 325
Hsiao, Chun-Jen ........................................... WP30 550
Hsiao, He-Hsuan ..........................................ThP09 160
Hsiao, Jordy J. .............................................. WP36 695
Hsieh, Hsin-Yu .............................................. WP30 549
Hsieh, Hsin-Yu .............................................. WP30 550
Hsieh, Hsin-Yu ..............................................ThP19 334
Hsu, Chang Samuel ..................................... WP05 067
Hsu, Cheng-Chih ................................. ThOA am 09:10
Hsu, Cheng-Chih ..................................... TOH pm 2:50
Hsu, Chih-Chao ............................................ WP28 502
Hsu, Fongfu ..................................................... TP27 481
Hsu, Hsu-Chen .............................................ThP06 083
Hsu, Hsu-Chen ...............................................TP37 745
Hsu, Pang-Hung ...........................................ThP20 372
Hsu, Pang-Hung ........................................... WP30 549
Hsu, Victor ......................................................MP22 432
Hsu, Wen-Lian ...............................................MP03 042
Hsu, Wen-Lian ................................................TP28 518
Hu, Chang-Deng........................................... WP28 502
Hu, Chang-Qin .............................................. WP14 234
Hu, Han ....................................................WOG pm 4:10
Hu, Han .......................................................... WP28 493
Hu, Hanfeng .................................................... TP06 113
Hu, Jiehui ........................................................ MP34 710
Hu, Jiehui ........................................................ MP34 711
Hu, Linda ..................................................MOA pm 3:50
Hu, Nan ............................................................ TP37 769
Hu, Ping ................................................... MOD pm 3:10
Hu, Qingyuan ................................................ThP21 402
Hu, Xiaojie ......................................................MP06 094
Hu, Yingwei ................................................... WP31 594
Hu, Ying-Wei .................................................ThP23 451
Hu, Yunli ...........................................................TP35 702
Hu, Yunli ...........................................................TP35 692
Hu, Yunli ......................................................... WP26 460
Hu, Yunli .........................................................ThP20 376
Hua, Bin ......................................................... WP03 022
Hua, David .....................................................ThP19 355
Hua, Serenus ........................................... TOC pm 3:50
Hua, Serenus ..................................................TP35 705
Hua, Serenus ................................................ThP19 346
Hua, Serenus ..................................................TP35 704
Hua, Serenus ..................................................TP15 235
Hua, Serenus .................................................MP27 556
Hua, Serenus .......................................ThOD am 09:50
Hua, Wenyi ..................................................... MP06 085
Hua, Wenyi .................................................... WP06 097
Huan, Tao ........................................................TP23 357
Huang, Bill .......................................................TP21 315
Huang, Chaoran Ron ....................................MP26 537
Huang, Chengsi .............................................. TP19 288
Huang, Fan .................................................... WP05 050
Huang, Hao-Lun ...........................................ThP14 253
Huang, Hsin-Hung ..........................................TP37 767
Huang, Hsin-Hung .........................................MP30 621
Huang, Jincui ................................................ThP19 341
Huang, Jincui ..................................................TP36 735
Huang, Jiqing ................................................ WP36 694
Huang, Junwei ................................................TP37 751
Huang, Ke ...................................................... WP15 277
Huang, Lan ..................................................... MP21 411
Huang, Lan ..................................................... MP21 404
Huang, Lihua ................................................... TP11 205
Huang, Li-Juan .............................................ThP19 351
Huang, Lin ......................................................MP12 226
Huang, Liying ..................................................TP37 741
Huang, Lulu .....................................................TP03 049
Huang, Min-Zong ..................................... TOE pm 3:30
Huang, Min-Zong ...........................................MP17 356
Huang, Min-Zong ............................................TP34 670
Huang, Min-Zong ............................................ TP34 667
Huang, Qingtao (Mike) ..................................TP26 471
Huang, Richard Yu-Cheng ........................... MP22 436
Huang, Richard Yu-Cheng ........................... MP22 413
Huang, Rongfu ...................................... WOF am 08:50
Huang, Rongrong .........................................ThP20 360
Huang, Rongrong .................................WOC am 09:30
Huang, Rongrong .........................................ThP20 359
Huang, Taohong ........................................... WP03 033
Huang, Taohong ........................................... WP20 368
Huang, Taohong ........................................... WP06 078
Huang, Taohong ...........................................ThP27 528
Huang, Taohong .............................................TP37 740
Huang, Taohong .............................................TP37 741
Huang, Taohong .............................................TP37 742
Huang, Tom .................................................... MP01 002
Huang, Tsung-Ming ....................................... MP36 731
Huang, Xiaomei .............................................MP36 749
Huang, Yafei ........................................... ThOD pm 3:30
Huang, Yingying ...........................................ThP28 559
Huang, Yingying .............................................TP23 382
Huang, Yingying ............................................MP03 045
Huang, Yingying ............................................MP04 062
Huang, Yining ..................................................TP35 694
Huang, Yining .................................................MP22 423
Huang, Yinying ..............................................ThP28 591
Huang, Yiqun...................................................TP33 660
Huang, Yu ......................................................ThP20 363
Huang, Yu ......................................................ThP20 364
Huang, Yu ..............................................WOC am 09:10
Huang, Yu ......................................................ThP20 365
Huang, Yu ........................................................TP36 724
Huang, Yu ................................................WOG pm 4:10
Huang, Yue ...................................................... TP04 064
Huang, Yue ...................................................... TP34 684
Huang, Yue .....................................................MP17 336
Huang, Yue .....................................................MP24 484
Huang, Yunping ..............................................TP15 225
Huang, Yuting .................................................TP33 633
Huang, Zejian .................................................MP16 296
Huang, Zejian .................................................MP16 306
Huang, Zhengxu ............................................ MP31 641
Huang, Zhengxu ............................................ MP31 640
Huang, Zhi-Qiang ......................................... WP32 601
Hubbard, Simon J......................................... WP33 641
Hubbard, Van S. ...........................................ThP28 565
Huber, Katharina...........................................ThP04 035
Huber, Meret ..................................................MP03 052
Hubert-Roux, Marie .......................................MP36 747
Hubert-Roux, Marie ............................... TOG am 09:30
Huc, Vincent .................................................. WP14 244
Hucthings, Alun ............................................... TP29 536
Hud, Nicholas V. .............................................TP33 654
Hudak, Edward .............................................ThP10 182
Hudalla, Christopher J. .................................. TP20 301
Huddleston, Michael .................................... WP34 651
Hudgens, Jeffrey ...........................................MP22 413
Hudgens, Jeffrey ...........................................MP22 436
Hudson, Billy ..................................................MP10 195
Hudson, John ................................................. MP04 062
Hudson, Lindsey ............................................ MP25 497
Hudson, Simon .............................................ThP13 235
Hudson, Yvette R. ........................................ThP25 499
Hudson, Yvette R. ........................................ThP25 497
Hudson, Yvette R. ........................................ThP26 520
Huebner, Evelyn ..................................... WOF pm 2:50
Huestis, Marilyn ............................................ WP08 129
Huestis, Marilyn A. ................................. WOA pm 2:30
Hufford, Kevin ...............................................ThP01 007
Hughes, Chris ................................................MP27 558
hughes, christopher .......................................TP02 027
Hughes, Christopher J ................................... TP08 139
Hughes, Christopher J .................................. MP24 489
Hughey, Christine .........................................ThP36 723
Huhman, David ...............................................TP23 369
Huhman, David .............................................. MP03 050
Huhmer, Andreas .......................................... WP35 683
Huhmer, Andreas ........................................... MP04 062
Huhmer, Andreas .......................................... WP24 444
Hühmer, Andreas ........................................... MP24 490
Hühmer, Andreas ..........................................ThP12 229
Hühmer, Andreas .......................................... WP27 479
Hühmer, Andreas FR ................................... WP24 445
Hui, Sam Xin ......................................... MOC am 09:50
Hulsebosch, Claire E. ...................................MP10 200
Humbert, Melissa ......................................... WP28 506
Hummon, Amanda .......................................ThP08 139
Hummon, Amanda .......................................ThP04 040
Hummon, Amanda ....................................... WP34 648
Hummon, Amanda ....................................... WP33 614
Hummon, Amanda ........................................WP11 170
Hummon, Amanda B ....................................ThP17 288
Hummon, Amanda B ......................................TP22 353
Hummon, Amanda B.....................................WP11 187
Humphreys, W. Grifth ........................WOD am 09:50
Humphreys, William ..................................... WP14 245
Humphries, Jamie ..........................................TP31 578
Humphries, Jamie ........................................ WP17 301
Humphries, Jamie K. .....................................TP08 159
Humston-Fulmer, Elizabeth ........................ WP19 333
Hung, George ................................................MP28 569
Hunt, Don.......................................................ThP06 101
Hunt, Donald ..................................................WP33 611
Hunt, Donald ..........................................TOH am 09:30
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 209
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Hunt, Donald F. ...............................................TP14 223
Hunt, Donald F. ...............................................TP10 173
Hunt, Donald F. ...............................................TP01 019
Hunter, Alex ...................................................ThP35 700
Hunter, Christie .............................................. MP11 215
Hunter, Christie .............................................. MP24 466
Hunter, Christie .............................................. MP15 287
Hunter, Christie ............................................. WP27 489
Hunter, Christie ............................................. WP30 560
Hunter, Christie ..................................... MOA am 08:50
Hunter, Christie ...............................................TP08 136
Hunter, Christie ...............................................TP08 134
Hunter, Christie ...............................................TP08 151
Hunter, Christie .............................................. MP24 493
Hunter, Christie .............................................. MP06 125
Hunter, Christie .............................................ThP08 134
Hunter, Christie .............................................. MP25 516
Hunter, Christie L...........................................MP24 467
Huntington, Chris ..........................................ThP03 026
Huntwork-Rodriguez, Sarah .................. TOD pm 4:10
Huo, Yin ......................................................... WP03 033
Huppertz, Laura M. ...................................... WP08 133
Huppertz, Laura M. ........................................TP29 546
Huq, Shahana ................................................ MP07 134
Hur, Manhoi ................................................... WP05 069
Hurst, Robin ....................................................TP08 157
Hurt, Matt ....................................................... WP14 235
Hurt, Matthew ................................................ WP05 057
Hurt, Matthew .........................................ThOG pm 2:30
Husek, Petr ....................................................ThP21 401
Husser, Christophe....................................... WP15 268
Hussler, Georges .......................................... WP37 708
Husted, Søren ................................................ MP32 662
Hutchinson, Carolyn.....................................ThP32 652
Hutchinson, Carolyn.....................................ThP32 654
Hutchinson, Carolyn..............................ThOG pm 3:10
Huttlin, Edward ...................................... TOA am 09:30
Huttlin, Edward L. ......................................... WP28 509
Huttlin, Edward L. .................................. TOE am 10:10
Huvent, Isabelle .................................... MOD am 08:50
Hwang, Angela A. .........................................ThP09 140
Hwang, DaeHee .............................................TP24 400
Hwang, Daehee .............................................. TP24 392
Hwang, Sun-Il ................................................MP27 555
Hye, Abdul .......................................................TP19 281
Hyun, Sung Hee ...........................................ThP23 458
Hyung, Suk-Joon ............................................ TP33 638
Hyunh, Tran T. ................................................MP36 722
Iacob, Roxana E. .................................WOH am 08:30
Ibáñez-Vea, María ......................................... MP24 477
Ibraev, Maksat ................................................MP27 559
Ibrahim, Yehia .................................................TP33 652
Ibrahim, Yehia ............................................... WP38 753
Ibrahim, Yehia ...............................................ThP06 081
Ibrahim, Yehia ....................................... MOC am 08:30
Ibrahim, Yehia ................................................MP20 389
Ibrahim, Yehia ........................................TOG am 08:30
Ichii, Shoko ....................................................ThP25 489
Ichou, Farid ....................................................MP30 616
Ichu, Taka-Aki................................................ WP28 499
Ide, Jennifer L. ...............................................WP11 185
Ideker, Trey ....................................................ThP22 418
Iden, Charles R. .............................................. TP29 549
Ifa, Demian Rocha .......................................ThP04 044
Ifand, Andre .................................................. MP07 146
Iglesias, Amadeu ............................................TP10 190
Iglesias, Amadeu ........................................... MP34 696
Igwe, David .....................................................MP33 672
Ihling, Christian .............................................. MP21 398
Ihling, Christian H. ......................................... MP21 409
Iida, Junko .......................................................TP37 739
Iida, Takashi ....................................................TP26 452
Iizuka, Etsuo ...................................................MP16 315
Ijzerman, Jan................................................. WP18 319
Ikeda, Kazutaka ............................................. MP12 224
Ikeda, Noriaki ................................................ WP08 121
Ikegawa, Shigeo .............................................TP26 452
Ikeguchi, Mitsunori .........................................TP09 166
Ikonomou, Michael ....................................... WP17 309
Ilchenko, Sergei .............................................. TP11 201
Iliopoulos, Othon...........................................ThP19 333
Iliuk, Anton ..................................................... WP34 658
Iliuk, Anton ..................................................... WP34 655
Im, Hogune ....................................................ThP22 418
Imperial, Julita ............................................... WP31 577
Imperial, Lorelie ............................................ThP31 642
Imperial, Lorelie ..............................................TP33 621
Impey, Gary ................................................... WP33 643
Impey, Gary ........................................... MOE am 09:50
Impey, Gary .....................................................TP25 427
Impey, Gary .....................................................TP25 428
Impey, Gary ................................................... WP33 640
In, Moon Kyo ................................................. WP08 126
In, Yongha .......................................................MP08 155
In, Yongha .......................................................MP08 153
In, Youngha ....................................................MP08 154
Inamdar, Shashikala R. ................................MP27 554
Indeykina, Maria .............................................TP20 299
Indeykina, Maria ...........................................ThP14 262
Indeykina, Maria ..................................... WOF pm 3:30
Ingbar, David .................................................ThP23 474
Ingelse, Benno ..............................................ThP21 396
Ingelsson, Martin ...........................................MP26 539
Inniss, Enos ................................................... WP03 022
Inohana, Yusuke ............................................ MP06 110
Inoue, Hiroyuki ................................................ TP05 088
Inoue, Hiroyuki ................................................ TP05 092
Interthal, Heidrun .......................................... WP28 494
Inutan, Ellen ..................................................ThP31 641
Inutan, Ellen ..................................................ThP31 642
Inutan, Ellen D. ...............................................TP33 624
Ion, Laura....................................................... WP07 108
Irish, Mitzi.......................................................ThP29 608
Irving, Amy A. ................................................ThP22 422
Isaac, Giorgis ..................................................TP24 384
Isaac, Giorgis ................................................ WP36 699
Isaac, Giorgis .......................................ThOB am 08:50
Isaac, Giorgis ................................................ThP28 581
Isaac, Giorgis ......................................... TOF am 10:10
Isaac, Giorgis ..................................................TP27 492
Isaac, Giorgis ................................................ThP28 582
Isaac, Giorgis ................................................ThP28 573
Isailovic, Dragan ............................................ MP10 187
Isailovic, Dragan ............................................ MP17 353
Isbell, Katie ..................................................... MP26 548
Isenberg, Samantha.....................................ThP01 005
Isenberg, Samantha.....................................ThP01 004
Isenberg, Samantha............................. MOC am 09:10
Ishibashi, Megumi .........................................MP06 089
Ishibashi, Megumi ..........................................TP31 603
Ishihama, Yasushi ................................ WOA am 08:30
Ishihama, Yasushi ........................................ WP34 652
Ishihama, Yasushi .........................................MP24 475
Ishihara, Mayumi ..................................WOC am 09:30
Ishii, Masaru .................................................. WP36 692
Ishikawa, Chihiro ...........................................WP11 171
Isobe, Toshiaki ............................................... MP14 256
Isobe, Toshiaki ............................................... MP14 257
Issaq, Haleem J. ........................................... WP18 312
Ito, James ......................................................ThP25 513
Itoh, Yoshiyuki ................................................ MP36 738
Iurascu, Marius- Ionut .................................. WP07 108
Ivancic, Melanie M. ......................................ThP22 422
Ivaniuk, Alexei ................................................ MP36 724
Ivanov, Alexander ......................................... WP33 620
Ivanov, Alexander R. .................................... WP31 575
Ivanov, Alexander R. .................................... WP35 671
Ivanov, Alexander R. .................................... WP35 676
Ivanov, Dmitry .................................................TP02 044
Ivanov, Mark V. .............................................ThP34 691
Ivanov, Vadim ................................................ WP26 469
Ivanova, Olga ................................................ WP26 469
Iveljic, Anita ....................................................MP28 570
Iversen, Line V. ...............................................TP19 292
Iverson Hemberg, Suzanne .......................... TP25 430
Ivey, Richard....................................................TP21 334
Ivey, Richard..................................................ThP17 298
Ivleva, Vera .................................................... WP25 447
Ivosev, Gordana............................................ WP36 685
Ivosev, Gordana..............................................TP08 144
Ivosev, Gordana............................................ WP15 256
Iwamoto, Shinichi ..........................................MP08 161
Iwamoto, Shinichi .........................................ThP06 088
Iwamoto, Shinichi .........................................ThP19 338
Iwamoto, Shinichi ..........................................MP18 359
Iwanski, Anita ..................................................TP29 544
Izrael-Tomasevic, Anita .................................TP22 350
Izrael-Tomasevic, Anita .................................TP28 502
Izumi, Clarice ................................................ThP22 431
Izumi, Shunsuke ............................................ MP08 160
Izumi, Yoshihiro..............................................MP27 563
Izzo, Angelo ....................................................MP26 549
Jabs, Wolfgang ............................................. WP24 434
Jabs, Wolfgang ..............................................MP24 486
Jabs, Wolfgang ......................................TOH am 08:50
Jabs, Wolfgang .............................................ThP19 339
Jabs, Wolfgang ............................................. WP24 435
Jack, Richard ................................................ WP03 034
Jackson, Ayanna ............................................TP34 689
Jackson, Ayanna ..........................................ThP11 191
Jackson, Ayanna U. .......................................TP34 686
Jackson, Glen ...............................................ThP11 187
Jackson, Glen P. ............................................. TP01 009
Jackson, Glen P. ............................................ MP12 230
Jackson, Glen P. ...........................................ThP21 410
Jackson, Glen P. ............................................ MP16 327
Jackson, Glen P. ............................................ MP30 611
Jackson, Lauren M. ......................................ThP04 043
Jackson, Nicholas .........................................MP09 170
Jackson, Robert .............................................MP06 121
Jackson, Robert .............................................. TP04 057
Jackson, Shelley N....................................... WP09 148
Jackson, Shelley N. .......................................TP07 125
Jacobs, Erica.......................................... ThOB pm 3:10
Jacobs, Harrys ............................................... MP24 478
Jacobs, Peter L. ............................................ WP15 252
Jacobs, Ryan ................................................ThP23 449
Jacobsen, Søren ............................................TP19 292
Jacobson, Rachelle .......................................MP17 355
Jadhav, Avinash ............................................ThP09 169
Jaeckle, Thomas .................................ThOE am 08:30
Jaffe, Jacob ........................................... WOA am 10:10
Jaffe, Jacob .....................................................TP08 148
Jaffe, Jacob D. ..............................................ThP10 179
Jaffe, Jacob D. ............................................... MP19 382
Jaffuel, Aurore ................................................ MP26 527
Jager, Nynke G.L.......................................... WP15 252
Jagerdeo, Eshwar ........................................ WP37 709
Jagtap, Pratik .................................................MP29 583
Jagtap, Pratik ..................................................TP28 514
Jagtap, Pratik .................................................MP24 474
Jagtap, Pratik .................................................MP19 378
Jagtap, Pratik .................................................MP18 362
Jagtap, Pratik .................................................MP18 370
Jagtap, Pratik ................................................ThP23 474
Jagtap, Pratik ..................................................TP17 248
Jahouh, Farid ................................................ThP28 569
Jakobsen, Lene .............................................MP24 477
Jalali, Mehdi ....................................................TP29 551
Jalili, Pegah ...................................................ThP17 304
Jalili, Pegah .................................................... MP26 526
James, Christopher ......................................ThP29 609
James, Milinda ..............................................ThP25 512
Jami, Mohammad-Saeid ..............................MP27 557
Jamin, Emilien L. ...........................................MP04 063
Jamme, Frédéric..................................ThOE am 09:10
Jan, Jia-Tsrong .............................................ThP06 096
Janecek, Jacki ..............................................ThP11 193
Jang, Haejong ............................................... WP06 075
Jang, Ik-Soon .................................................. TP35 704
Jang, In-Jin .................................................... WP06 076
Jang, Jeheon................................................. WP37 724
Jang, Jeheon................................................. WP03 024
Jang, Sehwan ...............................................ThP17 305
Janga, Anupama............................................MP19 381
Janis, Gregory.................................................TP29 539
Janis, Gregory.................................................TP25 434
GENERAL INFORMATION
PAGE 210 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Janis, Gregory................................................MP03 049
Janis, Gregory.................................................TP29 537
Jänis, Janne ..................................................ThP32 653
Janiszewski, John .........................................MP02 038
Janiszewski, John .........................................MP02 034
Janiszewski, John .........................................MP02 039
Janiszewski, John ........................................ WP15 255
Janiszewski, John ................................ MOE am 09:50
Janiszewski, John S. ....................................MP02 033
Janjulia, Tea ........................................... ThOD pm 3:10
Jankowska, Ewa ............................................. TP35 706
Jannetto, Paul ...............................................ThP10 174
Jannetto, Paul ...............................................ThP10 173
Jannetto, Paul ...............................................ThP10 171
Jannetto, Paul ...............................................ThP10 170
Janow, Ginger ...............................................ThP23 460
Jansen, Mark.................................................ThP04 046
Jansson, Daniel .............................................MP30 607
Jansson, Janet ..............................................ThP25 501
Januario, Tom..................................................TP22 349
Janulyte, Aurika .............................................MP15 270
Janzen, Stefanie ...................................... TOC pm 3:10
Jaochico, Allan ..............................................ThP21 395
Jariwala, Freneil .............................................TP02 047
Jariwala, Navin ....................................... MOC pm 3:50
Jarmusch, Scott ............................................. MP34 700
Jarrell, Tiffany ...................................... ThOG am 10:10
Jarrell, Tiffany ................................................ThP32 657
Jarrett, Harry ..................................................MP08 152
Jarrold, Martin ...............................................ThP06 080
Jarrold, Martin ................................................ MP16 298
Jarrold, Martin F. ............................................MP16 313
Jarvis, Jacqueline ......................................... WP05 053
Jarvis, Michael ..............................................ThP01 009
Jarvis, Michael ................................................TP26 476
Jarvis, Michael ................................................TP30 577
Jarvis, Michael ................................................TP29 555
Jarvis, Michael J. Y. ......................................ThP29 595
Jarvis, Michael J. Y. ........................................TP29 535
Jayaram, Vivek ...............................................TP05 109
Jayaram, Vivek ...............................................TP05 098
Jayaraman, Arul .............................................MP29 584
Jayasundera, Keerthi ................................... WP34 655
Jayasundera, Keerthi ................................... WP34 658
Jayasuriya, Hiranthi .......................................TP37 753
Jean, Nicolas..................................................MP01 014
Jean, Nicolas..................................................MP01 022
Jeannotte, Richard .................................. TOE pm 3:50
Jedelsky, Petr .................................................. TP10 175
Jedrychowski, Mark .............................. TOE am 10:10
Jedrychowski, Mark P. .......................... TOA am 09:30
Jeffery, Keon .................................................ThP21 397
Jehmlich, Nico.................................................TP19 277
Jelinek, Christine ............................................TP19 276
Jelinek, Diane ......................................... WOB pm 4:10
Jellinek, Christine ..........................................MP19 385
Jencks, Bob .................................................... MP06 124
Jeng, Jingyueh ................................................ TP23 379
Jenkins, Rand ............................................... WP33 624
Jenkins, Rand ................................................MP26 534
Jenkins, Rand .................................................TP25 449
Jenkins, Tim J. ..............................................ThP32 660
Jenna, Sarah ................................................. WP17 297
Jensen, Kirk....................................................WP07 116
Jensen, Majbrit M ...........................................TP19 283
Jensen, Ole Nørregaard ................................ TP25 437
Jensen, Pernille Foged .................................. TP15 227
Jensen, Poul Erik ..........................................MP32 662
Jenster, Guido ............................................... WP18 319
Jentoft, Mark .................................................ThP23 464
Jeon, Diana ....................................................MP29 591
Jeon, WooSung ............................................ThP11 212
Jeon, Yoon-Kyung ......................................... MP27 564
Jeong, Ha Neul ...............................................TP15 235
Jeong, Ha Neul ........................................ TOC pm 3:50
Jeong, Haewoo ............................................. WP04 041
Jeong, Hyobin .................................................TP24 400
Jeong, Hyobin .................................................TP24 392
Jeong, Hyoung Jin .........................................TP35 704
Jeong, Jaeho..................................................MP22 418
Jeong, Ji-Seon ................................................ TP23 374
Jeong, Justin .................................................. MP22 416
Jeong, Kyowon .............................................ThP34 677
Jeong, Mi-Jeong ............................................ MP33 677
Jeong, Seul-Ki............................................... WP35 675
Jeong, Seul-Ki...............................................ThP22 418
Jeong, Seung Hyup ............................ThOD am 09:50
Jeong, Seunghyup .........................................TP35 705
Jeong, Sung Woo .......................................... MP33 677
Jeong, Yangmo .............................................ThP27 537
Jeong, Yudong ..............................................ThP32 664
Jeoung, Ji Hoon .............................................. TP25 442
Jeoung, Ji Hoon .............................................. TP25 445
Jesch, Christian .............................................MP16 324
Jessie, Brandon ............................................ WP03 032
Jeudy, Jeremy ................................................ MP26 527
Jeudy, Jérémy ................................................. TP05 094
Jewet, Erin ...................................................... MP34 688
Jhang, Siou-Sian ...........................................MP17 334
Jhang, Siou-Sian ...........................................MP17 333
Jhingree, Jacquelyn R ................................ThP25 509
Ji, Chao .......................................................... WP31 588
Ji, Chao ........................................................... MP21 400
Ji, Hong ..........................................................ThP28 564
Ji, Injung.........................................................ThP19 346
Ji, Qin ..............................................................MP25 508
Ji, Qin C. .................................................. MOC pm 3:50
Ji, Weihua ...................................................... WP27 489
Ji, Yuhuan ...................................................... WP30 568
Jia, Ai ............................................................... MP31 629
Jia, Chenxi .....................................................ThP15 271
Jia, Chenxi ....................................................... TP33 656
Jia, Chenxi .....................................................ThP15 270
Jia, Chenxi ............................................. MOG am 09:50
Jia, Echo W. ....................................................TP37 751
Jia, Wei .......................................................... WP24 436
Jia, Weitao .....................................................ThP17 300
Jia, Weitao .....................................................ThP17 301
Jia, Xiaoying .................................................. WP29 531
Jia, Xiaoying .................................................. WP34 659
Jia, Xiaoying ..................................................ThP33 666
Jiang, Dahai ....................................................TP21 331
Jiang, Guifeng ................................................. TP37 757
Jiang, Guifeng ............................................... WP19 348
Jiang, Guifeng ................................................ MP06 123
Jiang, Guifeng ............................................... WP03 034
Jiang, Guifeng ................................................. TP31 600
Jiang, Hong ................................................... WP30 559
Jiang, Hong ...................................................ThP18 328
Jiang, Hui ....................................................... WP06 090
Jiang, Jian .....................................................ThP29 609
Jiang, Lei .......................................................ThP28 577
Jiang, Peng .....................................................TP24 418
Jiang, Shan ....................................................MP08 156
Jiang, Tao ........................................................TP02 033
Jiang, Wen ......................................................MP06 086
Jiang, Wen ......................................................MP06 087
Jiang, Xi ......................................................... WP23 404
Jiang, Xiangyu ..............................................ThP13 244
Jiang, Xiaosheng ............................................ TP18 255
Jiang, Xiaoyue ..............................................ThP08 135
Jiang, Xiaoyue .............................................. WP35 683
Jiang, Xuntian ............................................... WP06 090
Jiang, Yan ....................................................... MP12 221
Jiang, Yan ..............................................WOC am 09:10
Jiang, Yan ...................................................... WP29 516
Jiang, You ....................................................... MP16 306
Jiang, You ....................................................... MP16 296
Jiang, Yuan .....................................................MP22 433
Jiang, Yuan .....................................................MP22 432
Jiang, Yun ...................................................... WP27 481
Jiangtao, Xing .................................................TP37 748
Jiao, Yang ........................................................ TP04 066
Jimenez, Connie ........................................... WP34 665
Jimenez, Mark.................................................TP26 453
Jiménez-Sandoval, Pedro ...........................ThP05 063
Jimoh, Modupe ...............................................TP34 669
Jin, Feng .........................................................MP16 327
Jin, Lixia .......................................................... MP01 002
Jin, Shan .......................................................... TP26 473
Jin, Song .......................................................... TP12 206
Jin, Wen .........................................................ThP01 009
Jin, Wenhai .................................................... WP34 647
Jin, Wenhai ..................................................... MP13 237
Jin, Xiaoying ............................................ MOD pm 3:30
Jin, Zhu-qiu ...................................................... TP18 274
Jing, Li .............................................................. TP23 369
Jing, Linhong ................................................... TP18 274
Jjunju, Fred ...........................................ThOE am 10:10
Jjunju, Fred Paul Mark...................................TP34 687
Joblin, Christine ............................................ThP36 726
Jobst, Karl J........................................... WOF am 09:10
Jochim, Nelli .................................................... TP37 752
Joe, Koman ....................................................MP06 106
Jogiraju, Harini ................................................ TP26 456
Johann, Far ....................................................MP10 198
Johansen, Eric .............................................. WP25 450
Johansen, Eric ...............................................MP25 516
Johansen, Eric .............................................. WP24 433
Johansen, Eric ...............................................MP18 361
Johansson Mali’n, Tove ............................... WP14 237
John, Jaya John ...........................................ThP05 068
Johns, Doug ....................................................TP21 307
Johnson, Benjamin...............................WOD am 09:50
Johnson, Benjamin M. .................................ThP13 243
Johnson, Casey ............................................ThP08 130
Johnson, Casey ............................................ WP27 478
Johnson, Chris A. ......................................... WP06 073
Johnson, Darryl..............................................MP06 129
Johnson, Eric ................................................ThP10 182
Johnson, Francis ............................................TP29 549
Johnson, Grant .............................................ThP35 707
Johnson, Hannah .................................... TOD pm 3:30
Johnson, James ............................................MP19 378
Johnson, James ............................................MP18 370
Johnson, James .............................................TP17 248
Johnson, Jay .......................................... TOF am 09:30
Johnson, Jay ...................................................TP04 065
Johnson, Jay ................................................. ThP07 118
Johnson, Jay .................................................ThP28 573
Johnson, Jay S. .............................................MP06 124
Johnson, Jeffrey ............................................MP29 596
Johnson, Jeffrey ........................................... WP36 689
Johnson, Jodie V. .......................................... MP34 697
Johnson, John E. .....................................MOF pm 2:50
Johnson, Joseph ...........................................MP23 446
Johnson, Joshua L. ...................................... WP15 279
Johnson, Kathia M. .......................................MP10 200
Johnson, Katina L. ....................................... WP19 346
Johnson, Ken ................................................ThP23 464
Johnson, Kenneth .........................................MP26 546
Johnson, Kenneth L. ....................................ThP23 466
Johnson, Kenneth L. ..................................... MP18 363
Johnson, Kevin J. ......................................... WP37 732
Johnson, L’Aurelle ......................................... MP13 238
Johnson, Lisa .......................................... WOD pm 2:50
Johnson, Philip ............................................. WP19 344
Johnson, Richard ...........................................TP08 132
Johnson, Richard ................................. MOA am 08:30
Johnson, Richard ...........................................TP28 512
Johnson, Richard S...................................... WP31 582
Johnson, Richard S........................................TP08 133
Johnson, Rudolph ........................................ThP26 525
Johnson, Rudolph ................................ MOD am 09:10
Johnson, Tasha ............................................. WP36 689
Johnson, Yoko S. ...........................................MP33 679
Johnson-Davis, Kamisha ..............................TP30 576
Johnston, Murray ..........................................ThP36 711
Jokinen, Ville ..................................................MP09 182
Joliffe, Charles ................................................TP04 056
Jolliffe, Chuck ................................................ WP06 079
Jonakin, Kelli .................................................. MP25 516
Jonakin, Kelli ................................................. WP33 640
Jonakin, Kelli ...................................................TP08 151
Jonakin, Kelli ................................................. WP24 433
Jonathan, Cimino ..........................................MP10 198
Jones, A. Daniel ............................................ WP10 160
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 211
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Jones, A. Daniel .............................................MP03 055
Jones, A. Daniel .............................................MP32 654
Jones, A.Daniel ............................................. WP17 310
Jones, Andrew W............................................TP18 261
Jones, Arthur Daniel.....................................ThP32 658
Jones, Bryan E ............................................. WP21 377
Jones, Bryan E. .............................................MP22 420
Jones, Chad A. .............................................ThP35 710
Jones, Chris .................................................. WP10 167
Jones, Christina .............................................. TP24 389
Jones, Christina .............................................. TP24 394
Jones, Christopher .........................................TP01 002
Jones, Darryl ................................................. WP03 035
Jones, David ...................................................TP21 314
Jones, Dean ...................................................MP04 060
Jones, Dean ...................................................MP04 067
Jones, Drew .................................................. WP30 561
Jones, E. Ellen ......................................... TOB pm 3:10
Jones, E. Ellen ................................................ TP36 728
Jones, E. Ellen ............................................... WP11 192
Jones, E. Ellen .............................................. WP09 137
Jones, Ellen .................................................... MP10 192
Jones, Ellen ................................................... WP09 139
Jones, Ellen .................................................... WP11 188
Jones, Emrys ................................................ WP12 218
Jones, Emrys A. ....................................... TOH pm 3:10
Jones, Gavin ..................................................MP07 136
Jones, Gavin ..................................................WP08 117
Jones, Gavin ................................................. WP08 124
Jones, Gavin ...................................................TP30 563
Jones, Gavin ..................................................MP07 135
Jones, Gavin ................................................. WP07 109
Jones, Gil ....................................................... WP05 048
Jones, Jace W. ............................................. WP26 471
Jones, Jace W. ..............................................MP10 206
Jones, Jay ..............................................TOH am 09:50
Jones, Jeff .....................................................ThP06 077
Jones, Kelly .....................................................TP21 314
Jones, Lisa M. ......................................... MOB pm 2:30
Jones, Lisa M. ....................................... MOF am 09:50
Jones, Lisa Nader ..........................................TP21 314
Jones, Louise ................................................ThP17 287
Jones, Matt .................................................... WP33 637
Jones, Michael D ........................................... MP32 659
Jones, Michael D. .........................................ThP28 581
Jones, Michael D. ..................................TOC am 08:30
Jones, Michael D. .........................................ThP28 582
Jones, Patrick ...............................................ThP30 631
Jones, Rhys....................................................MP07 135
Jones, Rhys...................................................ThP08 132
Jones, Rhys................................................... WP08 124
Jones, Rhys.....................................................TP30 563
Jones, Rhys................................................... WP07 109
Jones, Rhys....................................................WP08 117
Jones, Rhys....................................................MP07 136
Jones, Rhys...................................................ThP11 207
Jones, Richard ................................................ TP15 233
Jones, Richard ..............................................ThP22 423
Jones, Richard ..............................................ThP08 126
Jones, Richard .............................................. WP33 613
Jones, Richard ..............................................ThP23 459
Jones, Robert ................................................ThP25 500
Jones, Roger ................................................. WP19 351
Jonkers, Jos ............................................WOD pm 3:50
Jonscher, Karen .................................................. Special
Jonsson, Tobias ............................................. MP06 087
Jonsson, Tobias ............................................. MP06 086
Joo, Eun-Jeong...............................................TP21 308
Jorabchi, Kaveh .............................................. TP04 069
Jorabchi, Kaveh ..................................... ThOA pm 3:30
Jordan, Alfons ................................................MP15 286
Jordan, Alfons ...............................................ThP26 521
Jordan, Steve ................................................ThP08 132
Jordan, Steve ................................................. MP07 135
Jordan, Steve ................................................ WP07 109
Jordan, Steve ................................................. WP08 117
Jordan, Steve ................................................. MP07 136
Jordan, Steve .................................................. TP30 563
Jordan, Steve ................................................ WP08 124
Jorgensen, Claus ......................................... WP32 602
Jorgensen, Claus ...........................................TP08 131
Jorgensen, Thomas J.D ........................WOH pm 2:30
Jorgenson, James ......................................... MP06 093
Jorrín Novo, Jesús V. .................................... MP32 661
Josefsson, Martin ..........................................MP30 609
Joseph, Lucy ............................................ TOE pm 3:50
Joseph, Raji E. ...............................................MP22 419
Joseph, Siji .................................................... WP13 222
Joseph, Siji .................................................... WP06 081
Josephs, Jonathan ...............................WOD am 09:50
Josephs, Jonathan L.................................... WP14 245
Joshi, Preeti..........................................ThOH am 09:30
Jourdan, Emmanuel ..................................... WP12 215
Jove, Richard ................................................ThP28 587
Joyner, Shannon A. ....................................... MP19 382
Juha, Huiskonen ............................................. TP35 707
Julian, Bruce A. .................................... ThOD am 09:30
Julian, Bruce A. .............................................ThP19 330
Julian, Ryan...................................................ThP35 697
Julian, Ryan...................................................ThP35 708
Julian, Ryan............................................. MOG pm 2:50
Julian, Ryan...................................................ThP12 223
Julian, Ryan...........................................MOG am 09:30
Juliano, Maria Aparecida ............................. WP29 529
Jun, Fan ...........................................................TP37 748
Jun, Fan .........................................................ThP27 550
Jung, Jette .....................................................ThP25 490
Jung, Stephan ............................................... WP27 482
Jung, Stephan ................................................. TP19 295
Jung, Sunhee ................................................ThP23 475
Jungmann, Julia ................................... MOB am 09:50
Jungmann, Julia ...........................................ThP04 039
Jungmann, Julia H. ......................................ThP05 064
Junot, Christophe ..........................................MP12 232
Junot, Christophe ...........................................TP13 215
Junot, Christophe ..........................................MP30 616
Junot, Christophe ..........................................MP04 075
Junot, Christophe .................................... TOH pm 3:50
Junot, Christophe ................................. MOD am 08:50
Jupiter, Daniel ............................................... WP05 065
Jürschik, Simone ..........................................ThP26 521
Jurtschenko, Christopher ............................ WP05 051
Jurva, Ulrik..................................................... WP15 261
Jusko, William .................................................TP21 337
Justice, Nicholas........................................... WP29 527
Kaabia, Zied .................................................. WP17 305
Kaban, Ata ...................................................... MP11 208
Kachetel, Kahina ............................................TP13 215
Kadek, Alan .....................................................TP10 175
Kadek, Alan ....................................................MP22 437
Kadek, Alan .............................................WOH pm 3:10
Kadi, Adnan, A. ...............................................TP37 768
Kadie, Carl ...................................................... MP28 572
Kaesdorf, Stefan ............................................ MP17 350
Kaeser, Cynthia ............................................ WP10 160
Kaewkhao, Karnrawee ................................ WP16 290
Kae, Amol ......................................................TP33 639
Kagan, Jacob .................................................MP26 540
Kahen, Kaveh .................................................TP04 069
Kahl, Alandra ................................................. WP03 035
Kahler, Ty ....................................................... WP08 120
Kahn, C. Ronald ........................................... WP12 202
Kahuno, Elizabeth W. ...................................MP12 227
Kailemia, Muchena...............................WOC am 09:50
Kailemia, Muchena J. ..........................WOC am 09:30
Kaiser, Nathan ........................................ MOG pm 2:30
Kaiser, Nathan ..............................................ThP12 217
Kaiser, Nathan ..............................................ThP12 215
Kaiser, Nathan ..............................................ThP12 216
Kaiser, Nathan ...............................................MP16 318
Kaiser, Nathan .......................................ThOG pm 3:50
Kaiser, Nathan K...........................................ThP06 081
Kajihara, Shigeki............................................MP18 358
Kajihara, Shigeki............................................MP18 359
Kajihara, Shigeki............................................MP18 360
Kaku, Maiko...................................................ThP04 032
Kalb, Suzanne...............................................ThP26 526
Kalb, Suzanne R. .........................................ThP26 522
Kaljurand, Ivari ................................................ TP02 030
Kalkhof, Stefan ...............................................TP17 250
Kalkum, Markus ..................................... ThOD pm 3:10
Kalkum, Markus ............................................ThP25 513
Käll, Lukas ..................................................... WP31 582
Käll, Lukas ...................................................... MP06 126
Käll, Lukas .....................................................ThP34 685
Käll, Lukas ...................................................... MP19 376
Källback, Patrik ............................................. WP10 161
Kalli, Anastasia ...............................................TP22 342
Kallinger, Peter ..............................................MP16 328
Kalmeyer, Vadim ...........................................ThP27 541
Kaltashov, Igor ...............................................MP23 453
Kaltashov, Igor A........................................... WP23 410
Kaltashov, Igor A........................................... WP28 490
Kaltashov, Igor A.............................................TP15 231
Kaltashov, Igor A........................................... WP22 392
Kaltashov, Igor A............................................MP25 499
Kaluarachchi, Manuja R. .............................ThP28 567
Kamaev, Dmitry ............................................ WP26 469
Kamali Sarvestani, Afrand...........................ThP32 658
Kamel, Amin .................................................. WP15 279
Kamenecka, Theodore ........................WOH am 09:50
Kamga, Albert W. .......................................... WP05 060
Kamibayashi, Mami ........................................ TP26 452
Kamijyo, Yohei ..............................................ThP19 340
Kamita, Masahiro ...........................................TP08 163
Kamita, Masahiro .........................................ThP23 469
Kammeijer, Guinevere S.M. ........................ WP35 678
Kamphuis, Lars ............................................. WP17 304
Kanaki, Katerina .............................................TP05 105
Kanazawa, Mitsuhiro .....................................TP36 734
Kanazawa, Mitsuhiro .....................................TP36 736
Kandur, Wynne ..............................................MP21 404
Kane, Maureen A...........................................MP10 206
Kane, Maureen A.......................................... WP26 471
Kaneshiro, Kaoru ..........................................ThP19 329
Kaneshiro, Kaoru ..........................................ThP19 338
Kang, Byeongsoo ...........................................TP24 392
Kang, Byeongsoo ...........................................TP24 400
Kang, Dukjin .................................................. WP33 619
Kang, Hee-Gyoo ...........................................ThP23 457
Kang, Hee-Gyoo ............................................. TP21 308
Kang, Hee-Gyoo ...........................................ThP23 458
Kang, Huan ................................................... WP33 636
Kang, JeongWon .......................................... WP29 532
Kang, Min-Jung..............................................WP02 011
Kang, Min-Jung............................................. WP02 012
Kang, Pilsoo ............................................. TOC pm 2:30
Kang, Seungwoo .......................................... WP06 075
Kang, Sohye ..................................................ThP33 668
Kang, Yang ..................................................... MP24 493
Kannan, Arugavur Ponnusamy .................. WP14 248
Kanobana, Kirezi ...........................................MP23 457
Kanshin, Evgeny.................................... TOE am 08:50
Kao, Athit ........................................................ MP21 411
Kao, Athit ........................................................MP21 404
Kao, Ya-Min ...................................................ThP27 531
Kapase, Prerana.............................................TP28 513
Kapetanopoulos, Panos ................................TP04 059
Kapinos, Brendon .........................................ThP10 185
Kapinos, Brendon .......................................... MP02 039
Kapinos, Brendon ................................. MOE am 09:50
Kapinos, Brendon .......................................... MP02 038
Kaplan, Desmond ......................................... WP38 745
Kaplan, Desmond ......................................... WP38 746
Kaplan, Desmond .......................................... MP15 271
Kaplan, Desmond .................................WOC am 09:50
Kaplan, Pearl...................................................TP31 588
Kapp, Eugene ............................................... WP31 587
Kar, Upendra ................................................... TP18 273
Kar, Upendra K. ............................................ThP24 485
Karaca, Samir ............................................... WP36 696
Karancsi, Tamás .............................................TP01 013
Karancsi, Tamás .................................. ThOA am 10:10
Karandashev, Konstantin ............................ThP16 278
Karas, Michael ...............................................MP06 092
Karas, Michael ..............................................ThP08 129
Karas, Michael ...............................................MP08 159
GENERAL INFORMATION
PAGE 212 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Karas, Michael ................................................TP15 226
Karellas, Nicholas......................................... WP04 042
Karger, Barry ...........................................WOG pm 3:30
Karger, Barry ............................................ TOC pm 2:50
Karger, Barry .................................................ThP22 430
Karger, Barry L.............................................. WP35 676
Karger, Barry L.............................................. WP24 445
Karger, Barry L.............................................. WP31 575
Karger, Barry L.............................................. WP35 671
Karimpour, Masoumeh ..................................TP24 396
Karkhanis, Aarti.............................................ThP27 542
Karlsson, Niclas ......................................WOG pm 3:50
Karnpracha, Chanida ............................ TOC am 09:30
Karoly, Edward D. ......................................... WP18 312
Karreman, Christiaan ................................... WP28 491
Karst, Uwe .......................................................TP10 189
Karst, Uwe ..................................................... WP15 263
Karst, Uwe .......................................................TP25 424
Karst, Uwe .....................................................ThP03 027
Karst, Uwe .....................................................ThP05 056
Karst, Uwe ..................................................... WP23 409
Karst, Uwe ......................................................WP11 174
Karst, Uwe .....................................................ThP04 047
Karst, Uwe .....................................................ThP05 070
Kasai, Daisuke .............................................. WP03 026
Kashima, Hideo ............................................ThP26 524
Kashyap, Tanuja ...........................................ThP18 308
Kasi, Mohan .................................................. WP14 250
Kasi, Mohan ..................................................ThP27 549
Kasi, Mohan .................................................. WP14 249
Kasi, Mohan .................................................. WP14 248
Kasi, Mohan ...................................................MP31 635
Kaspar, Stephanie .......................................... TP36 731
Kaspar, Stephanie ......................................... MP24 486
Kaspar, Stephanie ........................................ThP19 356
Kasper, Dennis ......................................ThOC pm 2:50
Kasper, Tina ................................................... MP17 350
Kasperova, Alena .........................................ThP19 330
Kass, Steven ........................................ WOG am 09:50
Kassahun, Kelem ......................................... WP15 281
Kassebacher, Thomas .................................ThP26 521
Kassie, Fekadu ....................................ThOH am 08:30
Kast, Juergen ................................................ WP36 705
Kast, Juergen ................................................. MP25 497
Kast, Juergen ................................................ WP36 694
Kasten, Tom ........................................... ThOD pm 3:30
Kasumov, Takhar ........................................... MP29 592
Katagi, Munehiro .......................................... WP08 121
Katayama, Hiroyuki ...................................... WP06 072
Kath, William ........................................ThOH am 10:10
Katilie, Christopher J.................................... WP37 732
Katju, Vikram .................................................. MP24 478
Kato, Dawn ....................................................ThP32 656
Katta, Viswanatham ......................................MP22 416
Katwaru, Ravi ........................................WOD am 08:30
Katzmann, Jerry ............................................MP09 175
Kaufman, Ian .................................................. MP19 380
Kaufmann, Stefan H. E........................... TOH pm 4:10
Kauhanen, Dimple .................................ThOC pm 3:50
Kauppila, Tiina J ........................................... WP37 727
Kauppila, Tiina J. .......................................... WP12 196
Kaur, Harparkash ..........................................MP30 606
Kautiainen, Antti ..............................................TP25 430
Kauwe, John ...................................................TP19 278
Kawabata, Shin-ichirou ...............................ThP19 329
Kawabata, Shin-ichirou ................................MP08 166
Kawabata, Shin-ichirou ................................MP08 160
Kawabata, Shin-ichirou ................................MP18 359
Kawaguchi, Riki .............................................MP01 007
Kawahara, Kazuki .........................................MP23 448
Kawamura, Takeshi ...................................... WP30 564
Kawana, Shuichi ........................................... ThP11 201
Kawano, Shin-ichi...........................................TP37 740
Kawano, Shin-ichi......................................... WP03 033
kawano, Shin-ichi .........................................ThP27 528
Kawano, Shin-ichi......................................... WP06 078
Kawasaki, Hideya ......................................... WP12 207
Kawasaki, Nana ............................................ WP22 399
Kawasaki, Nana ............................................ WP24 426
Kawase, Taiji .................................................. MP25 496
Kawashima, Miho .......................................... MP02 040
Kawashima, Miho .......................................... MP06 110
Kay, Richard ................................................... MP25 520
Kayılı, H. Mehmet ........................................... TP36 725
Kayılı, H. Mehmet .........................................ThP09 150
Kayisli, Ozlem ............................................... WP36 704
Kayisli, Umit................................................... WP36 704
Kaylor, Adam .................................................. MP15 266
Kazuki, Yasuhiro ............................................ MP26 533
Ke, Jing ..........................................................ThP21 409
Ke, Jing ............................................................TP25 431
Ke, Jing ............................................................TP25 450
Ke, Yan ...........................................................ThP16 273
Ke, Zhenlian ...................................................MP26 547
Keasling, Jay D. ..................................... TOA am 09:50
Keegan, Sarah ....................................... ThOB pm 3:10
Keegan, Sarah ....................................... TOH am 10:10
Keegan, Sarah .............................................. WP31 575
Keelor, Joel ......................................................TP04 085
Keelor, Joel .....................................................MP15 267
Keen, Denise.................................................ThP09 147
Keharia, Hareshkumar.................................ThP16 276
Kehlenbach, Ralph ....................................... WP36 696
Kehl-e, Thomas E........................................MP10 190
Keifer, David Z. ..............................................MP16 313
Keire, David ................................................... WP37 720
Kekäläinen, Timo ..........................................ThP32 653
Kelkar, Jitendra .............................................. MP11 219
Kelkar, Jitendra .............................................ThP27 539
Kelkar, Jitendra ............................................. ThP11 200
Kelkar, Jitendra .............................................. MP34 689
Kelkar, Jitendra .............................................. MP06 112
Kelkar, Jitendra .............................................. MP34 690
Kell, Joe ......................................................... ThP11 211
Kelleher, Neil ........................................ThOH am 10:10
Kelleher, Neil ...................................................TP01 008
Kelleher, Neil .................................................ThP08 128
Kelleher, Neil ...................................................TP16 244
Kelleher, Neil ........................................... MOB pm 4:10
Kelleher, Neil .................................................ThP25 510
Kelleher, Neil .................................................ThP23 448
Kelleher, Neil ......................................... MOE am 09:10
Kelleher, Neil L........................................WOD pm 3:30
Kelleher, Neil L..............................................ThP09 141
Kelleher, Neil L................................................TP16 239
Kelleher, Neil L.............................................. WP35 684
Kelleher, Neil L............................................... MP16 311
Keller, Manuel ................................................MP21 398
Keller, Nancy ......................................... MOE am 09:10
Kellersberger, Katherine A. ......................... WP12 220
Kellersberger, Katherine A. .......................... WP11 179
Kelley, Deborah .............................................MP24 468
Kelley, James ................................................ThP14 258
Kelley, Jeremiah ............................................MP34 701
Kellie, John F. ..................................................TP13 213
Kellman, Markus ................................... MOA am 08:30
Kellmann, Markus..........................................MP19 377
Kellmann, Markus......................................... WP37 722
Kellmann, Markus.........................................ThP12 229
Kellmann, Markus.........................................ThP12 227
Kelly, Isabelle ................................................ WP33 622
Kelly, Orla ........................................................TP04 059
Kelly, Patrick .................................................. WP26 458
Kelman, Zvi ....................................................MP22 413
Kelstrup, Christian .......................................... TP06 121
Kempe, Guenther ......................................... WP20 370
Kempe, Guenther .........................................ThP27 554
Kempe, Guenther .........................................ThP27 541
Kempe, Günther ........................................... WP20 367
Kempf, Jürgen.................................................TP29 546
Kempf, Jürgen............................................... WP08 133
Kendall, Debra .............................................. WP22 390
Kendall, Eric L. ..............................................ThP07 117
Kennedy, Jacob ............................................ThP17 298
Kennedy, Jacob ..............................................TP21 334
Kennedy, Joseph H ......................................ThP03 029
Kennedy, Joseph H ......................................ThP22 427
Kenney, Jim .................................................... MP07 140
Kent, K. Craig .................................................. TP18 264
Kent, Michael S. ............................................MP22 414
Kenttamaa, Hilkka .................................ThOG pm 2:30
Kenttamaa, Hilkka ........................................ WP05 057
Kenttamaa, Hilkka ..........................................TP02 038
Kenttamaa, Hilkka ........................................ WP05 056
Kenttämaa, Hilkka ........................................ThP32 657
Kenttämaa, Hilkka ........................................ WP14 235
Kenttämaa, Hilkka .............................. ThOG am 10:10
Kenttämaa, Hilkka ..........................................TP02 037
Kenyon, Nicholas ......................................... WP17 308
Kera, Kota .......................................................MP03 050
Kerby, Jonathan .............................................. TP34 674
Kerns, Edward ................................................TP25 443
Kero, Frank ....................................................ThP08 132
Kero, Frank .....................................................MP07 135
Kero, Frank .................................................... WP07 109
Kero, Frank ..................................................... WP08 117
Kero, Frank ...................................................... TP30 563
Kero, Frank .................................................... WP08 124
Kero, Frank .....................................................MP07 136
Kerr, Candace ...............................................ThP22 440
Kerr, Jenn .............................................ThOC am 09:10
Kersten, Gideon F.A. ......................................TP10 176
Kersten, Hendrik ............................................ MP15 276
Kersten, Hendrik ..................................... MOH pm 3:30
Kersten, Hendrik ............................................ MP15 284
Kersten, Roland ............................................. MP34 707
Kertesz, Vilmos .............................................. MP17 341
Kertesz, Vilmos .............................................. MP17 340
Kery, Vladimir ................................................. MP23 442
Keshet, Uri ...................................................... MP17 338
Keshipeddy, Santosh ....................................MP23 462
Keshishian, Hasmik ......................................MP26 523
Kesimer, Mehmet ......................................... WP26 461
Kessler, Benedikt ..........................................ThP09 143
Ketola, Raimo A ...................................... MOH pm 2:30
Keunen, Olivier ..............................................WP11 193
Kevala, Karl R ...............................................ThP28 568
Khadang, Ardeshir ..........................................TP26 472
Khadang, Ardeshir ..........................................TP25 441
Khairallah, George .............................. WOG am 10:10
Khairallah, George N. ............................WOC pm 3:30
Khaldi, Nora............................................TOC am 10:10
Khaldi, Nora................................................... WP19 350
Khaldi, Nora...................................................ThP15 265
Khaledi, Morteza...........................................ThP09 155
Khalfallah, Faiza ...........................................ThP23 454
Khalil, Sarah .................................................... TP35 702
Khan, Ikhlas A. ............................................... MP32 659
Khan, Saeed ...................................................TP37 766
Kharchenko, Andriy ..................................TOA pm 3:30
Kharchenko, Andriy ....................................... MP16 317
Khare, Sangeeta.............................................TP24 383
Kharlamova, Anastasia .................................MP15 273
Kharybin, Oleg .............................................. WP21 383
Khatari, Kshitij ...........................................TOF pm 3:30
Khatri, Kshitij ...................................................TP36 723
Khatri, Kshitij ...................................................TP36 724
Khatun, Jainab ............................................... MP19 374
Khatun, Jainab ............................................... MP24 479
Kheller, Jonathan R.......................................MP25 519
Kher, Manasi ..................................................MP34 689
Khezam, Maya ................................................ TP24 393
Khoo, Kay-Hooi............................................. WP02 010
Khoo, Kay-Hooi.............................................ThP18 316
Khoo, Kay-Hooi.............................................ThP18 326
Khoo, Kay-Hooi.............................................ThP20 380
Khorasanizadeh, Sepideh ............................MP22 440
Khosla, Sundeep ...........................................MP26 524
Kida, Kazuhiro................................................WP07 114
Kida, Kazuhiro............................................... WP07 105
Kidney, Anna .................................................ThP25 497
Kiebish, Michael ............................................ MP11 215
Kiehne, Andrea ...............................................TP36 716
Kiehne, Andrea ...............................................TP30 575
Kiehne, Andrea ..............................................MP03 052
Kieras, Elizabeth........................................... WP24 431
Kiernan, Urban A. .......................................... MP25 503
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 213
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Kieshauer, Michael .......................................ThP05 056
Kießhauer, Michael ...................................... WP15 263
Kihara, Daisuke .............................................MP32 668
Kil, Yong ......................................................... WP31 577
Kil, Yong ........................................................... TP11 203
Kil, Yong .................................................. ThOB pm 3:30
Kil, Yong J. ..................................................... WP31 583
Kilby, Greg .......................................................TP13 214
Kilgour, David ................................................. MP31 648
Kilgour, David ........................................ WOE am 09:10
Kilgour, David ................................................ThP12 220
Killeen, Kevin ................................................ WP24 430
Killeen, Kevin .................................................MP22 431
Killeen, Kevin .................................................MP25 512
Killeen, Kevin ................................................ThP09 147
Killeen, Kevin ................................................ WP21 380
Killian, J. Keith .............................................. WP18 312
Kilpatrick, Lisa ................................................. TP15 237
Kilpatrick, Lisa ...............................................ThP34 669
Kilpatrick, Lisa ............................................... WP31 592
Kim, AeRyon .................................................ThP08 127
Kim, Bum Jin ...................................................TP15 235
Kim, Bum Jin ...................................................TP35 704
Kim, Bum Jin ........................................ThOD am 09:50
Kim, Chang Soo ...........................................ThP02 024
Kim, Cheong-Tae ............................................TP37 761
Kim, Dae-Hyun ...............................................TP37 761
Kim, Eun-Hae ................................................ThP25 500
Kim, Eunmin ................................................... MP06 091
Kim, Hail......................................................... WP35 675
Kim, Hark Kyun ............................................... TP24 392
Kim, Hark Kyun ............................................... TP24 400
Kim, Heejung.................................................ThP09 142
Kim, Hee-Yong ................................................ TP21 315
Kim, Hee-Yong ..............................................ThP28 568
Kim, Helen ...................................................... MP03 059
Kim, Hoguen ................................................. WP35 675
Kim, Hohyun .................................................... TP25 442
Kim, Hohyun .................................................... TP25 445
Kim, HyeRyun .................................................TP24 399
Kim, Hyong-Ha ............................................. WP25 449
Kim, Hyun Sik .................................................TP05 089
Kim, Hyun Sik ................................................MP31 650
Kim, Jae Han........................................ThOD am 09:50
Kim, Jae Han..................................................MP27 556
Kim, Jae Ho ..................................................... TP24 399
Kim, Jaeyeon ..................................................TP24 394
Kim, Jenny .....................................................ThP21 404
Kim, Jenny G. ...............................................ThP21 406
Kim, Jeongkwon ............................................MP36 732
Kim, Jeongkwon ...........................................ThP31 644
Kim, Jeongkwon .............................................TP33 628
Kim, Jin Kyoung ............................................ThP27 537
Kim, Jinil...........................................................TP32 608
Kim, Jin-Young .............................................. WP08 126
Kim, Jo-Il ........................................................ WP02 012
Kim, Jo-Il ......................................................... WP02 011
Kim, Jong-Hoon ............................................ThP23 458
Kim, Jong-Hoon .............................................. TP21 308
Kim, Jong-Seo ...............................................MP24 483
Kim, Jung Hoe ..............................................ThP19 346
Kim, Ki Hun ...................................................ThP09 141
Kim, Kilyoung ................................................ThP06 100
Kim, Kwang Ho .............................................ThP23 458
Kim, KwangPyo ............................................ WP29 532
Kim, Kyoungmi .....................................ThOC am 09:50
Kim, Kyunghwan........................................... WP06 075
Kim, Marcus ............................................. TOE pm 3:10
Kim, Moo-Young .............................................TP26 475
Kim, Moo-Young .............................................TP25 448
Kim, Nam-Sun.................................................TP31 598
Kim, Phillip ....................................................... TP21 314
Kim, Philseok .................................................MP12 221
Kim, Sanggoo ...............................................ThP11 204
Kim, Sangtae.................................................ThP34 685
Kim, Sangtae.................................................ThP34 690
Kim, Sang-Yoon .............................................. TP08 138
Kim, Seung Yong ............................................ TP05 089
Kim, Shin Hye ...............................................ThP31 644
Kim, Soo Young ............................................ WP29 521
Kim, Soung Jung ............................................TP23 374
Kim, So-Young .............................................. WP33 619
Kim, Su Jin ......................................................TP24 400
Kim, Sujin.........................................................TP24 392
Kim, Sung Tae ...............................................ThP02 024
Kim, SungIl ......................................................TP31 598
Kim, Sung-Kyoung .......................................ThP09 157
Kim, Sungwhan............................................. WP05 069
Kim, Sunju .......................................................TP29 543
Kim, Tae Kyu ...................................................TP32 608
Kim, Taehee ................................................... MP36 732
Kim, Unyong ...................................................MP34 714
Kim, Yangsum ................................................ MP08 155
Kim, Yangsun ................................................. MP08 153
Kim, Yangsun ................................................. MP08 154
Kim, Yeongeun ..............................................ThP32 664
Kim, Yeoun Jin ............................................... MP26 541
Kim, Yoon Hee .............................................. WP19 341
Kim, Young Hwan ........................................... TP23 374
Kim, Youn-Jee ................................................. TP37 761
Kim, Yunduck ................................................ WP37 724
Kim, Yuns ....................................................... WP03 024
Kimura, Juki.....................................................TP29 556
Kimzey, Michael ............................................ WP26 472
Kind, Tobias ................................................... WP13 225
King, Fred ...................................................... WP21 382
King, Fred ...................................................... WP22 398
King, Fred ...................................................... WP22 396
King, Simon-John .........................................ThP04 050
Kingston, H. M. “Skip” .................................... TP32 615
Kinney, Hannah C. ..............................ThOD am 10:10
Kinniburgh, David ......................................... WP03 018
Kinoshita, Kaori..............................................MP08 161
Kinross, James .............................................ThP04 042
Kinsel, Gary ...................................................ThP31 638
Kinsel, Gary ..................................................... TP08 155
Kinsel, Gary ..................................................... TP04 055
Kinsel, Gary .................................................... MP30 620
Kinsel, Gary R. ...............................................MP15 291
Kinsel, Mary.....................................................TP08 155
Kinsky, Owen ................................................ WP26 472
Kinumi, Tomoya ............................................. MP09 178
Kirchberg, Doreen ..........................................TP30 574
Kirihara, Julie ..................................................TP36 733
Kirk, Benjamin ...............................................ThP35 709
Kirk, Benjamin ...............................................ThP35 705
Kirkpatrick, Donald ....................................... WP33 632
Kirkpatrick, Donald S .............................. TOD pm 4:10
Kirkpatrick, Donald S. ..................................ThP18 307
Kirkpatrick, Kaylyn ................................. ThOE pm 2:50
Kirkwood, Jay .................................................. TP24 416
Kirkwood, Kathryn ..........................................TP28 526
Kirmess, Kristopher ......................................ThP31 638
Kirpekar, Finn ................................................ WP30 551
Kirschner, Marc W. ......................................... TP28 508
Kirsten, Eickhoff ...................................... MOE pm 3:10
Kiselar, Janna ................................................. TP11 201
Kiss, Andras ..................................................ThP04 039
Kiss, Andras ..................................................ThP05 064
Kiss, Andras ...................................................MP10 199
Kiss, Andras .......................................... MOB am 09:50
Kiss, Andras ........................................... TOB am 09:10
Kiss, Andras ..................................................ThP05 067
Kissel, Edward ..............................................ThP11 199
Kissick, David ................................................ WP09 149
Kita, Yoshihiro ...............................................ThP28 563
Kita, Yoshihiro .................................................TP27 478
Kitabayashi, Naoki ........................................MP26 540
Kitagawa, Norton ........................................... MP19 379
Kitano, Riki .................................................... WP17 304
Kitchens, Robert ...........................................ThP17 299
Kitchens, Robert .............................................TP21 332
Kitchens, Robert T. .............................. ThOD am 08:30
Kitova, Elena ................................................. WP23 404
Kitova, Elena ................................................. WP23 406
Kitova, Elena N. ............................................ WP23 405
Kittelmann, Matthias .................................... WP15 275
Kittles, Rick A. ............................................... WP18 312
Kiuchi, Masato ..............................................ThP25 489
Kiyonami, Reiko .............................................. TP08 132
Kiyonami, Reiko .................................... MOA am 08:30
Kiyonami, Reiko ............................................ WP31 582
Kiyonami, Reiko .............................................MP24 490
Kiyonami, Reiko ............................................ WP27 479
Kiyonami, Reiko ............................................ThP12 229
Kjeldsen, Frank .............................................ThP34 686
Kjeldsen, Frank ............................................. WP30 544
Kjeldsen, Frank .............................................ThP16 277
Kjeldsen, Frank ............................................. WP34 650
Kjellström, Sven ............................................ThP21 398
Kjoller, Kevin ........................................ ThOA am 09:50
Klaene, Joshua .............................................. MP13 250
Klakouski, Cheryl ..................................WOD am 09:50
Klammer, Martin ...........................................ThP22 425
Klann, Eric ......................................................MP29 601
Klapoetke, Song .............................................TP35 714
Klapoetke, Song .............................................TP15 238
Klareskog, Lars .............................................ThP19 332
Klarskov, Klaus .............................................ThP18 315
Klassen, John ............................................... WP23 404
Klassen, John ............................................... WP23 406
Klassen, John S............................................ WP23 405
Klavins, Kristaps ...........................................ThP29 599
Klavins, Kristaps ........................................... WP17 300
Klavins, Kristaps ........................................... WP17 295
Klee, Sonja .....................................................MP15 282
Klee, Sonja .....................................................MP15 284
Klee, Sonja .....................................................MP15 274
Klee, Sonja .....................................................MP15 283
Klee, Sonja .....................................................MP15 275
Kleemann, Kristo ............................................TP04 063
Kleensang, Andre ........................................... TP24 391
Klein, Adam ....................................................WP12 211
Klein, Christian ....................................... TOG am 08:50
Klein, Christian ................................................ TP33 647
Klein, Christian .............................................. WP38 753
Klein, Christian .............................................. WP38 740
Klein, Christian ................................................ TP33 657
Klein, David ....................................................MP30 613
Klein, Dustin ....................................................TP01 010
Kleinheinz, Tracy ..................................... TOD pm 4:10
Kleinnijenhuis, Anne......................................MP25 515
Kleinridders, Andre ....................................... WP12 202
Kleparnik, Karel ............................................ThP06 085
Klesper, Heike ............................................... WP37 733
Kleywegt, Sonya ............................................. TP31 589
Klich, Amna .....................................................TP28 505
Kliman, Michal.................................................TP04 066
Kliman, Michal............................................... WP38 751
Kliman, Michal...............................................ThP28 585
Klinc, Kristin M. ..............................................WP11 177
Kline-Schoder, Robert ...................................TP05 091
Kling, Mitchel A. ..............................................TP19 296
Klingberg, Andreas ............................. ThOG am 09:50
Klingelhoefer, Ines ........................................ThP06 107
Klinger, Alexandra .......................................... TP11 201
Klinger, Andreas ............................................ MP15 286
Klingler, Diana ................................................. TP18 269
Klings, Elizabeth S .........................................TP18 268
Klink, Dennis .................................................ThP07 108
Klink, Dennis ..................................................MP15 275
Klip, Harry G.................................................. WP33 639
Klitzke, Clécio ............................................... WP05 063
Klitzke, Clécio ................................................MP31 652
Klitzke, Clécio F. ....................................TOG am 09:50
Klitzke, Clécio F. ................................. ThOG am 08:50
Kloc, Christian ............................................... WP02 008
Klopotowski, Sebastian ................................MP15 281
Klopotowski, Sebastian ................................MP15 284
Klopotowski, Sebastian ................................MP15 276
Klopotowski, Sebastian ................................MP15 274
Klostermann, Stefan .............................. MOE pm 2:30
Kluger, Bernhard............................................MP04 077
Knapman, Thomas ....................................... WP30 560
Knapp, Stefan ........................................ TOE am 09:30
Knee, Jose M. .................................................TP24 408
Knegt, Lena ................................................... WP16 285
GENERAL INFORMATION
PAGE 214 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Kneisel, Stefan .............................................. WP08 133
Knierman, Michael .........................................TP13 213
Knight, Robert .......................................... TOB pm 4:10
Knochenmuss, Richard ............................... WP38 744
Knochenmuss, Richard .................................TP33 625
Knol, Jaco ...................................................... WP34 665
Knolhoff, Ann ................................................... TP37 762
Knolhoff, Ann .................................................ThP12 224
Knolhoff, Ann M. ...........................................ThP27 557
Knolhoff, Ann M. ...................................... TOE pm 2:50
Knox, David ...................................................ThP08 136
Knox, KS .......................................................... TP19 288
Knudsen, Steen ..............................................TP19 292
Kny, Eyk ..........................................................MP29 582
Kny, Eyk ..........................................................MP19 383
Kny, Eyk ..........................................................MP29 581
Kny, Eyk .........................................................ThP34 675
Knych, Heather .............................................. MP30 628
Ko, Debbie Huiling .......................................ThP25 508
Ko, Yeon Jae .................................................ThP35 695
Koal, Therese .................................................. TP30 574
Kobarg, Jan Hendrik ....................................ThP04 036
Kobayashi, Hironori ........................................TP30 569
Kobayashi, Hiroshi .........................................TP05 107
Kobayashi, Takashi ....................................... MP27 563
Kobeissy, Firas................................................TP21 317
Kobzeff, Fred ................................................. WP09 147
Koch, Alexander .............................................TP22 355
Koch, Alexander .............................................TP17 254
Koch, Heiner ................................................. WP34 662
Kochansky, Christopher ...............................MP14 261
Kocher, Thomas..............................................TP19 277
Kochhar, Rashi .............................................. MP06 112
Kochhar, Rashi ..............................................MP34 689
Kochhar, Rashi .............................................. MP11 219
Kocic, Danijela ..............................................ThP10 183
Kodavanti, Prasada Rao S. ..........................TP21 325
Kodera, Kei .....................................................MP08 161
Kodera, Kei ....................................................ThP06 088
Koellensperger, Gunda ................................ WP17 300
Koellensperger, Gunda ................................ WP17 295
Koellensperger, Gunda ........................WOC am 10:10
Koenig, Simone ............................................ WP28 497
Koenig, Simone .....................................ThOH pm 2:50
Koerting, Gerhard .................................... TOC pm 3:10
Kofod Schjoerring, Jan .................................MP32 662
Koh, Sung-Suk ................................................ TP33 628
Koh, Young Ho .............................................. WP29 521
Kohira, Takahiro ..............................................TP27 478
Kohl, Michael.................................................ThP22 412
Kohl, Michael.................................................ThP22 413
Kohlbacher, Oliver ......................................... MP20 387
Kohlbacher, Oliver ................................ MOF am 08:30
Kohler, Isabelle .............................................ThP29 605
Kohler, Maxie ................................................ WP37 733
Kohn, Jonathan............................................. WP28 505
Kohrt, Wendy ..................................................TP05 099
Koike, Masaki .................................................MP16 314
Kokkinaki, Olga ............................................... TP05 105
Kolanyane, Prince ......................................... MP06 115
Kolarich, Daniel...............................................TP36 731
Kolarich, Daniel................................................... Special
Kolarich, Daniel.............................................ThP19 339
Kölbel, Knut .................................................... MP21 398
Koletsky, Matthew ..........................................TP22 346
Kolippakkam, Deepak .................................. WP28 509
Kolker, Eugene ...............................................TP21 340
Köllensperger, Gunda ..................................ThP29 599
Koller, Antonius ............................................. WP33 620
Koller, Antonius .............................................ThP34 672
Kolli, Venkata ..................................................TP36 715
Kollipara, Laxmikanth ...................................MP23 461
Kolosov, Alexander .........................................TP04 067
Kolovskaya, Olga ......................................... WP26 454
Kolpin, Dana W. .............................................. TP31 581
Koluntaev, Dmitry ......................................... WP08 123
Komaromi, Istvan ................................ThOE am 09:50
Komarov, Alexandre ....................................... TP37 755
Komives, Elizabeth.......................................ThP09 149
Koncarevic, Sasa ......................................... WP27 482
Konda, Chiharu .....................................WOC am 08:30
Konda, Chiharu .............................................ThP20 373
Konda, Chiharu .............................................ThP20 374
Konermann, Lars ............................................ TP10 188
Konermann, Lars ..................................WOH am 08:50
Konermann, Lars ......................................TOF pm 3:50
Konermann, Lars ........................................... MP22 428
Konermann, Lars ..........................................ThP30 625
Kong, Andy ....................................................ThP34 674
Kong, Ricky P. W. ......................................... WP35 679
Kong, Sudong ................................................MP13 237
Kong, Xianglei ...............................................ThP35 702
Konijnenberg, Albert.................................TOF pm 2:30
Kononikhin, Alexey ................................. WOF pm 3:30
Kononikhin, Alexey ........................................MP17 356
Kononikhin, Alexey .......................................ThP34 679
Kononikhin, Alexey ....................................... WP21 383
Kononikhin, Alexey ......................................... TP20 299
Kononikhin, Alexey .......................................ThP14 262
Kononikhin, Alexey ......................................... TP03 050
Konuma, Kiyotaka ........................................ThP11 202
Kooijman, Pieter ............................................MP23 454
Koolen, Hector ...............................................MP21 395
Koomen, John ................................................. TP08 157
Koop, Christina ..............................................MP10 202
Koopmeiners, Joseph .......................... MOE am 09:30
Kooren, Joel ....................................................TP17 248
Kopelovich, Levy ............................................TP21 314
Koppenaal, David ............................................... Special
Koppenaal, David W. ........................... MOB am 10:10
Kopysov, Vladimir ................................ WOG am 09:30
Korade, Zeljka ...............................................ThP28 585
Korman, Eric .................................................ThP10 174
Korman, Eric .................................................ThP10 171
Korman, Eric .................................................ThP10 173
Korman, Eric .................................................ThP10 170
Korn, Rachel ..........................................ThOD pm 4:10
Kornberg, Roger ...................................WOE am 09:30
Kornmeier, Tina.............................................ThP17 304
Korte, Andrew ............................................... WP12 205
Korte, Andrew ............................................... WP12 200
Korte, Andrew ........................................ TOB am 09:50
Korte, Andrew ................................................MP32 658
Korte, Andrew R. ...........................................MP34 702
Korte, Birgit ....................................................ThP22 412
Korte, Birgit ....................................................ThP22 413
Koryakina, Irina .............................................. MP23 441
Kosanam, Hari ................................................TP24 385
Koseoglu, Secil ...............................................TP27 497
Koster, Emile ...................................................TP05 104
Kostiainen, Risto........................................... WP37 727
Kostiainen, Risto..................................... MOH pm 2:30
Kostiainen, Risto........................................... WP12 196
Kostiainen, Risto........................................... WP30 574
Kostiainen, Risto...........................................ThP31 635
Kostich, Mitchell .............................................. TP31 591
Kostrzewa, Markus.......................................ThP25 490
Kostyukevich, Yury .......................................ThP06 082
Kostyukevich, Yury ....................................... WP21 383
Kotandeniya, Delshanee ....................ThOH am 08:30
Kotapati, Srikanth .........................................ThP21 403
Kothari, Nayantara ........................................MP24 480
Kotiaho, Tapio ............................................... WP30 574
Kotiaho, Tapio ............................................... WP37 727
Kou, Bryant .................................................... WP22 397
Koulakiotis, Nikolaos Stavros ...................... MP34 705
Koulman, Albert .............................................MP10 203
Koulman, Albert ............................................ThP28 562
Koumoutsi, Alexandra .................................. WP12 217
Kounadis, Diamantis ....................................ThP06 079
Kounadis, Diamantis ....................................ThP01 002
Kounadis, Diamantis ...................................... TP05 103
Kounadis, Diamantis ...................................... TP05 097
Kourjian, Georgio ..........................................MP28 572
Kovalchuk, Sergey ........................................MP27 550
Kovalchuk, Sergey ....................................... WP26 469
Kovalev, Sergei .............................................. MP27 560
Kowalski, Jane-Marie................................... WP09 142
Kowalski, Jane-Marie................................... WP09 146
Kowalski, Michael ......................................... WP27 489
Kowski, Tom ............................................ MOD pm 4:10
Koy, Cornelia ................................................. WP34 661
Koza, Stephan ...............................................MP06 096
Kozak, Marta ..................................................WP08 118
Kozak, Marta ................................................. WP08 122
Kozak, Marta ................................................. WP08 132
Kozhinov, Anton N. ................................. MOB pm 3:50
Kozhinov, Anton N. ....................................... WP05 047
Kozhinov, Anton N. .......................................ThP12 219
Kozhinov, Anton N. ............................... WOE am 08:50
Kozliak, Evguenii .......................................... WP04 041
Kozlowski, Rachel L. .....................................MP12 229
KR, Abhinandan ............................................ WP13 230
Kraj, Agnieszka .............................................ThP18 317
Kraj, Agnieszka ............................................. WP15 260
Kraj, Agnieszka ............................................... TP31 583
Kraj, Agnieszka .............................................. MP23 454
Kraljević Pavelić, Sandra ..............................TP18 262
Kramer, Katharina .........................................MP20 387
Kramer, Katharina ................................ MOH am 09:10
Kramer, Katharina ................................ MOF am 08:30
Krancsi, Tamás ...............................................TP04 086
Krasinska, Karolina M..................................ThP29 594
Krasinska, Karolina M..................................ThP11 208
Krastins, Bryan .............................................ThP34 673
Krastins, Bryan ............................................. WP26 457
Krastins, Bryan ...............................................TP22 351
Krastins, Bryan ...............................................TP21 309
Krastins, Bryan ...............................................TP08 131
Krastins, Bryan ..............................................MP25 503
Krastins, Bryan ............................................. WP32 602
Krat, Alexey ................................................... WP26 454
Kraus, Olga ....................................................MP10 202
Krause, Benjamin C. ....................................ThP04 031
Krauter, Jürgen .............................................ThP22 425
Kravchenko, Ivan ...........................................MP15 272
Kreamer, Anthony .........................................ThP10 182
Kremer, Richard .............................................MP10 183
Kremser, Leopold ......................................... WP30 563
Kremser, Leopold .........................................ThP17 285
Kremser, Leopold ..........................................MP24 482
Krenkova, Jana .............................................ThP07 109
Kreuter, Jörg ...................................................MP06 092
Kricheldorf, Hans R. ...................................... MP36 737
Krick, Tom ...................................................... WP24 423
Krick, William ................................................. WP03 020
Krieger, José Eduardo .................................. MP10 196
Krieger, Sonja ................................................MP17 351
Kriegsmann, Jörg ..........................................MP10 194
Kriegsmann, Jörg ..........................................MP10 193
Krijgsveld, Jeroen .......................................... MP24 471
Krilich, Joan ...................................................ThP26 522
Krishnamurthy, Harini ..................................ThP24 484
Krishnamurthy, Ramanarayanan .................TP33 654
Krishnamurthy, Srinath ................................ WP22 388
Kristal, Bruce S. ............................................ThP28 561
Kristal, Bruce S. ............................................ThP28 565
Krivacic, Cody ......................................ThOH am 09:10
Kriz, Ronald ................................................... WP24 431
Krizman, David ..............................................MP09 172
Krizman, David ..............................................MP09 169
Krock, Kevin ..................................................ThP32 659
Kroes, Roger A. .............................................MP29 597
Krogan, Nevan ............................................... MP29 596
Krogan, Nevan .............................................. WP36 689
Krogh, Erik T. ...................................................TP04 074
Krogh, Erik T. ...................................................TP04 081
Krogh, Erik T. ........................................... WOF pm 2:30
Krogholm, Ken ...............................................MP32 662
Krokhin, Oleg ................................................ WP33 623
Krokhin, Oleg V. ............................................ThP16 274
Krokhin, Oleg V. ............................................ WP31 589
Kroll, Charles................................................. WP07 106
Kroll, Kai................................................... MOH pm 3:30
Kropf, Daniela ............................................... WP15 282
Krous, Henry F. ....................................ThOD am 10:10
Krovvidi, Ravi Kumar ................................... WP34 657
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 215
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Krovvidi, Ravi Kumar ....................................MP23 450
Krska, Rudolf...................................................TP37 747
Krstić, Marjan ....................................... WOG am 10:10
Krueger, Marcus ............................................MP24 476
Kruft, Volker ..................................................... TP18 275
Krug, Daniel....................................................MP03 051
Krug, Daniel....................................................MP04 079
Krug, Karsten ................................................ WP36 703
Krug, Oliver ..........................................ThOC am 08:50
Krüger, Marcus ............................................. WP29 525
Krüger, Marcus .............................................ThP18 309
Kruh-Garcia, Nicole .......................................MP26 549
Kruppa, Gary ........................................... WOD pm 2:50
Kruppa, Gary .................................................ThP25 490
Kruse, Natalie ...............................................ThP11 187
Krutchinsky, Andrew N........................... WOE pm 2:30
Kruve, Anneli ................................................... TP04 063
Kryuchkov, Fedor..........................................ThP34 686
Kryuchkov, Fedor..........................................ThP16 277
Ku, Kuo-Lung ................................................ThP14 253
Ku, Kuo-Lung ................................................ WP17 299
Kubatova, Alena ........................................... WP04 044
Kubatova, Alena ........................................... WP04 041
Kubatova, Alena ...........................................ThP06 086
Kubo, Ayumi ...................................................WP11 180
Kubo, Ayumi ....................................................TP01 020
Kubo, Kinya .................................................... MP26 533
Kubwabo, Cariton .......................................... MP31 636
Kucklick, John ...............................................ThP28 575
Kudin, Lev ........................................................ TP02 044
Kudo, Keiko ................................................... WP08 121
Kudo, Yukihiko ..............................................ThP11 201
Kudryavtsev, Igor ...........................................MP27 560
Kuehn, Andreas ..............................................TP08 131
Kuehn, Andreas .................................... MOA am 08:30
Kuehn, Andreas ............................................ThP12 227
Kuehn, Andreas ............................................. MP19 377
Kuehnbaum, Naomi .......................................TP23 359
Kuehnoel, Juergen ....................................... WP15 275
Kueppers, Stephan ........................................TP31 583
Kuettner, Victoria .......................................... WP36 706
Kuharev, Jörg ................................................. MP24 464
Kuhl, Carsten .......................................ThOB am 09:10
Kuhlmann, Christopher ................................. WP37 711
Kuhlmann, Frank ............................................TP28 513
Kuhn, Andrew .................................................. TP11 204
Kuhn, Eric .............................................. MOD am 08:30
Kuhn, Eric .......................................................MP26 544
Kuhn, Eric ........................................................TP08 148
Kuhn, Eric ......................................................ThP01 011
Kuhn, Karsten ........................................TOD am 08:50
Kuhn, Lauriane ............................................. WP24 428
Kuhn, Misty L. ..........................................MOA pm 3:50
Kühn, Andreas ..............................................ThP12 229
Kühne, Andreas ............................................ WP36 702
Kuhring, Mathias.............................................TP28 504
Kuijer, Jennifer ................................................TP25 439
Kukacka, Zdenek ...........................................MP21 393
Kukacka, Zdenek ...........................................MP21 401
Kukaev, Evgeny ............................................. MP17 356
Kukaev, Evgeny ..............................................TP20 299
Kukaev, Evgeny ...................................... WOF pm 3:30
Kukaev, Evgeny ..............................................TP03 050
Kulick, Alison ...................................................TP21 307
Kulkarni, Abhishek R.....................................MP07 146
Kullolli, Majlinda ............................................. MP14 262
Kultima, Kim ...................................................MP26 539
Kultima, Kim ....................................................TP20 303
Kumano, Shun ................................................TP05 092
Kumano, Shun ................................................TP05 088
Kumar, Krishan ...................................... ThOB pm 4:10
Kumar, Vikas .......................................... TOA am 09:10
Kumar, Vipin ..................................................ThP23 474
Kung, Hank ...................................................... TP25 444
Kunz, Roderick ...............................................TP02 041
Kuo, Hung-Chih ............................................ThP19 335
Kuo, Ming-Shan ............................................ WP18 323
Kuo, Ming-Shang ..........................................ThP10 184
Kuplic, Paige .................................................ThP06 086
Kuribayashi, Ryosuke .................................. WP24 426
Kurova, Viktoria ...................................... WOF pm 3:30
Kurova, Viktoria ..............................................TP20 299
Kurpad, Anura .V .......................................... WP06 081
Kurulugama, Ruwan .................................... WP38 740
Kurulugama, Ruwan ................................TOF pm 3:10
Kurulugama, Ruwan ......................................TP33 657
Kurulugama, Ruwan ............................ MOB am 09:10
Kurulugama, Ruwan ......................................TP33 652
Kurulugama, Ruwan ....................................ThP28 584
Kurulugama, Ruwan .............................TOG am 08:50
Kurulugama, Ruwan .................................... WP38 753
Kurulugama, Ruwan ......................................TP33 647
Kurulugama, Ruwan ................................TOF pm 3:30
Kurulugama, Ruwan ....................................ThP25 486
Kurulugama, Ruwan .................................... WP38 751
Kurulugama, Ruwan ......................................TP36 723
Kurumizaka, Hitoshi .......................................TP09 166
Kusai, Akihiko ................................................ThP11 202
Kusai, Akihiko .................................................MP36 738
Kushnir, Mark M.................................... MOC am 09:30
Kushon, Stuart ...............................................MP07 134
Kusler, Kari ....................................................ThP06 086
Kussmann, Martin ........................................ WP33 629
Kuster, Bernhard.............................................TP04 072
Kuster, Bernhard........................................... WP35 670
Kuster, Bernhard........................................... WP30 572
Kuster, Bernhard............................................MP24 487
Kuster, Bernhard............................................MP29 581
Kuster, Bernhard...........................................ThP34 675
Kuster, Bernhard........................................... WP34 662
Kuster, Bernhard............................................MP29 582
Kuster, Bernhard............................................MP19 383
Kuster, Bernhard.............................................TP08 139
Kuster, Bernhard............................................MP29 585
Kuttner, Julian .................................................TP02 022
Kuzdzal, Scott .................................................TP30 569
Kuzdzal, Scott ............................................... WP19 332
Kuzdzal, Scott ................................................ MP19 385
Kuzdzal, Scott .................................................TP37 756
Kuznetsov, I.Y. ..............................................ThP06 103
Kwak, Seung-Yeop ........................................WP02 011
Kweon, Gi Ryang ...........................................TP23 374
Kweon, Oh-Gew .............................................TP37 766
Kwiecien, Nicholas W. .................................ThP34 693
Kwisangineza, Alida .....................................ThP36 721
Kwon, Ja-Young ............................................ WP35 675
Kwon, Oh Kwang .......................................... WP06 091
Kwon, Oh Kwang ............................................ TP29 543
Kwon, Woonyong ......................................... WP08 126
Kwon, Yeong-Sang........................................MP33 677
Kwong, Stephen ...........................................ThP25 507
Kyin, Saw ....................................................... WP36 693
Kylli, Petri .......................................................ThP31 635
Kyogaku, Masafumi .....................................ThP05 065
Kϋkrer, Başak .................................................MP22 429
Laaniste, Asko.................................................TP04 063
Lababidi, Sami .......................................ThOG pm 4:10
Labate, Carlos...............................................ThP25 492
Labate, Carlos Alberto .................................. MP32 666
LaBrecque, David ......................................... ThP11 195
Labudde, Dirk .................................................. TP17 250
Lacey, Jean M ............................................... WP07 107
Lachance, Sylvain .........................................MP01 025
Lachance, Sylvain .........................................MP01 020
Lachance, Sylvain .........................................MP01 014
Lachance, Sylvain .........................................MP01 024
Lacor, Pascale ...............................................MP10 185
LaCourse, William R. ...................................ThP30 621
LaCourse, William R. ................................... WP37 713
Lacoursiere, Jean ........................................... TP30 576
Lacoursiere, Jean .......................................... MP02 035
Lacoursière, Jean ........................................... TP30 577
Lacroix, Bruno ................................................. TP28 505
LaCroix, Jeff ..................................................ThP23 447
Ladenson, Jack...............................................TP27 481
Ladokhin, Alexey ...........................................MP22 427
Ladror, Daniel ..................................................TP07 128
Ladwig, Gerald .............................................. WP04 042
Latte, Daniel ................................................ WP24 440
Latte, Daniel ................................................ThP02 025
Latte, Daniel ..................................................TP31 585
LaFond, Sean ................................................MP34 685
Lafrance, Claude-Paul ................................. WP17 294
Lagurin, Lolita A. ............................................MP34 697
Lahaie, Mathieu ............................................ThP29 611
Lahaie, Mathieu ............................................ThP29 618
Lahert, Emma .................................................TP19 295
Lahert, Emma ............................................... WP27 482
Lahesmaa, Riitta............................................MP28 568
Lahey, Cynthia Melanie .................................TP37 738
Lai, Christopher ............................................ThP14 258
Lai, Ming-Tain ................................................ThP10 182
Lai, Nicole ....................................................... MP28 572
Lai, Steven..................................................... WP18 313
Lai, Steven.....................................................ThP11 207
Lai, Szu-Hsueh .............................................ThP31 646
Lai, Wei-Shun..................................................TP37 767
Lai, Wei-Shun.................................................MP30 621
Lai, Yin-Hung................................................. WP02 004
Lai, Yung ..........................................................TP28 527
Laibinis, Paul E. ............................................ThP04 033
Laiko, Victor ....................................................MP16 304
Laiko, Victor ...................................................ThP26 523
Laine, Celine .................................................ThP01 013
Lakso, Hans-Ake .......................................... WP07 103
Lalli, Priscila M. ............................................... TP33 655
Lalli, Priscila M. ...................................... TOG am 09:50
Lalor, Patricia ................................................ WP10 165
Lalor, Patricia ................................................ WP09 153
Lalor, Trish .....................................................ThP04 049
Lam, Andres ....................................................TP10 177
Lam, Geoffrey ................................................MP30 626
Lam, Henry .................................................... WP31 587
Lam, Henry ...................................................... TP28 525
Lam, Henry ....................................................ThP25 491
Lam, Henry ....................................................ThP23 451
Lam, Henry .................................................... WP31 594
Lam, Henry H. N. ............................................ TP28 528
Lam, Herman C. ........................................... WP35 679
Lam, Kelly ........................................................ TP25 431
Lam, Kelly ......................................................ThP21 409
Lam, Lily..........................................................MP01 013
Lam, Ying Wai ................................................ MP23 462
Lam, Zamas ............................................ MOE pm 2:50
Lamarche, Benoit ......................................... WP33 622
LaMarr, William ............................................. WP08 127
LaMarr, William .............................................. MP02 036
Lamb, Robert A. .................................... MOF am 09:50
Lamba, Jatinder ............................................. MP13 238
Lambert, Jean-Philippe ............................... WP36 685
Lambert, Jean-Philippe ........................ TOE am 09:30
Lambert, Simon ............................................ThP32 663
Lame, Mary ................................................... WP33 634
Lamers, Robert-Jan ......................................MP25 495
Lammert, Stephen ........................................ThP11 187
Lammert, Steve ............................................ThP06 077
Lamond, Angus ..............................................MP29 595
Lamond, Angus ..............................................MP29 576
Lamond, Angus I. ...........................................TP28 526
Lamoureux, Lise ...........................................ThP08 136
Lamp, Jared ............................................WOC pm 3:50
Lan, Ge ...........................................................MP26 529
Lance, Raymond ..................................... TOB pm 3:10
Landry, France .............................................. WP33 640
Lane, Andrew N. ............................................. TP23 365
Lane, Catherine ......................................WOG pm 3:50
Lane, Geoff .................................................... WP19 340
Lane, William...................................................TP21 314
Lanekoff, Ingela ..................................... TOB am 08:50
Lanekoff, Ingela ....................................... TOB pm 3:50
Lang, Frederick F...........................................MP29 597
Lang, Frederick F.......................................... WP35 677
Lang, Johannes .............................................MP16 324
Lang, Johnsie ........................................ WOF am 09:50
Langdridge, James................................ TOF am 09:30
Lange, Catherine ................................... TOG am 09:30
Lange, Catherine ........................................... MP36 747
GENERAL INFORMATION
PAGE 216 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Lange, Chistoph ...........................................ThP25 490
Lange, Oliver .............................................TOA pm 2:30
Lange, Oliver .................................................. MP19 377
Lange, Oliver .......................................... TOB am 08:30
Langejuergen, Jens ......................................MP16 329
Langejuergen, Jens ......................................MP17 347
Langford, Vaughan .......................................ThP29 603
Langley, G. John ............................................MP18 364
Langley, G. John ...........................................ThP32 663
Langley, G. John ...........................................ThP32 660
Langman, Loralie ..........................................ThP10 171
Langman, Loralie ..........................................ThP10 170
Langman, Loralie ..........................................ThP10 174
Langman, Loralie ..........................................ThP10 173
Langridge, David ..........................................ThP06 073
Langridge, David ...........................................MP16 319
Langridge, James ........................................... TP18 262
Langridge, James .........................................ThP28 581
Langridge, James ......................................... WP19 344
Langridge, James .........................................ThP28 582
Langridge, James ......................................... WP36 699
Langridge, James .......................................... MP27 558
Langridge, James .........................................ThP28 573
Langridge, James ......................................... WP35 672
Langridge, James ........................................... TP27 492
Langridge, James .......................................... MP24 489
Langridge, James ........................................... TP23 361
Langridge, James ................................ ThOB am 08:50
Langridge, James I.........................................TP28 519
Langridge, James I.........................................TP08 139
Langridge, James I. .............................. TOF am 10:10
Langridge Smith, Pat .............................. TOB pm 3:30
Langridge Smith, Pat ....................................MP31 648
Langridge Smith, Pat ................................... WP28 494
Langridge-Smith, Patrick .............................. MP23 452
Lankin, David .................................................MP34 686
Lannfelt, Lars .................................................MP26 539
Lanni, Eric J...................................................ThP25 494
Lanza, Matteo ...............................................ThP26 521
Lao, Ying W. ..................................................ThP16 274
Lapko, Veniamin ........................................... WP06 077
Lapko, Veniamin ...........................................ThP21 408
LaPointe, Joseph .......................................... WP37 718
LaPointe, Joseph ...................................TOC am 08:50
Laprévote, Olivier ..........................................MP10 184
Lapushkin, Mikhail ..........................................TP04 084
Larance, Mark ................................................ MP29 595
Larance, Mark .................................................TP28 526
Lareau, Nichole M. .......................................ThP25 486
Larhed, Mats ..................................................WP11 184
Lariccia, Roberta ...........................................MP31 638
Lariccia, Roberta ............................................TP29 554
Larina, Irina .....................................................TP20 299
Larina, Irina ............................................. WOF pm 3:30
Larriba Andaluz, Carlos ............................... WP38 750
Larriba-Andaluz, Carlos............................... WP38 739
Larsen, Barbara .............................................. TP33 621
Larsen, Barbara S. ........................................ MP23 447
Larsen, Brett ...................................................MP29 602
Larsen, Brett .................................................. WP31 581
Larsen, Brett .................................................. WP36 685
Larsen, Brett .................................................. WP31 576
Larsen, Brett .................................................. WP36 687
Larsen, Brett ........................................... TOE am 09:30
Larsen, Martin .........................................WOG pm 2:30
Larsen, Martin R ............................................ MP06 097
Larsen, Martin R. ........................................... MP24 477
Larsen, Martin R. ..........................................ThP19 342
Larter, Steve .................................................. WP05 049
Laserna, Anna Karen Carrasco ....................TP24 386
Laska, Dennis ............................................... WP18 323
Laskay, Ü nige A. ............................................ TP14 222
Laskay, Ünige A. ...........................................ThP13 242
Laskay, Ünige A. ...........................................ThP34 691
Laskay, Ünige A. ................................... WOE am 08:50
Laskay, Ünige A. ..................................... MOB pm 3:50
Laskin, Julia.............................................. TOB pm 3:50
Laskin, Julia...................................................ThP36 711
Laskin, Julia............................................ TOB am 08:50
Laskin, Julia...................................................ThP35 707
Lassahn, Paul-Gerhard ................................MP25 518
Lassek, Melanie ............................................ThP08 129
Lassman, Michael .........................................MP26 528
Laszlo, Zita ......................................................TP34 665
Latawiec, Adam ..............................................TP26 476
Lateef, Syed Salman ....................................MP07 145
Laterza, Omar ................................................ MP26 528
Latour, Sylvain ..............................................ThP29 613
Lau, Adam .......................................................TP08 141
Lau, Adeline A. ..............................................ThP20 361
Lau, Ho-Tak ................................................... WP33 609
Lau, Justin Kai-Chi .............................. WOG am 08:30
Lau, Serrine ................................................... WP26 472
Lau, Thomas .........................................MOD am 08:30
Lau, Thomas YK. ........................................... MP26 544
Lauber, Matthew ............................................ MP06 096
Lauer, Alexandra...........................................ThP04 050
Lauer, Alexandra...........................................ThP05 059
Laumont, Céline ............................................MP28 573
Laungani, Rajesh ...........................................TP24 389
Laura, Egnash.................................................TP29 548
Laure, Helen Julie ........................................ThP22 431
Laurell, Thomas ............................................. MP09 182
Laurie, Gordon ............................................... MP20 392
Lavallée, Richard ..........................................ThP29 614
Lavanant, Helene ......................................... WP38 738
Lavezzi, Anna Maria.......................................TP31 606
Lavoie, Geneviève ................................ TOE am 08:50
Lavoie, Pamela .............................................ThP21 387
Law, C. H. ...................................................... WP35 679
Lawless, Craig .............................................. WP33 641
Lawley, Trevor ...............................................ThP25 504
Lawrence, Matthew ........................................ TP12 206
Lawrie, Jenifer.................................................TP04 066
Laxmanan, Sri ................................................. TP19 279
Lay Jr., Jackson O .........................................MP22 439
Lay, Yifei ..........................................................MP34 712
Layne, Jeff ......................................................MP07 134
Layne, Jeff ......................................................MP13 244
Layne, Jeff ......................................................MP06 095
Lazar, Adina N................................................ MP10 184
Lazar, Alexandru C. ...................................... WP24 441
Lazarev, Alexander V. ..................................ThP28 561
Lazorchak, Jim ................................................ TP31 591
Lazova, Rossitza ..................................... TOB pm 2:50
Le, David .......................................................... TP29 537
Le, Thuc ..........................................................MP13 239
Le Bizec, Bruno ............................................ WP17 305
Le Blanc, J. C. Yves ....................................... TP33 642
Le Gorrec, Madalen .....................................ThP23 476
Le Marchand, Loic ........................................ThP21 403
Le Pichon, Claire ..................................... TOD pm 4:10
Le Vot, Clotilde ................................................ TP04 070
Leach, Franklin E. ........................................ThP05 067
Leach III, Franklin E. ....................................ThP06 081
Leak, Jennifer ............................................... WP37 707
Leal, Rodrigo ........................................... WOA pm 2:50
Leandersson, Carina ................................... WP14 236
Leaptrot, Katrina L........................................ WP38 747
Leary, Julie ......................................................TP35 691
Leary, Julie ....................................................ThP17 300
Leary, Julie ....................................................ThP17 301
Leary, Julie ......................................................TP33 651
Leary, Kate .....................................................MP04 074
Lebedev, Albert T. ......................................... WP03 031
Lebedev, Albert T. .........................................ThP16 278
Lebel, Philippe ...............................................MP30 612
Lebel, Philippe .............................................. WP08 128
LeBerre, Nicolas ............................................ MP30 615
Lebert, Dorothée.............................................TP13 215
LeBlanc, André .............................................ThP21 399
Leblanc, J.C. Yves........................................ThP01 010
Leblanc, J.C. Yves........................................ThP14 260
LeBlanc, Yves .................................................TP25 428
LeBlanc, Yves ............................................... WP15 255
LeBlanc, Yves ................................................MP02 034
LeBrasseur, Nathan ......................................MP26 524
Lebrilla, Carlito ..............................................ThP19 341
Lebrilla, Carlito ................................................ TP36 735
Lebrilla, Carlito .............................................. WP19 349
Lebrilla, Carlito ...................................... MOD am 09:30
Lebrilla, Carlito .............................................. WP19 350
Lebrilla, Carlito .....................................ThOD am 09:50
Lebrilla, Carlito ....................................... TOD am 08:30
Lebrilla, Carlito ................................................ TP19 290
Lebrilla, Carlito ....................................... TOC am 10:10
Lebrilla, Carlito B ...........................................MP27 556
Lebrilla, Carlito B. .........................................ThP15 265
Lebrilla, Carlito B. ......................................... WP19 347
Lebrilla, Carlito B. ................................ThOC am 09:50
Lederman, Harmony ......................................TP21 307
Ledertheil, Thorsten ......................................MP24 486
LeDuc, Richard ....................................... WOB pm 3:50
LeDuc, Richard D. .......................................... TP16 239
LeDuc, Richard D. .................................. WOD pm 3:30
Ledvina, Aaron ..............................................ThP29 597
Ledvina, Aaron R. ........................................... TP08 153
Lee, Amy H ....................................................ThP25 509
Lee, Anita ................................................. WOD pm 3:10
Lee, Cheng S. ............................................... WP27 483
Lee, Cheolju .................................................. WP29 518
Lee, Chia-fang .............................................. WP28 492
Lee, Chia-Fang .............................................ThP18 319
Lee, Chin-Ron ................................................. TP29 531
Lee, Chung-Tien ................................... MOH am 09:10
Lee, David .....................................................ThP25 498
Lee, Dong H. ................................................. WP18 312
Lee, Doohyun ................................................ WP06 091
Lee, Ed ...........................................................ThP06 077
Lee, Edgar ..................................................... ThP11 187
Lee, Eun Young ..............................................TP10 180
Lee, Han Joo ................................................. WP21 376
Lee, Heehyoung ...........................................ThP28 587
Lee, HooKeun .................................................TP21 308
Lee, HooKeun ...............................................ThP23 457
Lee, Hsun ...................................................... WP02 004
Lee, Hsun .......................................................MP16 325
Lee, Hwa-Mi ....................................................TP31 598
Lee, Hyeyoung ..............................................ThP19 341
Lee, Hye-Young ............................................. MP33 680
Lee, Hyoung-Joo .......................................... WP35 675
Lee, Hyunmin .................................................. TP27 487
Lee, Hyun-Sook .............................................. TP31 598
Lee, Jae Geun ................................................TP25 445
Lee, Jae Jin .................................................... MP22 418
Lee, Jae-Jin ................................................... WP21 381
Lee, Jang-Eun.................................................TP24 399
Lee, Jason .....................................................ThP05 068
Lee, Jason .......................................................TP05 102
Lee, Jason W. L. ...........................................ThP05 059
Lee, Jeehiun K. ............................................... TP02 039
Lee, Jihyeon ................................................... MP36 732
Lee, Jihyeon .................................................... TP33 628
Lee, Jin-Gyun .................................................MP27 555
Lee, Jin-sook .................................................. MP29 589
Lee, Jiyeong ..................................................ThP23 457
Lee, JiYeong ....................................................TP21 308
Lee, JiYeong ..................................................ThP23 458
Lee, JuHwan .................................................ThP23 458
Lee, Jung-Kun.................................................TP37 761
Lee, Kelly ....................................................... WP21 385
Lee, Kelvin H. ................................................ThP24 480
Lee, Kim ......................................................... WP34 668
Lee, Kimberly ................................................ WP29 531
Lee, Kimberly A. ...........................................ThP33 666
Lee, Kimberly A. ........................................... WP34 659
Lee, Kimberly A. ...........................................ThP23 473
Lee, Kong-Joo............................................... WP21 381
Lee, Kong-Joo...............................................ThP09 142
Lee, Kong-Joo................................................MP22 418
Lee, Kyoung-Seok .......................................... TP32 608
Lee, Kyu Young...............................................TP21 308
Lee, Lang Ho.................................................ThP25 501
Lee, Maw-Rong ..............................................TP31 586
Lee, Maw-Rong .............................................MP01 018
Lee, Mike S. ...................................................MP15 289
Lee, Min Jeong ............................................. WP35 675
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 217
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Lee, Peng ......................................................ThP28 569
Lee, Peter .......................................................MP36 749
Lee, Richard .................................................... TP36 730
Lee, Richard ..................................................ThP27 557
Lee, Richard ........................................... TOD am 09:10
Lee, Sang Bok ..............................................ThP09 157
Lee, Sangkyu ..................................................TP29 543
Lee, Sangkyu ................................................ WP06 091
Lee, Seon Hwa ...............................................TP20 298
Lee, SeungJae ..............................................ThP11 212
Lee, Sheng ....................................................ThP31 647
Lee, Sheng ....................................................ThP31 648
Lee, Shu-Hui ..................................................MP30 621
Lee, Shu-Hui ...................................................TP37 767
Lee, Simon M. Y. .......................................... WP35 679
Lee, Sun Hee ................................................ WP35 675
Lee, Sun Young ............................................ WP33 619
Lee, Sung-Hyeon .........................................ThP19 346
Lee, Sungman.................................................TP33 628
Lee, Suyoun .................................................. WP06 091
Lee, Tae Geol ..................................................TP24 400
Lee, Tae Geol ................................................ThP05 071
Lee, Tae Geol ................................................ThP05 055
Lee, Tae Geol ..................................................TP24 392
Lee, Taeho ..................................................... WP06 091
Lee, Terry .......................................................ThP09 147
Lee, Terry ....................................................... WP21 380
Lee, Terry D. ................................................... MP22 431
Lee, Yong-Ill.....................................................TP01 006
Lee, Young Jin .............................................. WP12 200
Lee, Young Jin ..............................................ThP32 654
Lee, Young-Jin ..............................................ThP32 652
Lee, Young-Jin .......................................ThOG pm 3:10
Lee, Young-Jin ....................................... TOB am 09:50
Lee, Young-Jin .............................................. WP12 205
Lee, Young-Jin ............................................... MP34 702
Lee, Young-Jin ...............................................WP12 211
Lee, Young-Jin ............................................... MP32 658
Lee, Yuan T. ..................................................ThP31 648
Lee, Yuan-Tseh .............................................ThP31 647
Leeds, Janet .................................................. WP15 282
Lees, Hannah J. ...........................................ThP28 567
Leff, Richard .................................................. WP06 089
Lefer, Amanda ............................................. WP08 131
LeGall, Sylvie .................................................MP28 572
Legette, LeeCole ................................... TOC am 09:30
Legleiter, Justin ..............................................MP22 426
Legouffe, Raphael .........................................WP11 193
Legouffe, Raphael ........................................ThP02 023
Legouffe, Raphael ........................................ThP03 029
Legouffe, Raphael ............................... ThOF am 10:10
Lehmann, Christine ........................................ TP30 573
Lehmann, Christine ....................................... MP07 132
Lehmann, Sylvain ................................. MOD am 08:50
Lehotay, Steven ............................................ThP13 238
Lehtiö, Janne..................................................MP19 376
Lei, Peng ........................................................ WP12 212
Lei, Xiaoguang ............................................... MP21 397
Lei, Xiaoguang ..............................................ThP13 230
Lei, Yu .............................................................MP34 713
Lei, Zhentian ..................................................MP03 050
Lei, Zhentian ...................................................TP23 369
Leibowitz, Jeffrey .......................................... WP37 709
Leigh, Daniel ..................................................MP06 109
Leipunsky, Ilya ...............................................MP17 356
Leiserowitz, Gary .................................ThOC am 09:50
Leist, Marcel .................................................. WP28 491
Leito, Ivo ..........................................................TP04 063
Leito, Ivo ..........................................................TP02 030
Leize, Emmanuelle....................................... WP24 429
Leize-Wagner, Emmanuelle ........................ WP24 428
Lekkas, Alexander ........................................ThP06 079
Lekkas, Alexander .......................................... TP05 097
Lekkas, Alexander .......................................... TP05 103
Lekkas, Alexander ........................................ThP01 002
Lelacheur, Richard .......................................ThP29 607
Lemac, Maja .................................................... TP18 262
Lemaire, Joel...................................................TP04 070
Lemanik, Stephanie ..................................... WP04 042
Lemeer, Simone .............................................TP08 139
Lemeer, Simone ........................................... WP34 662
Lemeer, Simone ........................................... WP30 572
Lemiere, Filip...................................................TP33 637
Lemieux, Sébastien ......................................MP28 573
Lemkau, Karin ........................................ThOG pm 3:50
Lemkau, Karin L. .......................................... WP05 045
Lemoine, Jerome ............................................ TP05 094
Lemoine, Jerome ...........................................MP26 527
Lemoine, Jerôme ..........................................ThP23 444
Lemoine, Jérôme ..........................................ThP07 112
Lemoine, Jérôme ............................................ TP28 505
Lemoine, Jérôme .................................. WOE am 08:50
Lemoine, Jérôme .......................................... WP38 736
Lemoine, Jérôme ..........................................ThP22 442
Lemoine, Pascal ..................................... WOF pm 3:50
Lemons, Derek ........................................MOA pm 2:30
Lemr, Karel .....................................................MP01 012
Lemr, Karel .....................................................MP06 101
Lendal, Sara Eun ..........................................ThP19 342
Lennon, Sarah ..............................................ThP22 428
Lentini, Scott ...................................................TP15 234
Lentz, David .................................................. WP19 335
Lenz, Christof ................................................. MP32 661
Leon, Carlos ........................................... ThOC pm 2:30
Leon, Carlos .................................................... TP27 480
Leon, Deborah R. ..................................WOG pm 2:50
Leon, Deborah R. ...........................................TP36 724
Leon, Rebecca .............................................. WP36 697
Leonard, Susan .............................................MP14 260
Leonard, Susan ............................................ WP19 332
Leopold, Peter...............................................ThP07 120
Leopold, Peter E. ..........................................ThP25 516
Lepage, Sylvie ...............................................MP30 617
Leppert, Mark .......................................... WOA pm 3:50
Leppert, Tami .......................................... WOA pm 3:50
Leriche, Emma-Dune .................................... MP36 747
Lermyte, Frederik ...........................................TP16 241
Lermyte, Frederik .....................................TOF pm 2:30
Lerno, Larry .................................................... MP33 680
Lesage, Denis ................................................ MP30 616
Lescuyer, Pierre ............................................ WP32 604
Lescuyer, Pierre ..............................................TP21 333
Lescuyer, Pierre .............................................MP09 176
Leser, George P. ................................... MOF am 09:50
Lesslie, Michael .............................................MP06 085
Lesslie, Michael ............................................ WP06 097
Leszyk, John ...................................................TP21 314
Leszyk, John ...................................................TP28 522
Leszyk, John ..................................................MP09 168
Leszyk, John D. ............................................ThP24 482
Leszyk, John D. ..............................................TP19 282
Letarte, Sylvain ...............................................TP29 529
Leung, Hon-Chiu ............................................TP21 314
Lev, Ovadia.................................................... WP02 008
Levenstein, Mark ..........................................ThP09 169
Lévesque, Ann ................................................TP08 149
Lévesque, Ann ............................................... MP01 019
Lévesque, Ann ............................................... MP01 026
Lévesque, Ann ............................................... MP01 020
Lévesque, Ann ............................................... MP01 025
Lévesque, Ann ............................................... MP01 021
Lévesque, Ann ............................................... MP01 022
Lévesque, Ann ............................................... MP01 023
Lévesque, Ann ............................................... MP06 088
Lévesque, Ann ............................................... MP01 014
Lévesque, Ann ............................................... MP01 024
Levi, Mikael .....................................................TP37 746
Levi, Mikael ................................................... WP07 098
Levi, Mikael .....................................................TP31 585
Levi, Mikael .....................................................TP26 464
Levi, Mikaël ....................................................WP07 110
Levin, David................................................... WP33 623
Levin, David................................................... WP31 589
Levine, Barry K. ..............................................TP35 703
Levine, Douglas ....................................... TOD pm 3:30
Levis, Mark ....................................................ThP22 425
Levitsky, Lev I. ..............................................ThP34 691
Levitt, Nick .............................................. TOC am 08:50
Levitt, Nick .....................................................ThP10 185
Levy, Michaella ....................................... MOD pm 2:50
Lewander, Tommy ..........................................TP25 425
Lewcock, Joseph ..................................... TOD pm 4:10
Lewellyn, Lara ...............................................ThP18 314
Lewellyn, Lara ...............................................ThP18 312
Lewis, Chance ................................................TP10 181
Lewis, Esther................................................. WP24 443
Lewis, Ian A. .................................................... TP23 380
Lewis, Katherine ............................................ MP25 507
Lewis, Ken ..................................................... WP16 283
Lewis, Ken .......................................................TP29 534
Lewis, Lourdes ................................................ TP19 291
Lewis, Monique ............................................. WP33 633
Lewis, Monique .............................................ThP17 293
Lewis, Peter.....................................................TP22 346
Lewits, Petra ................................................. WP07 103
Leymari, Nancy .......................................WOG pm 2:50
Leymarie, Nancy........................................... WP28 493
Leymarie, Nancy.............................................TP36 724
Leymarie, Nancy................................................. Special
Leyvraz, Serge ...................................... MOE am 08:50
Lhospice, Florence ....................................... WP24 440
Li, Anyin ...........................................................TP02 037
Li, Anyin ...........................................................TP37 745
Li, Anyin ................................................ThOE am 10:10
Li, Anyin ...........................................................TP34 687
Li, Cao ............................................................ WP20 363
Li, Cao .............................................................. TP37 770
Li, Chen ..................................................... TOC pm 2:50
Li, Dandan ..................................................... WP35 669
Li, Erqiang ......................................................MP17 349
Li, Fang ..........................................................ThP22 429
Li, Fang Yan ....................................................TP37 738
Li, Feng ...........................................................MP03 057
Li, Fenjie ..........................................................TP27 490
Li, Fumin ........................................................ThP29 597
Li, Fumin .........................................................MP25 514
Li, Guannan ..................................................... TP27 482
Li, Guannan ..................................................... TP02 037
Li, Guannan .................................................... MP34 686
Li, Guilin ...........................................................TP28 503
Li, Guohui ...................................................... WP35 679
Li, Haiying ...................................................... WP30 551
Li, Han ............................................................. MP29 591
Li, Hang ................................................... TOB am 09:30
Li, Haohang ...................................................ThP04 040
Li, Haohang ....................................................WP11 187
Li, Honglan .....................................................MP18 367
Li, Hongyu ..................................................... WP04 037
Li, Hua ............................................................. MP34 710
Li, Huilin ......................................................... WP30 567
Li, Huilin ...........................................................TP09 170
Li, Jane........................................................... WP13 233
Li, Jianshuang ................................................. TP25 437
Li, Jianzhong ................................................. WP19 324
Li, Jianzhong .................................................. MP33 674
Li, Jilong .......................................................... MP34 706
Li, Jimmy ........................................................ WP33 637
Li, Jin ...............................................................MP22 416
Li, Jing .............................................................. TP14 221
Li, Jing ............................................................. MP22 427
Li, Jing .............................................................. TP34 672
Li, Jun ............................................................... TP18 257
Li, Jun ............................................................... TP18 255
Li, Jun ............................................................. WP29 534
Li, Jun .............................................................ThP22 421
Li, Jun ............................................................... TP21 337
Li, Ka Wan .....................................................ThP23 445
Li, Ke .............................................................. WP33 635
Li, Lan...............................................................TP26 454
Li, Lan............................................................. WP06 074
Li, Lei ............................................................... MP31 640
Li, Li .............................................................. WP37 729
Li, Li ...............................................................MP32 663
Li, Li ................................................................TP14 221
GENERAL INFORMATION
PAGE 218 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Li, Liang ..........................................................MP05 082
Li, Liang ..........................................................MP18 364
Li, Liang ...........................................................TP17 251
Li, Liang ........................................................... TP24 411
Li, Liang ..........................................................MP04 064
Li, Liang ..........................................................MP04 068
Li, Liang ......................................................... WP34 666
Li, Liang ...........................................................TP23 357
Li, Liang ..........................................................MP05 081
Li, Liang .........................................................ThP09 159
Li, Liang ..........................................................MP04 066
Li, Lili ..............................................................ThP21 389
Li, Linfan ....................................................TOA pm 2:50
Li, Linfan ..........................................................TP37 745
Li, Linfan .........................................................MP17 331
Li, Linfan .........................................................MP17 330
Li, Linfan ..........................................................TP04 080
Li, Ling .............................................................MP29 592
Li, Lingjun ...................................................... WP17 293
Li, Lingjun .......................................................MP08 156
Li, Lingjun ........................................................TP18 264
Li, Lingjun ........................................................TP33 656
Li, Lingjun ......................................................ThP15 267
Li, Lingjun ......................................................ThP15 268
Li, Lingjun ..............................................MOG am 09:50
Li, Lingjun ...................................................... WP27 476
Li, Lingjun ......................................................ThP15 269
Li, Lingjun ...................................................... WP33 616
Li, Lingjun ........................................................TP23 367
Li, Lingjun ...................................................... WP09 151
Li, Lingjun ...................................................... WP27 477
Li, Lingjun ...................................................... WP26 462
Li, Lingjun ......................................................ThP15 271
Li, Lingjun ........................................................TP35 709
Li, Lingjun ......................................................ThP15 270
Li, Lingjun .......................................................WP11 178
Li, Lingyun .....................................................ThP20 366
Li, Lingyun .....................................................ThP20 369
Li, Mei .............................................................. MP31 641
Li, Mei .............................................................. MP31 640
Li, Ming...................................................WOB am 08:50
Li, Ning ............................................................ MP25 509
Li, Pei ...............................................................TP10 187
Li, Ping ........................................................... WP37 723
Li, Qiang...........................................................TP37 740
Li, Qiang..........................................................MP21 397
Li, Qing-Run .................................................. WP34 645
Li, Quanzi.........................................................TP21 328
Li, Ru .............................................................. WP36 694
Li, S. F. Y. ......................................................... TP37 738
Li, Sam .............................................................TP24 386
Li, Shao-Hua ...................................................TP24 410
Li, Shelly ........................................................ThP01 013
Li, Sheng ........................................................ WP22 397
Li, Shuguang ...................................................TP30 566
Li, Shunqiang .......................................ThOD am 08:30
Li, Shunqiang ........................................... TOD pm 3:30
Li, Shunqiang ..................................................TP21 332
Li, Shunqiang ................................................ThP17 299
Li, Siwei ...........................................................MP14 251
Li, Siyang ....................................................... WP31 575
Li, Siyang ....................................................... WP35 671
Li, Siyang ....................................................... WP35 676
Li, Song ........................................................... MP23 462
Li, Tie-Mei ......................................................ThP13 230
Li, Tuo............................................................. WP28 510
Li, Weikai ................................................. MOB pm 2:30
Li, Weiming .................................................... WP33 635
Li, Xiang ...........................................................TP05 090
Li, Xiang ......................................................... WP37 712
Li, Xiang ................................................ ThOE am 08:50
Li, Xiang .......................................................... MP35 719
Li, Xiang .......................................................... MP35 718
Li, Xiangke ...................................................... MP21 397
Li, Xiangke .....................................................ThP13 230
Li, Xiaohua.....................................................ThP21 393
Li, Xiaohua.......................................................TP25 447
Li, Xiaolin ....................................................... WP33 642
Li, Xiaoqing .....................................................MP30 625
Li, Xiaoxu ........................................................ MP31 646
Li, Xiaoyan ..................................................... WP33 625
Li, Xiaoyan ..................................................... WP20 366
Li, Xin ...............................................................TP34 685
Li, Xing-Fang .................................................. MP31 633
Li, Xing-Fang ......................................... WOF am 08:50
Li, Yafeng .......................................................ThP12 222
Li, Yalan ......................................................... WP28 506
Li, Yalan ......................................................... WP26 458
Li, Yang .......................................................... WP30 546
Li, Yihan ......................................................... WP35 684
Li, Ying.W. ......................................................ThP10 172
Li, Yinghe .......................................................ThP21 394
Li, Yinghe ........................................................ MP07 142
Li, Yinyin.................................................. TOH am 10:10
Li, Yongchao ..................................................ThP31 643
Li, Yongchao ..................................................ThP21 390
Li, Yong-Xi ..................................................... WP06 087
Li, Yong-Xi .....................................................ThP16 273
Li, Yong-Xi ..................................................... WP06 088
Li, Yueqi .........................................................ThP27 528
Li, Yu-Xin..........................................................TP21 338
Li, Yu-Xin...................................................MOA pm 4:10
Li, Zhendong ................................................. WP34 666
Li, Zhengjun....................................................MP34 712
Li, Zhili ............................................................ThP22 429
Li, Zhili .............................................................. TP27 490
Li, Zhili ............................................................ WP26 463
Li, Zhiyu ......................................................... WP32 600
Li, Zhou .......................................................... WP32 603
Li, Zhou .......................................................... WP29 527
Li, Zhuo ...........................................................MP22 413
Li, Zixuan .........................................................TP10 193
Li, Zi-Yu ............................................................ TP02 046
Liaghati-Mobarhan, Yalda .............................TP10 188
Liang, Hongkun...............................................TP25 438
Liang, Hui-Chung ...........................................TP19 281
Liang, Qiaoli ....................................................TP07 124
Liang, Shuang ...............................................ThP09 155
Liang, Xiaorong.............................................ThP21 395
Liang, Yuexia ................................................. WP15 281
Liang, Yuxue ...................................................TP08 150
Liang, Yuxue ...................................................TP15 237
Liang, Yuxue .................................................ThP34 669
Liang, Yuxue ................................................. WP31 578
Liang, Yuxue ................................................. WP31 592
Liang, Zhenmin ............................................. WP33 626
Liang, Zhidan ................................................ThP15 269
Liang, Zhidan ........................................MOG am 09:50
Liang, Zhidan ................................................ WP33 616
Liang, Zhidan ..................................................TP23 367
Liao, Che-I ..................................................... WP17 299
Liao, Guanhua ..............................................ThP35 702
Liao, Hanqing ................................................. MP19 386
Liao, Qing .......................................................MP13 250
Liao, Rijing .....................................................ThP08 122
Liao, Wei-Li.....................................................MP09 169
Liao, Wei-Li.....................................................MP09 172
Libralesso, Elisa ............................................MP34 693
Licea-Perez, Hermes .....................................TP25 451
Licht, Jonathan ....................................ThOH am 10:10
Lichti, Cheryl .................................................ThP19 345
Lichti, Cheryl F. ............................................. WP35 677
Lichti, Cheryl F. ..............................................MP29 597
Lichti, Cheryl F. ...............................................TP21 316
Liddicoat, Fiona ..............................................TP20 301
Liddy, Kiersten ..............................................ThP17 294
Liddy, Kiersten .............................................. WP30 554
Liebeke, Manuel ........................................... WP12 220
Lieberenz, Marcus .........................................MP19 383
Lieberenz, Marcus .........................................MP29 581
Lieberenz, Marcus .........................................MP29 582
Lieberenz, Marcus ........................................ThP34 675
Lieberman, Rachel ........................................ MP26 522
Lieberman, Rachel .........................................TP37 756
Lieberman, Rachel ....................................... WP06 083
Lieberman, Rachel .........................................TP19 276
Liebler, Daniel .......................................... TOD pm 3:30
Liedtke, Kristen .............................................. MP09 179
Liehr, Robert ..................................................ThP10 182
Lieske, M.D., John ........................................MP09 173
Lietz, Christopher .........................................ThP15 271
Lietz, Christopher .................................MOG am 09:50
Lietz, Christopher B. ......................................TP33 656
Lih, T. Mamie .................................................. MP03 042
Liigand, Jaanus...............................................TP04 063
Lill, Jennie ...................................................... WP34 656
Lill, Jennie .......................................................MP29 591
Lilley, Kathryn .................................................. TP33 661
Lim, Gwen ............................................... WOF pm 3:10
Lim, Hee-Joung ............................................ThP23 457
Lim, Hee-Joung ............................................ThP23 458
Lim, Hee-Joung ..............................................TP21 308
Lim, Heng-Keang ......................................... WP15 269
Lim, Ho-Jin .....................................................MP31 650
Lim, Ivy Hwee ............................................... WP02 009
Lim, Jae-Min .................................................... TP01 006
Lim, Jong-Sun ............................................... WP35 675
Lim, Justin ..................................................... WP25 450
Lim, Mark .......................................................ThP09 151
Lim, Megan .....................................................MP27 564
Lim, Sang Min ............................................... WP22 400
Lim, Sung Min ............................................... ThP11 204
Lim, Teck Kwang ........................................... MP34 712
Lim, Yan Wei ..................................................MP04 069
Lima, Bruno ..............................................MOA pm 3:50
Limbach, Patrick ............................................ MP14 252
Limbach, Patrick ................................... MOH am 08:50
Limbach, Patrick ............................................ MP14 253
Limbach, Patrick ............................................WP28 511
Limbach, Patrick ............................................ MP14 254
Limbach, Patrick ............................................ MP14 251
Limero, Thomas ............................................. MP15 265
Limpachayaporn, Panupun ........................... TP25 424
Lin, Baiwei .....................................................ThP13 246
Lin, Baiwei .....................................................ThP13 245
Lin, Caiyong .................................................. WP20 368
Lin, Changqing .............................................. WP03 027
Lin, Changqing ..............................................ThP01 008
Lin, Cheng ..................................................... WP30 568
Lin, Cheng .....................................................ThP20 365
Lin, Cheng .............................................WOC am 09:10
Lin, Cheng .......................................................TP33 660
Lin, Cheng .......................................................TP33 634
Lin, Cheng ...............................................WOG pm 2:50
Lin, ChenWei .........................................MOD am 08:30
Lin, ChenWei .................................................ThP17 298
Lin, Chenwei ..................................................MP26 541
Lin, Chenwei ...................................................TP21 334
Lin, ChenWei ..................................................MP26 544
Lin, Chih Hsien ...............................................TP26 471
Lin, Chih Hsien ...............................................TP25 450
Lin, Chun-Cheng .......................................... WP02 010
Lin, Chun-Hung.............................................ThP18 320
Lin, Eugene C. ..................................... ThOA am 09:10
Lin, Feng-Ying C. ........................................... MP12 227
Lin, Hening ....................................................ThP18 328
Lin, Hening .................................................... WP30 559
Lin, Hong ....................................................... WP23 405
lin, hongjun .................................................... WP27 485
Lin, Hsiaoju ...................................................... TP26 471
Lin, Huan-Chang ..........................................ThP06 096
Lin, Jenny ......................................................ThP28 566
Lin, Jia-Der .................................................... WP02 004
Lin, Jingchao .................................................. MP34 710
Lin, Julie ........................................................... TP23 381
Lin, Jung-Lee ................................................ThP20 372
Lin, Jung-Lee ................................................ThP06 096
Lin, Jung-Lee ................................................ThP31 646
Lin, Jung-Lee ..................................................TP04 058
Lin, Laura ....................................................... WP24 431
Lin, Li ................................................................ TP26 456
Lin, Liang ....................................................... WP30 546
Lin, Liang .........................................................TP21 331
Lin, Liang ........................................................MP27 558
Lin, Liang ........................................................MP24 465
Lin, Miao-Hsia ............................................... WP34 652
Lin, Mingxiang ................................................ MP26 528
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 219
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Lin, Ninghang .................................................. TP04 069
Lin, Po-Chiao ................................................ WP02 010
Lin, Qingsong ................................................. MP34 712
Lin, Shanhua ................................................. WP24 442
Lin, Sheng-Huang ........................................ThP18 320
Lin, Shu ............................................................ TP22 346
Lin, Tsung-Ping ............................................. WP30 548
Lin, Wen-Peng ..............................................ThP18 323
Lin, Xiaoxia Nina...........................................ThP17 284
Lin, Ya-an ....................................................... WP17 299
Lin, Yan-Ping ................................................... TP26 474
Lin, Yan-Ping ........................................... WOF pm 3:10
Lin, Yaping .....................................................ThP20 372
Lin, Yuehe ......................................................ThP35 707
Lin, Zhaosheng .....................................WOD am 09:30
Lin, Zheng ..............................................WOH am 08:30
Lin, Zhenxin ...................................................ThP19 344
Lin, Zhenxin ...................................................ThP19 343
Lin, Zhen-Yuan ............................................. WP36 687
Lin, Zhen-Yuan ............................................. WP36 685
Lin, Zhen-Yuan ..............................................MP29 602
Lin, Zhi ........................................................... WP19 342
Lin, Zhongping (John) .................................... TP26 471
Lin, Zhongping (John) .................................... TP25 431
Lin, Zhongping (John) .................................... TP25 450
Lin, Zhongping (John) ..................................ThP21 409
Lin, Ziqing ..................................................TOA pm 2:50
Lin, Ziqing .......................................................MP17 330
Linder, Maurine ............................................. WP30 559
Linderholm, Barbro K. .........................ThOD am 09:10
Linderholm, Karl ........................................... WP06 077
Lindh, Johan ...................................................MP23 457
Lindner, Gregory ........................................... WP12 209
Lindner, Herbert ............................................ThP17 285
Lindner, Herbert ............................................ WP30 563
Lindner, Herbert H. ........................................MP24 482
Lindner, Kathrin............................................. WP28 491
Lindquist, Susan ........................................... WP36 685
Lindquist, Susan ........................................... WP36 687
Line, Eric .......................................................... TP37 766
Ling, Gee Siang .............................................. TP37 738
Ling, Victor ......................................................MP06 106
Lingenfelter, Steven ......................................MP15 292
Linhardt, Robert ............................................ThP20 366
Linhardt, Robert ....................................WOC am 09:50
Linhardt, Robert J. ........................................ThP20 369
Link, A James .................................................. TP22 347
Link, Andrew ...................................................MP28 575
Link, Hannes ................................................. WP36 702
Linn, Sabine ..................................................ThP22 416
Lins, Renato C ...............................................MP26 548
Linscheid, Michael ..........................................TP10 182
Lintelmann, Jutta ...........................................MP34 695
Lintelmann, Jutta .................................... WOF pm 2:50
Lintelmann, Jutta ...........................................MP07 149
Lipari, Francesco ............................................ TP19 280
Lippa, Katrice ..................................................TP30 561
Lippens, Guy ......................................... MOD am 08:50
Lippens, Jennifer ......................................TOF pm 2:50
Lippens, Jennifer .................................. MOH am 08:30
Lippert, Wayne ............................................... MP16 324
Lippolis, John .................................................MP33 675
Lips, Esther ...................................................ThP22 417
Lipton, Mary.....................................................TP12 209
Lipton, Mary................................................... WP34 644
Lipton, Mary.....................................................TP33 652
Lisacek, Frederique ............................... WOB pm 3:30
Lisacek, Frédérique .......................................TP08 152
Lisacek, Frédérique ..................................... WP31 593
Lisacek, Frédérique ......................................MP23 458
Lister, Liam .................................................... WP37 707
Lister, Suzanne .............................................. MP30 627
Litzau, Jonathan .............................................TP37 765
Liu, Aihua ......................................................... TP26 469
Liu, Alvin Y. ..................................................... MP26 542
Liu, Ang ........................................................... MP06 114
Liu, Aston ........................................................ MP07 142
Liu, Aston ................................................. MOD pm 3:10
Liu, Baohong ...................................................TP34 677
Liu, Charles C. ...............................................TP37 751
Liu, Charles C. ................................................TP27 479
Liu, Charles C. .............................................. WP37 723
Liu, Charles C. .............................................. WP37 726
Liu, Cheng Bin ............................................... MP11 209
Liu, Chen-Lin ................................................... TP05 106
Liu, Chongdong ............................................ThP23 450
Liu, Dingsheng ........................................ WOE pm 3:10
Liu, Guomin .................................................... MP29 602
Liu, Haijun ...................................................... WP23 402
Liu, Haijun .......................................................MP21 412
Liu, Hanghui ...................................................MP01 013
Liu, Hua-fen ................................................... WP08 129
Liu, Hua-fen ...................................................ThP21 391
Liu, Hui .............................................................TP27 490
Liu, Hui ...........................................................ThP22 429
Liu, Huiling ...................................................... MP10 200
Liu, Huiling ...................................................... MP29 597
Liu, Huiling ..................................................... WP35 677
Liu, Huiling ...................................................... MP35 716
Liu, Hung-wen ................................................. TP09 172
Liu, Jack ......................................................... WP20 356
Liu, Jack ........................................................... TP37 772
Liu, Jian ..........................................................ThP20 366
Liu, Jian ............................................................ TP08 129
Liu, Jiangjiang .................................................TP34 688
Liu, Jiangjiang .................................................TP34 689
Liu, Jiangjiang .................................................TP34 686
Liu, Jiangjiang .................................................TP04 080
Liu, Jiangjiang ...............................................ThP30 627
Liu, Jianhua .................................................... MP02 033
Liu, Jie .............................................................. TP21 328
Liu, Jingfu ...................................................... WP37 726
Liu, Jingzhou ................................................. WP12 197
Liu, Li-Chun .................................................... MP32 657
Liu, Lili ..............................................................TP26 454
Liu, Liping ...................................................... WP37 726
Liu, Miao ........................................................ThP18 327
Liu, Miao .........................................................MP27 557
Liu, Ning Qing ...............................................ThP22 416
Liu, Ning Qing ......................................ThOD am 09:10
Liu, Pengyuan ............................................... WP30 540
Liu, Qian...................................................WOH pm 3:50
Liu, Qinfeng .....................................................TP10 177
Liu, Qingyuan .................................................. TP11 205
Liu, Qun .........................................................ThP18 328
Liu, Sherry ......................................................MP13 245
Liu, Shuo .........................................................MP13 242
Liu, Siqi .......................................................... WP30 546
Liu, Siqi ...........................................................MP24 465
Liu, Siqi ............................................................TP21 331
Liu, Siqi ...........................................................MP27 558
Liu, Siqi ............................................................TP28 503
Liu, Suet ......................................................... WP14 243
Liu, Suya ......................................................... MP24 493
Liu, Tao ........................................................... WP27 484
Liu, Tao ............................................................ MP26 540
Liu, Tao ................................................... MOD am 08:30
Liu, Tao ............................................................ MP26 542
Liu, Tao ...................................................... TOD pm 3:30
Liu, Ting ..........................................................MP34 710
Liu, Ting .......................................................... MP34 711
Liu, Ting ..........................................................MP34 713
Liu, Ting .........................................................ThP28 574
Liu, Vivian Bin ...............................................ThP23 448
Liu, Wei Ting...................................................MP34 707
Liu, Xiang ........................................................ WP11 188
Liu, Xiaodong ..................................................TP31 597
Liu, Xiaodong ................................................ WP24 444
Liu, Xiaodong ................................................ WP03 034
Liu, Xiaodong ..................................................TP35 698
Liu, Xiao-Fen .................................................ThP23 451
Liu, Xiaohua ..................................................ThP36 720
Liu, Xiaohua ..................................................ThP31 650
Liu, Xiaohui ..................................................... WP11 185
Liu, Xiaohui .....................................................MP21 397
Liu, Xiaojing .................................................... MP11 218
Liu, Xiaoqian .................................................ThP23 463
Liu, Xiaowen .................................................... TP16 243
Liu, Xiaowen .................................................... TP16 242
Liu, Xin ............................................................WP11 187
Liu, Xin ............................................................WP11 170
Liu, Xiumin ...................................................... MP36 730
Liu, Xueting .............................................. TOG pm 2:30
Liu, Xueting .............................................. TOH pm 2:50
Liu, Ya-Li .......................................................... TP37 770
Liu, Ya-Li ........................................................ WP20 358
Liu, Yan ............................................................TP35 709
Liu, Yanqin ...................................................... MP21 403
Liu, Yansheng .................................................TP26 475
Liu, Yansheng .................................................TP25 448
Liu, Ying ......................................................... WP19 339
Liu, Yujie ..........................................................TP27 490
Liu, Zhaogui...................................................ThP12 222
Liu, Ziying ......................................................ThP09 151
Liuni, Peter .....................................................MP22 434
Livingston, Brittney ..............................ThOC am 09:10
Livnat, Itamar ................................................ThP14 261
Livraghi-Butrico, Alessandra ....................... WP26 461
Liyanage, Rohana .........................................MP22 439
Llinas, Manuel ................................................. TP23 380
Lloyd, Kenneth ..............................................ThP24 482
Lo, Andy ...........................................................TP19 289
Lo, Andy .........................................................ThP19 344
Lo, Andy .........................................................ThP19 343
Lo, Andy .........................................................ThP21 384
Lo, Andy .......................................................... MP27 561
Lo, Jennifer M. .............................................. WP30 548
Lo, Wan-Yu ....................................................ThP23 443
Loadman, Paul .............................................. WP12 198
Lobas, Anna A. ..............................................ThP34 691
Lobas, Anna A. ..............................................ThP13 242
Lobel, Peter ................................................... WP31 584
Lobodin, Vladislav .................................. MOG pm 2:30
Lobodin, Vladislav V. ..............................WOC pm 3:10
Lock, Chris M. .................................................TP33 642
Lock, Richard ................................................ WP15 254
Lock, Stephen J. ........................................... WP03 030
Lock, Stephen J. ...........................................ThP27 534
Lockwood, Charles....................................... WP36 704
Lodder, Helen ..................................................TP30 563
Lodder, Helen .................................................WP08 117
Lodder, Helen .................................................MP07 135
Lodder, Helen ................................................ WP08 124
Lodder, Helen ................................................ WP07 109
Lodder, Helen .................................................MP07 136
Loden, Henrik ................................................. WP11 184
Loecken, Elisbeth ......................................... WP23 419
Loftus, Neil.....................................................ThP27 540
Loftus, Neil.......................................................TP25 423
Loftus, Neil.....................................................ThP27 543
Loftus, Neil..................................................... WP13 224
Loganathan, Devan .......................................MP30 626
Logemann, Rachel ........................................ MP31 643
Loh, Gabriel Onn Kit .....................................MP01 017
Lõhmus, Ants ..................................................TP04 063
Lõhmus, Rünno ..............................................TP04 063
Lohne, Jack J. ...............................................ThP13 237
Lohnes, Karen............................................... WP09 147
Loken, Perry .................................................. WP07 106
Lomonaco, Romina ...................................... WP18 317
London, Robert ............................................. WP19 346
Long, Stephen...............................................ThP23 472
Long, Tran .......................................................TP24 389
Long, Yaoling ..................................................TP23 378
Longuespée, Rémi .......................................ThP09 154
Lönnberg, Tapio ............................................. MP28 568
Loo, Joseph ................................................... WP23 415
Loo, Joseph ...................................................ThP25 514
Loo, Joseph ................................................... WP23 414
Loo, Joseph ...................................................ThP12 223
Loo, Joseph ................................................... WP09 147
Loo, Joseph ..................................................... TP18 259
Loo, Joseph A. ........................................WOG pm 2:50
Loo, Joseph A. ..............................................ThP22 434
Loo, Joseph A. ..............................................ThP09 140
Loo, Lai Chin ...................................................TP37 738
Loo, Rachel ...................................................ThP12 223
GENERAL INFORMATION
PAGE 220 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Look, Maxime ................................................ThP22 416
Look, Maxime P. ..................................ThOD am 09:10
Looso, Mario ..................................................MP24 476
Lootsma, Wayne ............................................ MP02 039
Lootsma, Wayne ...........................................ThP10 185
Lopez, Daniel H .............................................MP10 201
Lopez, Mary....................................................MP25 503
Lopez, Mary................................................... WP32 602
Lopez, Mary.....................................................TP08 131
Lopez, Mary...................................................ThP21 385
Lopez, Mary F .................................................TP22 351
Lopez, Mary F ............................................... WP26 457
Lopez, Mary F. ..............................................ThP34 673
Lopez, Mary F. ................................................TP21 309
Lopez, Nathan.................................................TP13 217
López, José A. ................................................TP19 293
López del Olmo, Juan Antonio .....................TP05 095
Lopez Garcia, Monica ..................................ThP27 532
López-Gutiérrez, José Maria .......................MP25 495
Lorenz, Matthias .............................................TP04 076
Lorenzi, Philip .................................................TP24 406
Lorenzi, Philip L. .............................................TP25 433
Lorey, Martina ................................................MP09 182
Lorkiewicz, Pawel K. ...................................... TP23 365
Lorphelin, Alain .............................................ThP25 506
Lössl, Philip ....................................................MP21 398
Lößner, Christopher ..................................... WP27 482
Lößner, Christopher .......................................TP19 295
Lotze, Christian ...................................... TOB am 08:30
Lotze, Christian .............................................ThP34 687
Lou, Anna........................................................MP15 287
Lou, Anna.........................................................TP15 229
Lou, Xiaomin ................................................. WP30 546
Lou, Xiaomin ..................................................MP24 465
Lou, Xiaomin ...................................................TP21 331
Louarn, Essyllt ................................................TP04 070
Louette, Joel ...................................................MP25 501
Louie, Arnold ..................................................MP07 138
Louis, Edouard ..............................................ThP23 453
Loukotkova, Lucie .........................................MP07 143
Loureiro-López, Marta ...................................TP05 095
Loutelier-Bourhis, Corinne ...........................MP36 747
Louwagie, Mathilde ........................................TP13 215
Love, Chasity B. ...........................................ThP36 715
Love, Craig .....................................................MP01 006
Love, Patrick L. ............................................. WP26 467
Lovejoy, Candace ......................................... WP15 282
Lovestone, Simon...........................................TP19 281
Lovingood, Derek ..........................................MP15 288
Low, Teck Yew ............................................... WP31 586
Lowe, Lisa ..................................................... WP03 035
Lowenthal, Mark ...........................................ThP23 446
Lowenthal, Mark ........................................... WP19 352
Lowenthal, Mark .............................................TP08 150
Loziuk, Philip .................................................. MP24 470
Loziuk, Philip L................................................TP21 327
Lu, Cheryl ........................................................TP19 279
Lu, Guotao ...................................................... MP07 148
Lu, Guotao ....................................................... TP37 772
Lu, Guotao ..................................................... WP20 356
Lu, I-Chung ....................................................ThP31 648
Lu, I-Chung ....................................................ThP31 647
Lu, Jianfeng ................................................... WP17 293
Lu, Liang ........................................................ThP25 491
Lu, Mei .............................................................TP02 043
Lu, Mei ...........................................................ThP30 629
Lu, Meiling ..................................................... WP19 339
Lu, Meiling ..................................................... WP19 342
Lu, Shan....................................................MOA pm 4:10
Lu, Tian-Sheng ............................................. WP06 088
Lu, Wei ............................................................WP11 186
Lu, Yafang ........................................................TP31 589
Lu, Yanyan ..................................................... WP29 516
Lu, Yi ............................................................... MP20 389
Lu, Ying-Wei .................................................. WP02 010
Lu, Zhike ........................................................ WP29 535
Lubach, Gabriele ............................................TP24 404
Lubahn, Dennis B. .........................................MP34 706
Luban, Jeremy .............................................. WP31 593
Luban, Jeremy ...............................................MP23 458
Luban, Jeremy ................................................TP08 152
Lubeck, Markus .............................................MP24 491
Lubman, David .............................................. WP26 466
Lubman, David M. ........................................ThP21 384
Lubman, David M. ........................................ThP19 344
Lubman, David M. ........................................ThP19 343
Lubman, David M. ........................................ThP22 424
Lubman, David M. ..........................................TP19 289
Lubman, David M ..........................................MP27 561
Lucas, Joseph ................................................ MP18 371
Lucas-Hahn, Andrea ........................... ThOA am 09:30
Lucini, Stefano ...............................................MP31 642
Lucka, Adam ...................................................TP14 224
Ludlow, Helen ................................................MP25 520
Ludwig, Christina ..................................... TOD pm 3:50
Ludwig, Christina ..................................... TOH pm 4:10
Ludwig, Richard .............................................. TP15 225
Ludwig, Robert ............................................... MP06 111
Ludwig, Roland .............................................. MP22 437
Ludwig, Ryan ................................................ThP35 700
Ludwig-Kubinsky, Amy .................................ThP09 169
Ludwig-Müller, Jutta ..................................... WP29 520
Luetz, Stephan .............................................. WP15 275
Lührmann, Reinhard ............................ MOH am 09:10
Lührmann, Reinhard .....................................MP20 387
Luider, Theo ....................................................TP16 243
Luider, Theo ..................................................ThP22 417
Luider, Theo ...........................................TOH am 08:30
Luider, Theo .................................................. WP18 319
Luider, Theo M ................................................TP20 304
Luider, Theo M. ....................................ThOD am 09:10
Luider, Theo M. ............................................. WP33 639
Lukashev, Dmitriy .........................................ThP22 430
Lukow, Stefan ......................................... MOH pm 3:10
Luksch, Jaroslav ...........................................ThP06 085
Lum, Julian ..............................................WOD pm 2:50
Luna, Marsha ..................................................TP25 448
Lundberg, Karin ............................................ThP19 332
Lundberg, Richard .......................................... TP25 434
Lundgren, Kacie ...........................................ThP06 086
Lundström, Susanna ....................................ThP19 332
Lunyak, Victoria ..............................................TP22 351
Luo, Ji .............................................................. MP13 237
Luo, Liping ..................................................... WP20 364
Luo, Li-Ping ................................................... WP20 357
Luo, Li-Ping ................................................... WP20 358
Luo, Quanzhou ....................................ThOC am 09:10
Luo, Yang ................................................ ThOB pm 3:10
Luo, Yang .............................................. ThOH am 09:30
Lupo, Sharon................................................. WP08 120
Luraschi- Monjagatta, Carmen ..................... TP19 288
Lusczek, Elizabeth R. ....................................TP23 366
Lutisan, Juraj ........................................ ThOB am 10:10
Lutomski, Corinne ........................................ThP31 641
Luxenberg, Deborah .................................... WP24 431
Luyten, Walter ...............................................ThP34 683
Lv, Haipeng.................................................... WP19 342
Ly, Alice .......................................................... WP09 142
Ly, Justin ........................................................ThP21 395
Ly, Mellisa ...................................................... WP24 430
Ly, Tony ............................................................TP28 526
Ly, Tony ........................................................... MP29 576
Lybrand, Terry P. ........................................... WP38 751
Lydic, Todd.....................................................ThP28 576
Lydic, Todd A. ................................................. MP11 216
Lynch, Ben ...................................................... MP19 378
Lynch, Benjamin ............................................ MP18 362
Lynch, Theresa .............................................ThP29 610
Lynch, Tom ....................................................ThP32 663
Lynn, Bert ......................................................ThP32 656
Lynn, Ke-Shiuan .............................................TP28 518
Lynn, Ke-Shiuan ............................................ MP03 042
Lyon, David ......................................................TP17 247
Lyssiotis, Costas ...................................WOD am 08:50
Lyutvinskiy, Yaroslav ............................WOB am 09:30
Lyutvinskiy, Yaroslav .................................... WP26 454
Ma, Bin .............................................................TP28 510
Ma, Bin ...........................................................ThP34 688
Ma, Bin ........................................................... WP31 580
Ma, Bin ........................................................... WP31 579
Ma, Bingli ....................................................... WP33 637
Ma, C.Y........................................................... WP35 679
Ma, Che Alex ................................................. WP30 548
Ma, ChengYing ............................................. WP19 342
Ma, Danjun ....................................................ThP17 293
Ma, Danjun .................................................... WP33 633
Ma, Di ...............................................................TP18 264
Ma, Eric W. .................................................... WP33 624
Ma, Jerome ....................................................WP23 411
Ma, Jiaojiao .....................................................TP27 479
Ma, Jinyu ......................................................... TP11 197
Ma, Shiqi ...................................................MOF pm 3:50
Ma, Shuo .......................................................ThP23 448
Ma, Taylur ...................................................... WP34 656
Ma, Wen Wee ................................................ MP06 103
Ma, Xiaoxiao ................................................... TP06 114
Ma, Xiaoxiao ................................................... TP06 117
Ma, Xiaoxiao ................................................... TP06 112
Ma, Xin .............................................................TP01 012
Ma, Xin ........................................................... WP23 413
Ma, Yan .......................................................... WP13 225
Ma, Yinfa ........................................................ WP03 022
Maagdenberg, Arn M.J.M. van den ........... WP09 141
Maasjo, Sarah ................................................. TP26 472
Maass, Peter .................................................ThP04 036
Ma’ayan, Avi ..................................................ThP17 280
Ma’ayan, Avi .................................................. WP36 701
Macagno, Eduardo R. ......................... ThOA am 09:10
MacAleese, Luke ..........................................ThP05 064
MacAleese, Luke ................................. WOG am 10:10
MacAleese, Luke ..........................................ThP04 046
Macatangay, Ariel .......................................... MP15 265
Maccarone, Alan ...........................................ThP35 705
Maccarone, Alan T. .........................................TP33 642
MacCoss, Michael .......................................... TP28 499
MacCoss, Michael ........................................ThP12 229
MacCoss, Michael ......................................... MP33 673
MacCoss, Michael ......................................... MP24 490
MacCoss, Michael ......................................... MP33 672
MacCoss, Michael .......................................... TP08 133
MacCoss, Michael ................................ MOA am 08:30
MacCoss, Michael ........................................ WP33 627
MacCoss, Michael .......................................... TP28 512
MacCoss, Michael .......................................... TP08 132
MacCoss, Michael ......................................... MP27 566
MacCoss, Michael ......................................... MP24 468
MacCoss, Michael J. .....................................MP19 382
MacCoss, Michael J. ...................................... TP28 521
MacCoss, Michael J. .................................... WP31 582
MacDonald, Matthew ................................... WP30 570
Macdonald, Matthew L ..................................TP21 320
MacDonald, Matthew L..................................TP21 319
Macek, Boris ................................................. WP36 703
Macek, Boris .................................................ThP09 163
Macfarlane, Ronald D. .................................. MP09 174
MacGregor, Paul..................................... MOD pm 3:10
Macha, Stephen ........................................... WP15 272
Macher, Bruce ...............................................ThP22 420
Macherone, Anthony ....................................ThP21 392
Macherone, Anthony ...................................... TP20 305
Macherone, Anthony .................................... WP03 035
Macherone, Anthony .................................... ThP11 203
Macherone, Anthony ...................................... TP19 297
Machtejevas, Egidijus .................................. WP19 335
Machuron-Mandard, Xavier .........................MP30 616
Machuron-Mandard, Xavier .........................MP16 320
Macias, Lauren N. .........................................MP35 716
Maciel-Filho, Rubens ......................... ThOG am 08:50
Maciel-Filho, Rubens ................................... WP05 063
Macikova, Petra .............................................. TP31 593
Mackay, C. Logan .................................... TOB pm 3:30
Mackay, C. Logan ..........................................MP23 452
Mackay, C. Logan ................................ ThOF am 08:30
Mackay, Lauren R. .........................................TP06 120
Mackay, Logan .............................................. WP28 494
Mackay, Logan ...............................................MP31 648
MacKenzie, Kim ............................................ThP16 274
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 221
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Mackie, Ken....................................................MP15 292
MacLean, Brendan ........................................ MP19 382
MacLean, Brendan ......................................... TP08 132
MacLean, Brendan ......................................... TP28 521
MacLean, Brendan ............................... MOA am 08:30
MacLean, Brendan ....................................... WP31 582
Maclean, Brendan ..........................................TP28 499
MacMillan, Denise K. .....................................TP23 370
MacNeill, Joan ..............................................ThP23 473
Macovei, Alina ................................................. TP21 336
MacVittie, Thomas J. ................................... WP26 471
Madden, Andrew.............................................TP25 439
Madden, Stephen ...........................................TP28 513
Madden, Stephen .........................................ThP33 665
Madsen, Jesper J ......................................... WP28 514
Madson, Mark ...............................................ThP13 237
Madugundu, Guru S............................. MOH am 10:10
Maeda, Junko ........................................ ThOE pm 3:30
Maegley, Karen ....................................ThOH am 09:10
Maeser, Stefan .............................................. WP07 108
Magee, Megan H. .......................................... MP06 118
Mageean, Craig ............................................ WP33 610
Magera, Mark ................................................. MP09 179
Magera, Mark ................................................ WP07 106
Magera, Mark J ............................................. WP07 107
Magiotto, Claire F. ...............................ThOD am 10:10
Magnelli, Paula ...............................................TP35 697
Magnuson, Elizabeth ....................................MP30 610
Mahadevan, Gajendiran .............................. WP06 093
Mahaffy, Paul ................................................. MP35 718
Mahaffy, Paul ..................................................TP05 090
Mahaffy, Paul ....................................... ThOE am 08:50
Mahaffy, Paul ................................................. MP35 720
Mahan, Elizabeth A. .....................................ThP21 396
Mahé, Pierre .................................................... TP28 505
Maher, Christopher..............................ThOD am 08:30
Maher, Simon ................................................ThP06 076
Maher, Simon ................................................ WP04 043
Mahesula, Swetha .......................................... TP20 302
Maheux, Maxim ............................................ WP17 294
Mahieu, Romain ............................................MP16 320
Mahmoud, Khaled ........................................ WP09 136
Mahoney, Jaclyn ............................................ MP33 673
Mahoney, Nick ..............................................ThP17 301
Mahorney, Shenrui ....................................... WP34 655
Mahrus, Sami ................................................. MP24 472
Mahsut, Ablatt .................................................TP21 307
Mai, Fu-Der ....................................................MP27 567
Maier, Claudia .................................................TP24 413
Maier, Claudia ................................................ MP22 432
Maier, Claudia ................................................ MP34 701
Maier, Claudia ................................................ MP12 226
Maier, Claudia S. ...........................................MP22 433
Maier, Claudia S. ..........................................ThP14 255
Maier, Claudia S. ............................................TP24 401
Maier, Gary ..................................................... MP06 130
Maier, Stefan K ...............................................TP04 072
Maier, Stefan K. ............................................ WP35 670
Maile, Tobias ...................................................TP22 350
Maile, Tobias ...................................................TP28 502
Maile, Tobias ...................................................TP22 349
Main, Laura ............................................TOH am 08:50
Maiolica, Alessio ...................................... TOD pm 3:50
Mair, Waltraud .................................................TP08 147
Maître, Philippe ............................................... TP06 119
Majmudar, Jaimeen ......................................ThP18 322
Major, Hilary ..................................................ThP05 054
Majumdar, Tapan ........................................... MP02 037
Makarov, Alexander........................................TP14 219
Makarov, Alexander..............................WOE am 09:50
Makarov, Alexander.......................................MP19 377
Makarov, Alexander........................................TP14 218
Makarov, Alexander......................................ThP06 084
Makarov, Alexander.......................................MP16 309
Makarov, Alexander..................................TOA pm 2:30
Makarov, Alexander....................................... MP16 311
Makarov, Alexander A. ................................... TP05 101
Makepeace, Karl............................................MP21 405
Makepeace, Karl............................................MP21 408
Makepeace, Karl............................................MP21 406
Maker, Garth ................................................. WP17 303
Makhlou, Mohamed ................................... WP06 085
Makhlou, Mohamed ....................................MP01 016
Malagrino, Pamella Araújo ........................... MP10 196
Malakar, Dipankar ........................................ WP25 452
Malcolm, Andrew ...........................................MP16 297
Maldonado-Torres, Mauricio .......................ThP05 063
Malek, Robert .................................................MP19 377
Maleki, Hossein .............................................. TP21 311
Maleki, Soheila ............................................. WP19 346
Maleknia, Simin .............................................MP29 590
Maleknia, Simin .................................. ThOG am 09:50
Maleknia, Simin .............................................. TP11 198
Malik, Naiela ...................................................MP30 606
Malinao, Maria Christina ..............................MP23 442
Malinowski, Elise .......................................... WP06 088
Maljers, Louis .................................................. TP26 474
Mallats, Nuria ................................................ThP23 476
Mallery, Eileen ................................................MP32 668
Mallet, Claude .................................................TP31 579
Mallet, Claude .................................................TP27 492
Mallia, Krishna ...............................................WP07 113
Mallick, Parag .................................................TP28 512
Mallick, Parag ....................................... MOA am 08:30
Mallireddigari, Muralidhar R........................ WP28 513
Malmirchegini, G. Reza ............................... WP23 415
Malmstroem, Johan ..................................... WP31 595
Malmstroem, Lars......................................... WP31 595
Maloney, Jennifer .........................................ThP12 226
Malosse, Christian ................................. ThOB pm 3:50
Malstroem, Johan ........................................... TP21 310
Maluccio, Mary ..............................................ThP22 414
Maluccio, Mary A. ......................................... WP26 467
Malys, Brian....................................................MP08 157
Malysheva, Svetlana V. ................................ MP03 058
Mamajanov, Irena ........................................... TP33 654
Man, Petr .................................................WOH pm 3:10
Man, Petr ........................................................MP21 393
Man, Petr .........................................................TP10 175
Man, Petr ........................................................MP22 437
Man, Petr ........................................................MP21 401
Mancuso, Francesco M. .............................. WP28 498
Mancuso, Francesco Mattia .........................TP28 498
Mandal, Amit Kumar..................................... WP06 081
Mandal, Mridul Kanti .....................................WP07 115
Mandal, Mridul Kanti .....................................MP17 339
Mandal, Mridul Kanti ....................................ThP30 630
Mandrell, Robert E. ......................................ThP25 517
Manea, Marilena ............................................ MP23 443
Maneeld, Mike J. .........................................MP36 722
Manes, Nathan ............................................. WP36 692
Mangaonkar, Manasi ....................................MP10 189
Mangia, Anita .......................................ThOD am 09:10
Mangrum, John .............................................. MP21 396
Mani, D.R. .......................................................MP26 523
Mani, D R .................................................. TOD pm 3:30
Mani, D R ............................................... WOA am 10:10
Maniatis, Stephanie .....................................ThP24 482
Maniatis, Stephanie A. ..................................MP28 574
Manicke, Nicholas E. ................................... WP08 122
Manier, M. Lisa ............................................. WP12 199
Mann, Matthias ........................................ TOD pm 2:30
Mann, Matthias ...............................................TP17 253
Mann, Matthias ...................................... TOE am 09:10
Mann, Matthias ...................................... TOA am 08:50
Mann, Matthias ............................................. WP30 572
Mann, Matthias .....................................WOE am 10:10
Manning, Janet .............................................ThP17 297
Manohar, Venkat............................................ MP31 635
Manohar, Venkat........................................... WP14 250
Manohar, Venkat........................................... WP14 248
Manohar, Venkat...........................................ThP27 549
Manohar, Venkat........................................... WP14 249
Manolakos, Spiros .......................................... TP27 489
Manolakos, Spiros ........................................ThP01 007
Mansson, Jan-Eric .........................................TP27 482
Mantegazza, Alessandra ............................... TP31 606
Manthorpe, Jeffrey .........................................TP27 487
Manthorpe, Jeffrey ....................................... WP33 621
Manulik, Joseph ............................................. MP06 118
Manulik, Joseph .............................................MP03 048
Manura, John ................................................ThP11 192
Mao, Haibin ....................................................MP22 433
Mao, Qunyong ...............................................MP33 676
Mao, Yan ......................................................... MP25 504
Mao, Yang ......................................................ThP20 364
Mao, Yang ......................................................ThP20 365
Mao, Yang ...................................................... WP29 516
Mao, Yuan......................................................ThP13 249
Maple, Hannah ............................................. WP22 394
Marangon, Elena .......................................... WP06 092
Marbois, Beth ................................................ThP01 005
Marceau, Veronique .....................................ThP10 177
Marceau, Veronique .....................................ThP27 535
Marchand, Adrien ..........................................MP13 233
Marchfelder, Anita.......................................... MP21 410
Marchionni, Mark ........................................... WP11 185
Marciano, David ....................................WOH am 09:50
Marciano, David ............................................ WP21 384
Marcoux, Julien..............................................WP23 411
Marcoux, Julien..............................................MP21 401
Marcoux, Marie-Josée .................................. MP06 107
Marcum, Christopher ...................................ThP32 657
Marcum, Christopher ......................... ThOG am 10:10
Maréchal, Éric .................................................TP34 662
Maréchal, Éric .................................................TP34 664
Marek, Ales ....................................................ThP35 703
Marek, Alex ............................................MOG am 10:10
Marek, Beth .................................................... MP01 008
Margineantu, Daciana ...................................TP23 371
Marie, Suely Kazue Nagahashi ..................ThP22 431
Marinho, Flávio ..............................................MP34 692
Marini, Joseph T. .......................................... WP15 257
Marini, Joseph T. .......................................... WP15 264
Marino, Fabio ................................................. MP06 119
Mark, Laszlo .................................................... TP34 665
Mark, Michael ................................................ThP11 199
Märk, Lukas .................................................... MP15 286
Märk, Lukas ...................................................ThP26 521
Märk, Tilmann D. ...........................................MP15 286
Märk, Tilmann D. ..........................................ThP26 521
Marklund, Niklas ............................................WP11 184
Marko-Varga, György .......................... ThOF am 09:30
Markowitz, Joseph .......................................ThP22 411
Markowski, Todd ...........................................ThP14 259
Marmatakis, Kostas .......................................TP05 105
Marquer, Catherine .......................................MP10 184
Marsh, Don ...................................................... TP28 499
Marsh, Ellen ...................................................MP23 460
Marsh, Justin ................................................. WP19 344
Marshall, Alan ...............................................ThP12 216
Marshall, Alan ................................................MP16 318
Marshall, Alan ............................................... WP05 053
Marshall, Alan ................................................MP22 440
Marshall, Alan ...............................................ThP12 215
Marshall, Alan ......................................... MOG pm 2:30
Marshall, Alan ........................................ThOG pm 3:50
Marshall, Alan ................................................MP22 422
Marshall, Alan G ...........................................ThP06 081
Marshall, Alan G. ...........................................MP10 200
Marshall, Alan G. ............................................TP22 344
Marshall, Alan G. ............................................TP33 655
Marshall, Alan G. ................................... TOF am 09:50
Marshall, Alan G. .................................... MOB pm 3:10
Marshall, Alan G. .......................................... WP05 046
Marshall, Alan G. ..........................................ThP13 249
Marshall, Alan G. .......................................... WP05 045
Marshall, Alan G. ....................................WOC pm 3:10
Marshall, Alan G. ..........................................ThP12 217
Marshall, Alan G. ...........................................MP29 597
Marshall, Alan G ...........................................ThP13 241
Marshall, Dana ................................................ TP24 390
Marshall, David .............................................ThP36 725
Marshall, Fiona .............................................ThP24 484
Marshall, Peter ..............................................ThP14 251
Marsico, Alyssa L. M. ................................... WP02 003
Marsiglia, Barbara .........................................MP25 498
GENERAL INFORMATION
PAGE 222 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Marsiglia, Barbara ................................ MOD am 09:50
Martano, Chiara ............................................ThP28 571
Martell, Jeffrey .........................................MOF pm 3:30
Martens, John ...............................................ThP22 416
Martens, John ...............................................ThP22 417
Martens, John W.M. ............................ThOD am 09:10
Martens, Lennart ............................................TP19 285
Martens, Lennart ..........................................ThP17 306
Martens, Lennart ..................................... TOD pm 3:10
Martin, Adam ...................................................TP08 146
Martin, Amanda C. ........................................MP34 688
Martin, Arch .....................................................TP36 728
Martin, Brent ..................................................ThP18 322
Martin, Jeffrey ............................................... WP35 673
Martin, LeRoy ................................................ThP17 302
Martin, Nicholas J. ........................................ThP23 455
Martin, Roy ......................................................TP27 492
Martin, Scott .................................................. WP15 278
Martin, Stephen ............................................ WP35 673
Martin, William H.C. .....................................ThP31 634
Martinez, Alberto............................................MP25 520
Martinez, Elizabeth........................................MP34 698
Martinez Ferrando, Isabel ............................ MP24 478
Martinez-Aguilar, Juan ..................................MP26 545
Martini, Cyril .................................................. WP14 244
Martino, Paul ...................................................TP10 181
Martino, Paul ...................................................TP10 185
Martins, Manoel L. ........................................ThP27 555
Martins Ferreira Souza, Gustavo Henrique TP33 620
Martinsen, Morten ..........................................TP04 074
Martinsen, Morten .................................. WOF pm 2:30
Marty, Michael ............................................... WP23 403
Marur, Vasant R. ...........................................ThP28 561
Marur, Vasant R. ...........................................ThP28 565
Maruyama, Tomoko......................................ThP19 338
Marvin, Rachel ............................................... MP10 187
Marx, Harald .................................................. WP30 572
Marx, Kristina ..................................................TP36 716
Marx, Kristina ................................................ThP19 339
Marx, Kristina ................................................ThP19 356
Masaki, Noritaka ...........................................ThP04 048
Masanori, Arita ..................................... ThOB am 09:50
Mascini, Nadine ......................................WOD pm 3:50
Masek, Ondrej................................................MP31 648
Masesane, Ishmael ....................................... MP06 115
Mason, Ronald .............................................. WP19 345
Massé, Daniel .................................................TP31 587
Masselon, Christophe ..................................ThP23 476
Masselot, Alexandre.......................................TP28 502
Masselot, Alexandre.......................................TP22 350
Massi, Jennifer ..............................................ThP27 544
Massi, Jennifer ................................................ TP37 757
Masson, Jean-François ...............................ThP04 041
Massoni, Sam .................................................TP08 130
Massonnet, Philippe.......................................TP33 653
Mastuda, Shuichi ........................................... MP33 678
Masujima, Tsutomu ....................................... MP04 065
Masujima, Tsutomu ......................................ThP28 579
Masujima, Tsutomu ....................................... MP33 678
Masujima, Tsutomu ....................................... MP32 660
Masujima, Tsutomu ......................................ThP14 252
Masujima, Tsutomu ........................................TP29 556
Masukevich, Sergey.......................................TP04 084
Masumoto, Hiroshi ....................................... WP32 599
Masyuko, Rachel ..........................................ThP04 040
Matern, Dietrich .............................................MP09 179
Matern, Dietrich ............................................ WP07 106
Matern, Dietrich ............................................ WP07 107
Mathe, Ewy A. ............................................... WP18 312
Mather, Joanne .............................................. MP25 519
Matheron, Lucrece ....................................... WP30 572
Mathew, Anna ................................................WP17 311
Mathew, Robin .............................................. WP36 693
Mathewson, Travis ....................................... WP13 228
Mathias, Rommel ....................................MOA pm 3:10
Mathias, Rommel ...........................................TP19 286
Mathieu, Richard E. ..................................... WP07 102
Mathieu, Richard E. ..................................... WP07 099
Mathur, Abhinav ............................................ WP32 598
Mathur, Raman .............................................ThP06 102
Matijevic, Mark ................................................ TP22 352
Matlock, Andrea ............................................. WP33 611
Mats, Lili ........................................................... TP04 082
Matsubara, Atsuki ..................................ThOC pm 3:10
Matsubara, Atsuki ..........................................MP27 563
Matsubara, Toshiya ....................................... MP26 536
Matsubara, Toshiya ........................................ TP08 161
Matsuda, Fumio ............................................ WP13 226
Matsumoto, Keiko......................................... WP19 326
Matsumoto, Keiko......................................... WP03 028
Matsumoto, Keiko...........................................TP37 739
Matsumoto, Keiko......................................... WP03 026
Matsumoto, Keiko..........................................MP36 733
Matsuo, Yoshiki ..............................................MP23 448
Matter, Brock ........................................ThOH am 08:30
Mattes, Timothy .............................................MP24 468
Matthew, Troutman........................................ MP02 034
Mattingly, Jarrod W.......................................ThP22 439
Mattingly, Jarrod W.......................................ThP22 437
Mattingly, Stephanie J. ..................................TP23 365
Matts, Robert L. ............................................ThP23 447
Matturri, Luigi ..................................................TP31 606
Maturana Filho, Milton .................................. MP06 102
Matzuk, Martin ................................................TP24 394
Mauclaire, Gérard...........................................TP04 070
Maust, Matthew ..............................................TP12 212
Mauvieux, Laurent ........................................ThP22 428
Mawhinney, Thomas .....................................MP34 703
Mawhinney, Thomas .....................................MP34 706
Mawson, Deborah ........................................ThP21 397
Mawuenyega, Kwasi ............................. ThOD pm 3:30
Maxwell, G. Larry ..........................................MP25 501
Maxwell, Rachel .............................................TP31 584
May, Jody ............................................... MOB am 09:10
May, Jody C................................................... WP38 747
May, Jody C...................................................ThP25 486
Mayampurath, Anoop.....................................TP36 737
Mayampurath, Anoop...................................ThP20 376
Mayampurath, Anoop................................... WP26 470
Mayampurath, Anoop................................... WP32 598
Mayboroda, Oleg A. ..................................... WP35 678
Maydwell, George ..........................................TP28 524
Mayer, Chris ..................................................ThP10 172
Mayer, Paul Michael.....................................ThP36 726
Mayeux, Charly ............................................... TP02 030
Mayhew, Chris A. ..........................................ThP26 521
Maylin, George ..............................................MP30 625
Maynard, Steve..............................................MP30 627
Mayrand-Provencher, Laurence.................ThP29 612
Maze, Josh ....................................................ThP06 093
Maze, Joshua ................................................ThP06 099
Maze, Joshua ................................................ThP06 094
Maze, Joshua ................................................ ThP07 110
Mazhar, Sahar............................................... WP36 701
Mazhar, Sahar...............................................ThP17 280
Maziarz, Margaret .................................TOC am 08:30
Mazock, John ................................................. MP17 342
Mazur, Dmitry ................................................ WP03 031
Mazzarino, Monica ....................................... WP08 135
Mazzega, Elisa ............................................. WP06 092
Mazzoleni, Lynn ............................................. MP35 717
Mazzotti, Fabio ...............................................TP34 690
Mazzucchelli, Gabriel...................................ThP23 453
Mazzucchelli, Gabriel....................................MP23 459
Mazzucchelli, Gabriel...................................ThP09 154
Mazzucchelli, Gabriel...................................ThP16 272
Mbeunkui, Flaubert ...................................... WP08 130
Mbeunkui, Flaubert ........................................TP29 538
Mcalister, Graeme ................................. TOA am 09:30
McAlister, Graeme ..........................................TP04 077
McAlister, Graeme ................................. TOE am 10:10
McAlister, Graeme C......................................TP28 508
McAllister, Fiona E. ........................................TP19 284
McAlpin, Casey .............................................. WP07 116
McArdell, Christa .................................. WOF am 09:30
McBride, Eileen...................................... ThOF pm 4:10
McBride, Andrew ..................................... TOB pm 3:30
McBride, William ............................................. TP18 273
McBride, William ............................................. TP21 315
McCann, Kevin ...............................................TP26 459
McCann, Kevin ...............................................TP26 461
McCann, Kevin ............................................. WP16 283
McCann, Kevin .............................................ThP07 119
McCardle, James A. ................................ TOC pm 2:30
McCarry, Brian .............................................. WP04 040
McCarter, John D. ........................................ WP24 446
McCarthy, Jason W. .......................................TP19 288
McCarthy, Maureen ....................................... MP35 716
Mccaskill, David ............................................ WP19 334
McClelland, John .......................................... WP19 351
McClure, Evelyn ...........................................ThP29 595
McClure, Richard .......................................... WP12 206
Mccomb, Mark .................................................... Special
McComb, Mark E ................................... TOA am 09:10
McComb, Mark E ............................................ TP16 240
McComb, Mark E ..........................................ThP23 462
McComb, Mark E.......................................... WP33 630
Mccomb, Mark E. ...........................................TP18 258
Mccomb, Mark E. ...........................................TP18 268
McComb, Mark E.......................................... WP32 605
McComb, Mark E.......................................... WP28 493
McConnell, Joseph.........................................TP30 571
McConville, Patricia ...................................... MP06 116
McCooeye, Margaret ....................................MP07 139
Mccord, James .............................................ThP09 155
McCorrister, Staurt .......................................ThP25 498
McCorrister, Stuart .......................................ThP08 136
McCorrister, Stuart .......................................ThP25 515
McCorrister, Stuart J .....................................MP06 094
McCullagh, Michael ........................................ TP37 750
McCullagh, Michael .......................................MP31 639
McCullagh, Michael ........................................ TP33 626
McCullagh, Michael ......................................ThP27 532
McCullagh, Michael ......................................ThP27 533
McCullagh, Michael ........................................ TP33 627
McCullough, Arthur........................................MP29 592
Mcdevitt, Molly .........................................MOA pm 3:30
McDevitt, Molly T. ................................. MOA am 09:10
McDonald, John .............................................. TP24 394
McDonald, John .............................................. TP24 389
McDonald, Scott ...........................................ThP27 557
McDonald, Stephen ..................................... WP13 232
McDonald, Stephen .......................................TP25 421
McDonald, Stephen .......................................TP18 262
McDonald, Thomas ....................................... MP26 531
Mcdonnell, Liam ........................................... WP12 218
McDonnell, Liam A. ...................................... WP09 141
McDonough, John ..........................................TP26 458
McDowall, Mark ............................................ WP36 699
McDowell, Gary ............................................ThP09 161
McDuff, Francois-Olivier ..............................ThP18 315
McDunn, Jonathan .........................................TP30 568
McElnay, James...................................... MOC pm 3:30
Mcewan, Murray J. .......................................ThP29 603
McEwen, Charles .........................................ThP04 051
McEwen, Charles ...........................................TP34 668
Mcewen, Charles N............................... ThOA pm 2:50
McEwen, Charles N. ....................................ThP07 113
McEwen, Charles N. ......................................TP04 062
McEwen, Charles N. ....................................ThP31 637
McEwen, Dr. Charles .................................... MP15 264
McFarland, Melinda A. .................................ThP25 516
McFee, William ......................................TOH am 09:50
McGee, William M. .........................................TP02 042
McGibbon, Graham A. .................................ThP27 557
Mcginley, Michael ..........................................MP13 244
McGinley, Michael .........................................MP07 134
Mcginley, Michael ..........................................MP06 095
McGinnis, A. Cary..........................................MP14 258
McGinnis, A. Cary................................. MOD am 10:10
McGrath, Sara C. ......................................... WP19 343
McGraw, Dennis ........................................... WP15 272
Mcguire, Jeffrey ..............................................TP24 395
McHale, Kevin ............................................... WP17 301
McHale, Kevin J..............................................TP24 414
McIlvin, Matthew ...........................................ThP25 519
McIntire, Greg ...............................................ThP29 593
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 223
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
McIntire, Gregory ...........................................MP01 004
McIntosh, Alistair .................................. MOC am 09:50
McIntyre, Doug .............................................ThP07 119
McIntyre, Will..................................................MP21 396
McKay, Matthew ........................................... WP33 618
McKee, Thomas..............................................TP21 333
Mckeith, Holly ................................................ WP13 228
McKemie, Daniel ...........................................MP30 628
Mckenna, Amy .......................................ThOG pm 3:50
McKenna, Amy M. ........................................ WP05 045
McKennan, Christopher.................................TP21 322
McKenzie, Christine ..................................... WP34 650
McKenzie, Christine J. ................................. WP30 544
McKenzie, Donald L. .................................... WP15 257
McKenzie, Donald L. .................................... WP15 264
Mckeown, Alan ...............................................MP06 105
McKew, John ................................................... TP25 443
McKinney, Kimberly Q. .................................MP27 555
Mclafferty, Fred W. .................................WOC pm 2:50
McLaren, David...............................................TP21 307
Mclaren, David ........................................ WOD pm 3:10
McLean, Brendan ...........................................TP28 512
Mclean, James ....................................... ThOF pm 2:30
McLean, John ...........................................TOF pm 3:10
McLean, John .................................................TP24 390
McLean, John ................................................MP29 588
McLean, John .................................................TP04 066
McLean, John ....................................... MOB am 09:10
McLean, John ...............................................ThP28 585
McLean, John A. ........................................... WP38 747
McLean, John A. ........................................... WP38 751
McLean, John A. ...........................................ThP25 486
McLeod, Elizabeth .......................................... TP35 697
McLuckey, Morgan N. ....................................TP04 080
McLuckey, Scott..............................................TP07 126
McLuckey, Scott.............................................MP21 402
McLuckey, Scott.....................................ThOC pm 3:30
McLuckey, Scott............................................ThP35 699
McLuckey, Scott..............................................TP02 028
McLuckey, Scott............................................ThP14 256
McLuckey, Scott.............................................MP15 273
McLuckey, Scott A. ............................... MOB am 08:50
McLuckey, Scott A. ......................................... TP02 042
McLuckey, Scott A. ......................................... TP02 029
McMahon, Chris ............................................MP33 681
McMahon, Kelly ..............................................TP28 519
McMahon, Matthew ...................................... WP14 247
McMaster, Christopher .................................MP29 579
McMillen, Chelsea L. .....................................TP07 124
McNally, Jonathan ........................................ThP29 606
McNally, Jonathan ........................................ThP29 592
McNamara, John ........................................... MP11 215
McNeill, Eric .................................................. WP37 731
McNeil-Schwalm, Carla ................................ MP27 564
McNew, Brita .................................................. MP12 225
McNew, Brita ...................................................TP34 689
McNew, Brita ................................................. ThP11 191
McNicholas, Matt T. ....................................... MP17 331
McNulty, Dean ............................................... WP34 651
McPhail, David .............................................. WP12 220
Mcqueen, Peter D. ....................................... WP33 623
McShane, Adam ...........................................ThP24 478
McShane, Adam ...........................................ThP24 479
McShane, Adam ............................................MP23 462
McShane, Adam Jay .................................... WP27 480
Mechref, Yehia ..............................................ThP20 367
Mechref, Yehia .............................................. WP26 470
Mechref, Yehia .............................................. WP26 460
Mechref, Yehia ................................................TP21 317
Mechref, Yehia ................................................TP35 692
Mechref, Yehia ................................................TP35 702
Mechref, Yehia ..............................................ThP19 357
Mechref, Yehia .............................................. WP32 598
Mechtler, Karl .................................................MP06 126
Mechtler, Karl ................................................ WP34 660
Mechtler, Karl ................................................ WP30 541
Mechtler, Karl ................................................ThP34 682
Mechtler, Karl ..................................................TP18 275
Medana, Claudio ..........................................ThP28 571
Medard, Guillaume ....................................... WP35 670
Medema, René H. ................................ MOA am 09:50
Medin, Jeffrey A. ........................................... WP09 139
Medzihradszky, Katalin F......................TOD am 09:30
Meek, Claudia ............................................... WP06 089
Meeker, Larry .................................................MP32 659
Meerholz, Klaus ............................................ WP37 733
Megger, Dominik...........................................ThP22 413
Megger, Dominik...........................................ThP22 412
Mehcref, Yehia ................................................TP36 737
Mehcref, Yehia ..............................................ThP20 376
Mehl, John T. .................................................. MP25 507
Mehta, Anand ........................................... TOB pm 3:10
Mehta, Anand ................................................ WP09 137
Meier-Schellersheim, Martin ....................... WP36 692
Meijer, Alexander B ...................................... WP28 514
Meijer, Alexander B ......................................ThP17 292
Meijer, Annemarie H. ................................... WP31 585
Meiler, Jens ....................................................MP21 398
Meiring, Hugo D..............................................TP10 176
Meissen, John ........................................ TOF am 08:50
Méjean, Marie ................................................ MP11 220
Méjean, Marie .................................................TP03 051
Mejía Ospino, Enrique ..........................ThOG pm 3:30
Mejía-Ospino, Enrique ................................. WP05 054
Mejía-Ospino, Enrique ................................... TP21 321
Melechco Carvalho, Valdemir ...................... WP07 111
Mellacheruvu, Dattatreya ..............................TP17 249
Mellal, Mourad ..............................................ThP23 476
Melles, Daniel .................................................TP25 424
Mellis, Alexandra .......................................... WP01 002
Mellors, J. Scott .................................... MOB am 09:30
Melo, Fernanda..............................................MP26 543
Meltzer, Paul S.............................................. WP18 312
Melvin, James .................................................TP19 287
Mendoza, Luis................................................MP18 373
Mendoza, Luis.................................................TP28 525
Mendrick, Donna ..........................................ThP28 588
Mendrick, Donna ............................................TP24 383
Menezes Saidemberg, Daniel ............... TOG pm 2:50
Meng, Chen .................................................... MP29 585
Meng, Da ....................................................... WP34 644
Meng, Da .........................................................TP12 209
Meng, Jia-Ming ........................................MOA pm 4:10
Meng, Juncai .................................................ThP10 182
Meng, Min .............................................ThOC am 08:30
Meng, Min ......................................................ThP29 608
Meng, Min ........................................................ TP26 469
Meng, Min ....................................................... MP13 245
Meng, Min ......................................................ThP29 592
Meng, Min ........................................................ TP08 162
Meng, Tzu-Ching ..........................................ThP18 316
Meng, Zhaojing ...............................................TP08 158
Menger, Robert .............................................. MP10 199
Mennito, Anthony .......................................... WP05 051
Menoni, C.S. .................................................ThP06 103
Menschaert, Gerben ......................................TP17 254
Menschaert, Gerben ......................................TP22 355
Menschaert, Gerben ....................................ThP34 683
Menschaert, Gerben ....................................ThP34 676
Merchant, Kalpana .........................................TP13 213
Merchant, Mark .............................................ThP21 388
Mercier, Catherine .......................................... TP28 505
Mercken, Marc ................................................TP19 280
Mercola, Mark ..........................................MOA pm 2:30
Merel, Sylvain .................................................TP31 604
Merel, Sylvain ................................................MP31 629
Merid, Yonathan ............................................ThP05 053
Meriin, Anatoli B............................................ WP28 493
Merkley, Eric ................................................... MP20 389
Merrihew, Gennifer ............................... MOA am 08:30
Merrihew, Gennifer ......................................... TP08 133
Merrihew, Gennifer E. .................................. WP31 582
Merrill, Anna E. .....................................WOE am 09:50
Merrill, Anna E. ............................................. WP33 608
Merrill, Anna E. ...................................... TOA am 08:30
Merrill, Anna E. .............................................ThP13 232
Merrill, Mike ................................................... WP06 077
Merritt, Thomas J. S.......................................TP24 408
Merryman, Evan S .........................................TP22 353
Mertens, Bart J. ............................................ThP23 471
Mertens, Koen............................................... WP28 514
Mertens, Koen...............................................ThP17 292
Mertins, Philipp ..................................... WOA am 10:10
Mertins, Philipp ........................................ TOD pm 3:30
Mesaros, Clementina ..................................... TP24 407
Mesaros, Clementina ..................................... TP24 393
Mesaros, Clementina ..................................... TP29 550
Mesaros, Clementina ................................... WP17 306
Mesker, Wilma .............................................. WP12 218
Mesker, Wilma E. .........................................ThP23 471
Mesmin, Cedric .............................................ThP23 476
Mess, Jean-Nicholas ................................... WP33 643
Mess, Jean-Nicholas .....................................TP08 135
Mess, Jean-Nicholas ...................................ThP29 616
Mess, Jean-Nicholas ....................................MP25 494
Mess, Jean-Nicholas .....................................TP08 140
Mess, Jean-Nicholas ...................................ThP29 612
Mess, Jean-Nicholas ...................................ThP29 617
Mess, Jean-Nicholas ................................... WP33 640
Mess, Jean-Nicholas ................................... WP33 631
Mess, Jean-Nicholas ...................................ThP29 614
Messick, Kirsten ...........................................ThP21 388
Mestdagh, Helene ..........................................TP04 070
Mestecky, Jiri ........................................ThOD am 09:30
Mester, Zoltan ................................................MP07 139
Mester, Zoltan ................................................MP03 053
Metalnikov, Pavel............................................TP37 755
Metz, Bernard .................................................TP10 176
Metz, Thomas .................................................TP33 652
Meuwis, Marie Alice .....................................ThP09 154
Meuwis, Marie-Alice ...................................... MP23 459
Meuwis, Marie-Alice .....................................ThP23 453
Meyer, Audrey ................................................. TP27 497
Meyer, Audrey ....................................... MOE am 09:30
Meyer, Dylan ................................................... TP11 204
Meyer, Helmut ...............................................ThP22 412
Meyer, Helmut E. ..........................................ThP04 034
Meyer, Helmut E. ..........................................ThP22 413
Meyer, Jesse .................................................ThP09 149
Meyer, Kevin ...................................................TP37 756
Meyer, Markus ...............................................MP09 176
Meyer, Markus ................................................TP29 546
Meyer, Markus ................................................TP30 575
Meyer, Markus ................................................TP36 716
Meyer, Matthew ............................................ThP17 299
Meyer, Matthew ..............................................TP21 332
Meyer, Melissa .............................................. WP06 070
Meyer, Timothy ............................................. WP18 322
Meyers, Kevin .................................................TP19 276
Meymaris, Allysen ........................................ThP29 607
Meymaris, Allysen .........................................MP01 027
Mezhebovsky, Tanya ............................... TOC pm 2:30
Miao, Yunan ...................................................MP22 431
Miao, Yunan .................................................. WP21 380
Michael, Belford ............................................ ThP07 110
Michaelis, Elias .............................................ThP28 577
Michaelis, Mary Lou .....................................ThP28 577
Michalski, Annette ................................WOE am 10:10
Michan, Shaday ............................................ WP28 495
Michel, Christian ............................................ MP24 476
Michelsen, Klaus .......................................... WP14 241
Michielssens, Servaas .......................... ThOE pm 3:10
Michon, Josee ............................................... WP33 643
Michon, Josée ...............................................ThP29 612
Midey, Anthony...............................................MP06 121
Mierzwa, Jerzy ................................................ TP32 613
Miguet, Laurent .............................................ThP22 428
Mikhailov, Victor A. ....................................... WP23 412
Mikkelsen, Jens D ..........................................TP19 283
Miksovska, Jaroslava.....................................TP09 167
Miladi, Mahsan ................................................ TP06 110
Miladi, Mahsan ................................................ TP09 164
Miladinovic, Sasa ......................................... WP31 595
Miladinović, Saša M. ...................................... TP08 142
GENERAL INFORMATION
PAGE 224 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Miladinović, Saša M. ...................................... TP17 252
Miladinović, Saša M. ...................................... TP21 310
Milagre, Cintia .................................................TP34 679
Milagre, Humberto .........................................MP08 165
Milagre, Humberto .......................................... TP34 679
Milasinovic, Slobodan .................................. WP12 195
Milasinovic, Slobodan ..................................ThP36 714
Miliotis, Tasso ................................................ThP21 398
Milla, Carlos...................................................ThP29 594
Millar, Alan ...............................................WOD pm 3:10
Miller, Christine ...............................................TP33 647
Miller, Jessica ................................................ WP18 313
Miller, KellyAnn .............................................ThP25 512
Miller, Lance ....................................................TP08 130
Miller, Marcus .................................................. TP31 602
Miller, Marcus ................................................ThP27 544
Miller, Marcus .................................................. TP31 600
Miller, Michael R. ..........................................ThP25 512
Miller, Rebecca ...............................................TP35 691
Miller, Ronald A. ..................................... ThOD pm 4:10
Miller, Scott .................................................... WP14 246
Miller, Vaughn.................................................MP02 036
Miller, Vaughn................................................ WP08 127
Miller, Vaughn................................................ThP01 012
Millet, Anne ........................................... ThOE am 09:50
Milliken, Jenna E. ......................................... WP06 084
Millis, Kevin ................................................... WP33 613
Mills, Clare ..................................................... WP19 344
Mills, David .................................................... WP19 349
Mills, Gordon ............................................ TOD pm 3:30
Mills, Mark .....................................................ThP05 059
Milton, Dafydd ................................................ MP06 128
Min, Lie...........................................................ThP24 480
Minamisawa, Toshikazu ..............................ThP20 368
Minardi, Carina ...................................... ThOA pm 3:30
Miner, Kyle ......................................................MP20 389
Ming, Xun.........................................................TP29 532
Minkoff, Benjamin .................................. ThOE pm 3:30
Minkoff, Benjamin .......................................... MP32 664
Minner, Sarah Minner ...................................MP10 202
Minnich, Anne ........................................ThOD pm 2:30
Mino, Warren ...................................................TP04 083
Minohata, Toshikazu ......................................TP30 569
Minohata, Toshikazu .................................... WP08 121
Minor, Elizabeth ............................................ WP04 037
Minthon, Lennart.............................................TP19 280
Mirabelli, Mario Francesco ..........................ThP04 044
Miranda, Cristobal ..........................................TP24 416
Mirhom, Youssef W. ...................................... MP34 691
Mirica, Liviu ....................................................MP22 438
Mirjankar, Nikhil ..............................................TP35 703
Mirnezami, Reza...........................................ThP04 042
Mirokhin, Yuri ..................................................TP23 368
Mirokhin, Yuri ................................................ThP34 669
Mirokhin, Yuri .................................................MP19 384
Mirokhin, Yuri .................................................MP18 368
Mirokhin, Yuri ................................................ WP31 592
Mirzaei, Hamid ............................................... MP18 357
Mirzaei, Mehdi........................................ ThOE pm 2:30
Misharin, Alexander ......................................MP16 304
Mishra, Prachi ............................................... WP18 312
Mishra, Usha ...................................................TP20 300
Misonne, Xavier ............................................ WP33 643
Misonne, Xavier ............................................ WP33 640
Mistrik, Robert ................................................ MP03 045
Mistrik, Robert ...................................... ThOB am 10:10
Mitamura, Kuniko ...........................................TP26 452
Mitchell, Christopher .................................... WP12 203
Mitchell, Kylie ..................................................TP23 372
Mitchell, Todd W. ............................................TP33 642
Mitchell, Todd W. ...........................................MP12 229
Mitran, Sorin ................................................... MP16 301
Mitran, Sorin .................................................... TP28 506
Mitrovic, Bojan ................................................TP04 055
Mitsuhiro, Kanazawa ..........................ThOB am 09:50
Mittler, Ron .....................................................MP04 072
Mitulovic, Goran ............................................ThP34 691
Mitulović, Goran ............................................ThP13 242
Miura, Daisuke ..............................................ThP04 032
Miura, Daisuke .............................................. WP12 221
Miura, Daisuke .............................................. WP19 341
Miura, Hiroya .................................................. MP25 496
Miwa, Teruhiko .............................................. WP07 105
Miwa, Teruhiko ............................................... WP07 114
Miyagawa, Haruhiko ....................................ThP11 201
Miyagi, Masaru ............................................. WP22 391
Miyagi, Masaru ..............................................MP29 600
Miyaji, Atsuko .................................................MP23 448
Miyamoto, Suzanne ............................. MOD am 09:30
Miyamoto, Suzanne ............................ThOC am 09:50
Miyauchi, Yukiko ............................................ MP11 213
Miyawaki, Izuru ...............................................TP29 556
Miyoshi, Daisuke ...........................................MP13 233
Mizanur, Rahman ...........................................TP35 706
Mize, Todd ..................................................... WP23 412
Mizuno, Hajime .............................................. MP04 065
Mizuno, Hajime .............................................ThP28 579
Mizuno, Hajime .............................................. MP32 660
Mizuno, Hajime .............................................. MP33 678
Mizuno, Nancy K. ...........................................TP26 465
Mizuno, Ryoko ...............................................MP09 178
Mjaavatten, Olav...........................................ThP23 456
Mo, Huanbiao .........................................ThOC pm 4:10
Mo, Jingjie .............................................WOH am 08:30
Mo, Shunyan .................................................ThP31 643
Moch, J. Kathleen.................................. ThOB pm 4:10
Mochizuki, Naoki ............................................TP37 739
Modarelli, Jody M. .........................................MP28 570
Moehring, Thomas .........................................TP14 218
Moeller, Roy ....................................................TP04 054
Moeller, Roy ...................................................MP15 271
Moench, Paul .................................................MP17 340
Moffat, John .............................................. TOD pm 4:10
Moffett, Ryan ................................................. ThP11 206
Moghaddas Gholami, Amin..........................MP29 582
Moghaddas Gholami, Amin..........................MP29 581
Moghaddas Gholami, Amin..........................MP19 383
Moghaddas Gholami, Amin..........................MP29 585
Moghieb, Ahmed............................................MP26 538
Mohammed, Hisham .................................... WP28 496
Mohammed, Shabaz ..................................... MP06 119
Mohammed, Shabaz .................................... WP31 586
Mohammed, Shabaz .................................... WP30 541
Mohammed, Shabaz .................................... WP31 583
Mohammed, Shabaz .................................... WP30 572
Mohammed, Shabaz ............................ MOA am 09:50
Mohammed, Shabaz .....................................MP06 098
Mohammed, Yassene .................................. WP31 585
Mohimani, Hosein..........................................MP34 707
Mohr, Susanne ............................................... MP11 216
Mohsin, Sheher...............................................TP31 604
Mohsin, Sheher Bano ...................................MP31 632
Moini, Mehdi ................................................... MP29 603
Moini, Mehdi ................................................... MP30 605
Moini, Mehdi ............................................ WOA pm 3:30
Moise, Adrian ................................................ThP14 255
Mojica, Wilfrido .............................................ThP22 421
Mok, Yu Keung...............................................MP34 712
Molaioni, Francesco ...................................... MP30 614
Molden, Rosalynn...........................................TP22 345
Moldoveanu, Zina ......................................... WP32 601
Moldoveanu, Zina .........................................ThP19 330
Molina, Henrik ................................................ MP09 168
Molina, Henrik ................................................ MP24 478
Molins, Claudia .............................................ThP25 496
Mollah, Sahana .............................................. MP24 466
Mollan, Todd .................................................. WP30 556
Mollan, Todd .................................................. WP30 557
Molloy, Mark .................................................. WP33 618
Molloy, Mark ....................................................TP18 259
Molloy, Mark .................................................. WP27 488
Molloy, Mark P. ............................................... MP26 545
Molnar, Laszlo ...............................................ThP28 560
Molzahn, Lars .................................................TP28 520
Mommen, Geert P.M. ..................................... TP10 176
Monaco, Marie E. .........................................ThP28 569
Mondeguer, Florence ...................................ThP25 518
Monge, Maria ..................................................TP24 394
Monge, María ................................................ WP17 292
Monge, María .................................................. TP24 389
Monkkonen, Lucas ....................................... WP23 420
Monkonnen, lucas .........................................MP17 336
Monks, Paul S ................................................ MP16 321
Monks, Terrence ........................................... WP26 472
Monod, Michel...............................................ThP13 242
Monroe, Eric .................................................... TP09 169
Monroe, Matthew ............................................ TP33 652
Monroe, Matthew E. ...................................... MP24 483
Monsey, John ........................................ MOF am 09:30
Monteiro, Alvaro ..............................................TP08 157
Montenegro Burke, Rafael ........................... MP29 588
Montero Collado, Vladimir...........................ThP06 090
Montgomery, Helen ......................................ThP25 493
Moochhala, Shabbir .......................................TP24 386
Moon, Dae Won ............................................ThP31 644
Moon, Jeong Hee .........................................ThP05 055
Moon, Jeong Hee .........................................ThP05 071
Moon, Myeong Hee ......................................ThP09 141
Moon, Pyong-Gon ..........................................TP35 705
Moore, Benjamin ..........................................ThP35 697
Moore, Benjamin ..........................................ThP12 223
Moore, Blake P. ....................................ThOD am 09:30
Moore, Bradley S...........................................MP34 707
Moore, D. Ray ................................................ MP03 059
Moore, David .................................................ThP35 700
Moore, David ................................................. WP33 626
Moore, Jessica L. ..........................................MP10 191
Moore, Jessica L. ..........................................MP10 190
Moore, Melissa J. ...........................................TP28 522
Moore, Robin..................................................MP25 507
Moore, Roger ................................................ThP09 147
Moore, Ronald ......................................... TOD pm 3:30
Moore, Ronald ................................................TP12 209
Moore, Ronald .............................................. WP34 644
Moore, Ronald ...................................... WOA am 08:50
Moore, Ronald J. .......................................... WP27 484
Moore, Ronald J. .................................. MOA am 10:10
Moore, Ronald J. ...........................................MP26 542
Moorman, Matthew .......................................MP08 163
Moorthy, Ganesh ............................................TP25 436
Moorthy, Ganesh .......................................... WP06 094
Mootha, Vamsi .........................................MOF pm 3:30
Morad, Yuval ..................................................MP19 383
Morad, Yuval ..................................................MP29 581
Morad, Yuval ..................................................MP29 582
Morad, Yuval .................................................ThP34 675
Moradian, Annie ..............................................TP22 342
Moraes, Fabricio Edgar de ..........................MP32 666
Moraff, Carol...................................................MP06 121
Morag, Mati ....................................................MP17 338
Morais, Erica ..........................................TOG am 09:50
Morais Cardozo, Karina Helena .................. WP07 111
Moran, Dawn .................................................ThP25 519
Morandi, Gregory ..........................................WP11 183
Mordehai, Alex ..............................................ThP28 584
Mordehai, Alex ...............................................MP01 006
Mordehai, Alex ................................................TP33 652
Mordehai, Alex .............................................. WP38 740
Mordehai, Alex ................................................TP33 657
Mordehai, Alexander ............................. TOG am 08:50
Mordehai, Alexander .................................... WP38 753
Mordehai, Alexander ...................................... TP33 647
Mordehai, Alexander ............................ MOB am 09:10
MOREAU, Stephane ..................................... WP07 110
Moreau, Stéphane .......................................... TP37 746
Moreau, Stéphane ........................................ WP07 098
Moreau, Stéphane .......................................... TP31 585
Moreau, Stéphane .......................................... TP26 464
Moree, Wilna ................................................. WP12 217
Morel, Francois M. M. ..................................ThP13 240
Morel, Isabelle................................................MP30 617
Moresco, James ...........................................ThP17 286
Morgan, Alicia ............................................... WP12 209
Morgan, Chris ......................................... MOD pm 3:30
Morgenstern, David ........................................ TP11 203
Morgner, Nina ................................................WP23 411
Morgon, Nelson H. ....................................... WP38 735
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 225
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Morgon, Nelson H. .........................................TP33 658
Moriceau, Julie .............................................. WP08 125
Moriguchi, Naoki ............................................ WP11 180
Morimoto, Kentaro .........................................MP18 358
Morin, Eric ......................................................MP01 024
Morin, Louis-Philippe ................................... WP33 631
Morin, Louis-Philippe ................................... WP33 643
Morin, Louis-Philippe ...................................ThP29 611
Morin, Louis-Philippe .....................................TP08 140
Morin, Louis-Philippe ................................... WP33 640
Morin, Paul ............................................WOH am 08:30
Moritz, Robert ................................................MP09 168
Moritz, Robert .......................................... TOH pm 4:10
Moritz, Robert L. .............................................TP28 501
Moritz, Robert L. ................................... MOC am 08:50
Moritz, Robert L. ............................................ MP18 373
Moritz, Robert L. .............................................TP28 525
Morla, Aymeric .............................................. WP08 125
Morlock, Gertrud ...........................................ThP06 107
Morokuma, Hidetoshi ..................................... TP05 088
Morokuma, Hidetoshi ..................................... TP05 092
Morosi, Lavinia ............................................... WP11 191
Morra, Franca .................................................TP31 597
Morré, Jeffrey ................................................. MP34 701
Morré, Jeffrey ..................................................TP24 401
Morreau, Hans .............................................. WP12 218
Morris, Ayodele ..............................................MP01 004
Morris, Ayodele .............................................ThP29 593
Morris, Frank ...................................................TP25 420
Morris, Frank ...................................................TP25 428
Morris, Jeffrey ................................................MP19 386
Morris, Mike ..................................................... TP01 002
Morris, Mike .......................................... ThOA am 10:10
Morris, Mike ..................................................... TP04 086
Morris, Robert ................................................MP24 468
Morris, Ron .............................................. MOE pm 3:30
Morrisey, Brian ..............................................ThP22 415
Morrison, Lindsay .................................MOG am 08:30
Morrison, Lindsay ......................................... WP23 416
Morrissey, Barbara ........................................MP30 626
Mortensen, Grith ........................................... WP19 345
Moruz, Luminita .............................................MP06 126
Morzan, Ezequiel M. ....................................ThP05 052
Moschidis, Emmanouil..................................MP19 386
Moseley, Arthur .............................................ThP25 487
Moseley, Arthur .............................................ThP28 573
Moseley, Hunter N. B. .................................... TP23 365
Moseley, M Arthur ..........................................MP18 371
Moseley, M. Arthur...................................MOA pm 2:50
Moseley, M. Arthur........................................ThP17 302
Moseley, M. Arthur................................. TOF am 09:30
Moseley, Richard ........................................... MP16 297
Mosely, Jackie ................................................MP17 343
Mosely, Jackie A. ............................................ TP06 120
Moshin, Jenny ................................................. TP29 535
Moskal, Joseph R. .........................................MP29 597
Moskala, Robert ............................................MP34 687
Moskovets, Eugene .....................................ThP30 628
Moss, Christopher ..........................................TP21 340
Moss, Ryan ....................................................MP33 676
Mossine, Valeri V. .......................................... MP34 706
Mostovenko, Ekaterina ................................ WP35 678
Motari, Edwin M. ...........................................ThP19 350
Motti, Luigi ..................................................... WP08 134
Motti, Luigi .......................................................TP29 554
Motti, Luigi ......................................................MP31 638
Motti, Luigi ......................................................MP31 637
Mou, Si ........................................................... WP30 545
Mougeot, Jean-Luc .......................................MP27 555
Moulder, Robert .............................................MP28 568
Moura, Sidnei ................................................. MP34 692
Moura, Sidnei ................................................. MP24 473
Mouritsen, Jeppe ..................................... TOH pm 4:10
Movahed, Navid .............................................. TP24 398
Mowry, Curtis .................................................MP08 163
Moyano, Ana Lis ............................................. TP27 482
Moyano, Daniel F..........................................ThP02 024
Mraz, Jaroslav...............................................ThP21 401
Mrazek, Hynek ........................................ WOH pm 3:10
Mriziq, Khaled ................................................MP06 108
Mrksich, Milan ..........................................MOA pm 3:50
Mrozinski, Peter ............................................ ThP11 203
Msallaty, Zaher..............................................ThP17 293
Mu, Ruipu ...................................................... WP03 022
Mu, Ting-Wei ................................................. WP28 501
Mu, Zhaomei .................................................ThP22 418
Muccio, Donald D. ......................................... MP22 425
Muchena, John .............................................ThP20 366
Muddiman, David C. ......................................TP35 700
Muddiman, David C. .....................................WP11 177
Muddiman, David C. .....................................MP30 618
Muddiman, David C. ....................................ThP05 060
Muddiman, David C. ...................................... TP35 711
Muddiman, David C. .....................................MP23 441
Muddiman, David C. .................................... WP10 158
Muddiman, David C. ....................................ThP06 091
Muddiman, David C. ......................................TP21 328
Muddiman, David C. ......................................TP21 329
Muddiman, David C. ......................................TP35 699
Muddiman, David C. ....................................ThP09 155
Muddiman, David C. ......................................TP21 327
Muddiman, David C. ........................... ThOF am 09:10
Muelleder, Michael .........................................TP33 661
Muellenbeck, Matthias .......................... ThOB pm 3:30
Mueller, Benjamin F......................................ThP08 129
Mueller, Geoffrey A....................................... WP19 346
Mueller, Markus ..............................................TP08 152
Mueller, Markus ............................................ WP31 593
Mueller, Martin ...............................................MP24 482
Mueller, Mathias .............................................TP14 218
Mueller, Rolf ...................................................MP03 051
Muesing, Mark ....................................... ThOB pm 3:10
Mugoni, Vera .................................................ThP28 571
Muguruma, Miho............................................MP23 448
Mühl, Adolf ..................................................... WP07 108
Muir, Tom ..............................................ThOH am 08:50
Muir, Tom .........................................................TP22 346
Muirhead, Laura ............................................MP10 204
Muirhead, Laura .............................................TP04 086
Mukherjee, Arnab ..........................................MP20 389
Mukherjee, Gargee ...................................... WP34 661
Mukhopadhyay, Suchetana ........................ WP32 600
Mulder, Lennart .............................................ThP22 417
Mulier, Kristine ................................................TP24 398
Mulier, Kristine E. ...........................................TP23 366
Mullaney, Ian ................................................. WP17 303
Mullangi, Vennela ......................................... WP22 391
Mullen, Christopher ........................................ TP01 019
Mullen, Christopher ......................................ThP06 101
Mullen, Christopher ....................................... MP29 596
Muller, Hendrik .............................................. WP05 066
Muller, Ludovic M ......................................... WP09 148
Muller, Ludovic M. ........................................ WP23 421
Muller, Ludovic M. ..........................................TP07 125
Muller, Markus............................................... WP32 604
Muller, Markus......................................... WOB pm 3:30
Müller, David ..................................................MP15 278
Müller, David ..................................................MP15 284
Müller, David ..................................................MP15 277
Müller, Manuel.................................................TP22 346
Müller, Markus................................................MP23 458
Müller, Martin.................................................ThP17 285
Müller, Mathias ...............................................MP21 409
Müller, Rolf......................................................MP04 079
Müller, Stephan ..............................................MP15 263
Müller- Zülow, Bernd ....................................ThP09 145
Mulligan, Christopher ....................................MP30 624
Mulligan, Christopher ..................................... TP32 616
Mulligan, Christopher C. ...............................MP30 622
Mulligan, Christopher C. .............................. WP19 328
Mullin, Lauren .................................................TP31 579
Mullock, Steve................................................MP16 321
Mulvana, Daniel ............................................ WP06 097
Mulvana, Daniel ............................................. MP06 085
Munaretto, Juliana S. ...................................ThP27 555
Mundt, Max .................................................... WP34 662
Muneeruddin, Khaja ..................................... WP28 490
Muntean, Felician ...........................................TP04 054
Muntean, Felician .......................................... MP15 271
Muntel, Jan ...........................................ThOD am 10:10
Muntel, Jan ...................................................... TP08 147
Murakami, Yoshinori.....................................ThP19 338
Murase, Masaki .............................................MP18 360
Murase, Masaki .............................................MP18 358
Murayama, Kazutaka ...................................ThP19 340
Murgu, Michael ..............................................MP34 696
Murphy, Francis ..............................................TP35 712
Murphy, James................................................TP05 099
Murphy, James................................................TP04 065
Murphy, James...............................................MP06 124
Murphy, James........................................WOD pm 3:10
Murphy, Jason ...............................................ThP09 144
Murphy, Jim ............................................ TOF am 09:30
Murphy, Jim ...................................................ThP07 118
Murphy, Jim ...................................................ThP08 131
Murphy, Jim ...................................................ThP28 573
Murphy, Keeley .............................................ThP13 244
Murphy, Keeley ..............................................MP02 032
Murphy, Keeley .............................................ThP12 228
Murphy, Keeley .............................................ThP29 607
Murphy, Keeley .............................................ThP12 226
Murphy, Madigan ............................................TP31 594
Murphy, Robert ............................................. WP24 432
Murphy, Robert C. ........................................ WP06 073
Murphy, Stephane ........................................ThP12 224
Murphy, Steve ...............................................ThP08 133
Murphy, Steve ...............................................ThP10 179
Murphy, Steve .................................................TP08 148
Murr, Annette ................................................... TP19 277
Murray, Christopher......................................ThP18 321
Murray, David .......................................... WOB pm 4:10
Murray, David ................................................. MP09 175
Murray, David ................................................ WP24 423
Murray, Justin ................................................ThP10 182
Murray, Kermit K. ..........................................ThP10 175
Murray, Kermit K. ........................................... MP18 364
Murray, Kermit K. .......................................... WP05 050
Murray, Kermit K. ..........................................ThP30 626
Murray, Kermit K. .................................... WOE pm 4:10
Murray, Kermit K. ..........................................ThP05 072
Murray, Kermit K. ..........................................ThP05 053
Murray, Paul .................................................. WP10 167
Murray, Paul ....................................................TP01 001
Murray, Paul ....................................................TP01 002
Murria, Priya .................................................. WP05 057
Murthy, Shashi .............................................. WP31 575
Musapelo, Thabiso .......................................ThP30 626
Muskat, Tassilo ...............................................TP01 004
Musselman, Brian......................................... WP37 721
Musselman, Brian.................................... TOE pm 3:50
Musselman, Brian......................................... WP37 719
Musselman, Brian......................................... WP37 718
Musselman, Brian D. ...................................ThP26 520
Musselman, Brian D. ....................................MP17 342
Mustacich, Debbie J. .....................................TP26 468
Mustacich, Debbie J. .....................................TP24 403
Musunuri, Sravani .........................................MP26 539
Muthana, Mohammed S. ............................... TP32 618
Muthusamy, Nagendran ................................TP21 327
Muyldermans, Serge .....................................MP23 443
Myaing, Myint Zu ..........................................ThP25 508
Myers, Brittany ............................................... MP36 743
Myers, Brittany ............................................... MP36 744
Myers, Matt ...................................................... TP08 160
Myhr, Kjell-Morten ........................................ThP22 433
Mylott Jr., William ......................................... WP33 624
Mylott, William R. ...........................................MP26 534
Mylott, William R. ............................................ TP25 449
Mysling, Simon .......................................WOH pm 2:30
Myung, Seung-Woon .....................................TP34 678
N Eberlin, Marcos .......................................... MP06 102
Na, Chan-Hyun ............................................. WP30 561
Na, Keun ........................................................ WP35 675
Na, Seungjin ...................................................MP18 367
Na, Seungjin .................................................. WP21 381
Naboulsi, Wael ..............................................ThP22 412
Nachi, Ridha ..................................................ThP21 408
GENERAL INFORMATION
PAGE 226 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Naegele, Edgar ............................................... TP31 596
Nagadoi, Aritaka .............................................TP09 166
Nagano, Hisashi ...........................................ThP26 524
Nagao, Tatsuhiko .......................................... WP19 341
Nagaprashantha, Lokesh Dalasanur.........ThP33 667
Nagaraj, Nagarjuna ........................................ TP17 253
Nagaraj, Nagarjuna .............................. WOE am 10:10
Nagaraju, Kanneboyina ......................... WOD pm 4:10
Nagel, Jane ...................................................ThP09 144
Nagore, Linda .................................................TP20 302
Nagore, Linda ................................................MP08 152
Nagornov, Konstantin ....................................TP20 299
Nagornov, Konstantin ............................ WOF pm 3:30
Nagornov, Konstantin ..................................ThP06 082
Nagornov, Konstantin ....................................TP03 050
Nagornova, Natalia S. ........................ WOG am 09:30
Nagtalon, Dennis .......................................... ThP07 119
Nagtalon, Dennis .......................................... WP16 283
Nagy, Lauren ................................................... TP19 290
Nahon, Laurent ...............................................TP03 051
Naik, Hemanta R. ......................................... WP12 194
Nairn, Angus C................................................TP19 296
Naito, Junpei .................................................ThP05 065
Naito, Yasuhide .............................................. MP18 364
Nakagawa, Katsuhiro...................................ThP11 201
Nakagawa, Tetsuya .......................................WP11 173
Nakagawa, Tetsuya .......................................WP11 171
Nakajima, Chihiro .......................................... MP08 160
Nakajima, Hideki............................................WP07 114
Nakajima, Hideki........................................... WP07 105
Nakamura, Junya .........................................ThP04 032
Nakamura, Yoshitaka ...................................ThP25 489
Nakanishi, Tsuyoshi ..................................... WP17 296
Nakatani, Eri .................................................. WP23 420
Nakaya, Shuuichi .........................................ThP19 340
Nakayama, Hiroshi ........................................ MP14 257
Nakayama, Hiroshi ........................................ MP14 256
Nakayama, Shoji ............................................TP31 590
Nakazawa, Shiori ......................................... WP22 399
Nakazawa, Shiori ......................................... WP24 426
Nakazawa, Takashi ....................................... MP23 448
Naldrett, Mike ................................................. MP23 460
Nalli, Sandro ...................................................MP07 142
Nally, Jordan.................................................. WP06 086
Nam, Won Seok............................................ WP06 076
Nan, Hu ........................................................... MP31 651
Nance, Gwen ................................................ WP15 273
Nandwana, Vikas.......................................... WP02 003
Nanney, Lillian B. ...........................................MP10 186
Nantz, Michael H. ...........................................TP23 365
Napoli, Anna .................................................... TP34 690
Narasimhachary, Santhosh ......................... WP14 247
Narayanan, Manikandan .............................. MP29 577
Narayanan, Sreekala ................................... WP06 081
Narayanasamy, Suresh ...............................ThP18 314
Narayanasamy, Suresh ...............................ThP18 312
Narla, Goutham ............................................ThP17 280
Narla, Goutham ............................................ WP36 701
Narum, David L. ..................................... ThOB pm 4:10
Nascimento, Heliara L. .........................TOG am 09:50
Nash, John ......................................................TP02 037
Nash, Tara .............................................. ThOE pm 4:10
Nath, Avindra ...................................................TP21 324
Natrasany, Sarah ...........................................MP33 682
Nauli, Surya .................................................... MP10 187
Navare, Arti .................................................... WP28 495
Navarro, José Fernández ...........................ThP34 685
Navarro, Pedro ............................................. WP31 595
Navarro, Pedro ........................................ TOD pm 3:50
Nazarov, Erkinjon ......................................... WP38 741
Ndiaye, Sega.................................................ThP02 025
Ndiaye, Sega................................................. WP24 440
Nedelkov, Dobrin ...........................................MP25 503
Needham, Brittany ........................................MP12 231
Needham, Shane .........................................ThP08 130
Needham, Shane ......................................... WP27 478
Neely, Benjamin ............................................. WP11 192
Neely, Benjamin .............................................. TP36 728
Neerincx, Pieter ............................................ThP17 291
Neeson, Kieran ............................................. WP12 208
Neeson, Kieran ...............................................TP37 750
Neeson, Kieran ...............................................TP33 627
Neeson, Kieran J ............................................ TP33 626
Negassa, Abdissa...........................................TP18 267
Nehmé, Benjamin ......................................... WP33 622
Neilson, Karlie ........................................ ThOE pm 2:30
Nelsestuen, Gary ............................................ TP18 265
Nelsestuen, Gary ............................................ TP36 733
Nelsestuen, Gary .......................................... WP27 481
Nelson, Chad .......................................... WOA pm 3:50
Nelson, Eric ...................................................ThP06 086
Nelson, Jenny ............................................... WP19 338
Nelson, Maria ................................................ WP18 316
Nelson, Robert .......................................ThOG pm 3:50
Nemati, Reza ................................................ThP24 479
Nemati, Reza .................................................MP23 462
Nemes, Peter ......................................... TOB am 09:30
Nemes, Peter ................................................ WP37 720
Nene, Sameer ............................................... ThP07 119
Neo, Edmond ................................................ThP07 119
Neo, Jason .................................................... WP35 679
Neo, Jason .................................................... WP25 450
Nepomuceno, Angelito I. ............................... TP21 327
Nepomuceno, Angelito I. ............................... TP21 329
Nesvizhskii, Alexey....................................... WP31 578
Nesvizhskii, Alexey........................................MP27 564
Nesvizhskii, Alexey....................................... WP31 581
Nesvizhskii, Alexey.................................. TOD pm 2:50
Nesvizhskii, Alexey..............................ThOH am 09:30
Nesvizhskii, Alexey.........................................TP17 249
Nesvizhskii, Alexey................................. WOB pm 2:30
Nesvizhskii, Alexey.........................................TP28 523
Nesvizhskii, Alexey.......................................ThP34 674
Nesvizhskii, Alexey........................................MP29 602
Nesvizhskii, Alexey I. .....................................TP28 525
Neta, Pedatsur .............................................. WP31 592
Nethero, William C. ........................................TP26 455
Neu, Volker ..................................................... MP15 263
Neubauer, Cajetan .......................................ThP28 570
Neubauer, Stefan ......................................... WP17 300
Neubauer, Stefan .........................................ThP29 599
Neubauer, Stefan ......................................... WP17 295
Neubert, Thomas .......................................... WP31 587
Neubert, Thomas ........................................... MP29 601
Neuhaus, Horst .............................................ThP22 413
Neumann, Steffen ...............................ThOB am 09:10
Neumann, Steffen ........................................ WP13 229
Neuroimaging Initiative, Alzheimer’s Dis. ...TP19 296
Neve, Richard ............................................... WP33 632
Neveu, John .................................................. WP28 504
Neveu, John ....................................................TP21 314
Nevin, Laura M. ............................................ WP37 713
Newbold, Jane ...............................................MP09 170
Newland, Kirk ................................................ThP21 408
Newman, Dianne ..........................................ThP28 570
Newman, Jennifer ..........................................TP31 589
Newsome, Andrew ........................................MP34 698
Newsome, G. Asher ..................................... WP37 732
Neyer, David ..................................................ThP08 134
Ng, Brandon H. ............................................. WP36 695
Ng, Gordon .................................................... WP24 439
Ng, Wai Ning .................................................ThP15 266
Ngo, Ben ........................................................ WP27 486
Ngo, Ben ......................................................... MP06 120
Ngo, Benjamin ...............................................MP15 289
Ngounou, Armand .........................................MP29 594
Ngounou Wetie, Armand ...............................TP36 732
Ngounou Wetie, Armand G. ........................ThP22 437
Ngounou Wetie, Armand G. ........................ThP22 439
Ngounou Wetie, Armand G. ........................ThP22 438
Nguyen, Amelia..................................... MOA am 10:10
Nguyen, An ...................................................... TP29 539
Nguyen, An ...................................................... TP29 537
Nguyen, Andrew ........................................... WP34 655
Nguyen, Crystal ..............................................TP25 438
Nguyen, Hong Hanh ....................................ThP25 514
Nguyen, Huy ..................................................MP01 003
Nguyen, Huy .................................................ThP06 094
Nguyen, Mai ...................................................MP01 028
Nguyen, Tung Vi .............................................TP31 589
Nguyen, UyenThao .............................ThOC am 09:50
Nguyen, Van Sang ........................................MP34 712
Nguyen, Vu ...................................................... TP25 436
Nguyen, Vu .................................................... WP06 094
Ni, Chi-Kung ..................................................ThP31 647
Ni, Chi-Kung ..................................................ThP31 648
Ni, Jinsong .....................................................ThP03 026
Ni, Wenqin ...............................................WOG pm 3:30
Niadzelka, Anton............................................MP29 581
Niadzelka, Anton...........................................ThP34 675
Niadzelka, Anton............................................MP29 582
Niadzelka, Anton............................................MP19 383
Nian, Huiqing..................................................MP31 641
Nian, Huiqing..................................................MP31 640
Nicholas, Gina................................................MP33 681
Nichols, Charles ...........................................ThP36 719
Nichols, Charles .............................................TP02 035
Nichols, Jason J. ............................................TP27 496
Nichols, Kelly...................................................TP27 496
Nichols, William .............................................MP36 740
Nicholson, Jeremy .......................................... TP24 384
Nicholson, Jeremy K. ...................................ThP28 567
Nicholson, Judith .......................................... WP33 618
Nickerson, Richard .......................................ThP05 068
Nicklay, Joshua J. ..........................................MP10 186
Nicklay, Joshua J. ..........................................MP10 190
Niclou, Simone ............................................... WP11 193
Nicol, Gordon ................................................ThP17 304
Nicol, Gordon R. ............................................ MP26 526
Nicola, Carla ...................................................MP34 692
Nicolaï, Bart ............................................ ThOE pm 3:10
Nicolardi, Simone ..........................................MP23 454
Nicolardi, Simone .........................................ThP23 471
Nicolas, Armel .................................................TP28 526
Nicora, Carrie ................................................. MP26 542
Nicora, Carrie D. ........................................... WP27 484
Nie, Shuai ....................................................... MP11 207
Nie, Song .......................................................ThP21 384
Nie, Song ....................................................... WP26 466
Nie, Song .......................................................ThP22 424
Nie, Song ........................................................ MP27 561
Nie, Zongxiu ..................................................ThP06 097
Nie, Zongxiu ..................................................ThP12 222
Niederkoer, Eric E. ......................................MP25 503
Nielen, Michel W.F .......................................ThP05 054
Nielen, Michel W.F..........................................TP37 771
Nielsen, Christoffer T. ....................................TP19 292
Nielsen, Erik ....................................................TP17 245
Nielsen, Jeff ........................................... MOE am 10:10
Nielsen, Michael L. ......................................... TP06 121
Nielsen, Peter A. ............................................ MP06 119
Niemann, Heiner.................................. ThOA am 09:30
Niemi, Lydia .....................................................TP31 594
Nien, Pei-Yung .............................................. WP07 104
Nier, Keith ...............................................ThOH pm 3:50
Nier, Keith ...............................................ThOH pm 3:10
Nies, Brian ............................................... MOH pm 3:10
Nieves, Edward...............................................TP18 267
Nieves, Edward.............................................ThP23 460
Niggam, Sanjay ..............................................TP23 376
Niggebrugge, Adlai ......................................... TP26 472
Niggebrugge, Adlai ......................................... TP25 441
Niggeloh, Verena ........................................... MP23 444
Nightlinger, Nancy ...............................ThOC am 09:10
Nika, Heinz .................................................... WP34 664
Nikitin, Frederic ....................................... WOB pm 3:30
Nikitin, Frédéric ............................................... TP08 152
Nikitin, Frédéric .............................................. MP23 458
Nikitin, Frédéric ............................................. WP31 593
Nikolaev, Eugene.................................... WOF pm 3:30
Nikolaev, Eugene...........................................MP16 310
Nikolaev, Eugene..........................................ThP06 082
Nikolaev, Eugene...........................................MP17 356
Nikolaev, Eugene............................................TP03 050
Nikolaev, Eugene.......................................... WP21 383
Nikolaev, Eugene......................................TOA pm 3:30
Nikolaev, Eugene..................................WOE am 08:30
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 227
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Nikolaev, Eugene..........................................ThP06 092
Nikolaev, Eugene............................................TP20 299
Nikolaev, Eugene..........................................ThP14 262
Nikolaev, Eugene..........................................ThP34 679
Nikolaev, Eugene...........................................MP16 317
Nikolau, Basil J. .............................................MP34 702
Nikolayev, Alexander.................................... WP18 323
Nikolic, Dejan .................................................MP34 686
Nikolos, Ioannis ............................................ThP01 002
Nikolos, Ioannis ..............................................TP05 103
Nikolos, Ioannis ............................................ThP06 079
Nikolov, Miroslav ............................................. TP22 354
Nilsson, Anna .................................................WP11 184
Nilsson, Anna ....................................... ThOF am 09:50
Nilsson, Anna ................................................ WP10 161
Nilsson, Calle .................................................MP30 607
Nilsson, Carol ................................................ThP19 345
Nilsson, Carol L. ........................................... WP35 677
Nilsson, Carol L. ............................................MP10 200
Nilsson, Carol L. ............................................MP29 597
Nilsson, Carol L. ............................................MP35 716
Nilsson, Karin B. ............................................ MP10 200
Nilsson, Ulrika ............................................... WP26 465
Ninfa, Alex .......................................................TP24 418
Ning, MingMing .............................................ThP34 673
Ninomiya, Satoshi .........................................MP17 339
Nirudodhi, Sasidhar N ..................................MP22 433
Nishikawa, Kyle .............................................MP01 028
Nishikaze, Takashi.........................................MP18 358
Nishikaze, Takashi.........................................MP08 166
Nishikaze, Takashi........................................ThP19 329
Nishima, Wataru .............................................TP35 695
Nishimura, Kazushige ....................................TP05 088
Nishimura, Kazushige ....................................TP05 092
Nishimura, Yoshifumi .....................................TP09 166
Nishiumi, Shin ................................................ MP27 563
Nishiumi, Shin ...............................................ThP28 583
Nishshanka, Upul ...........................................TP37 753
Nislow, Corey ..................................................TP24 409
Nita-Lazar, Aleksandra ................................. MP29 577
Nita-Lazar, Aleksandra ................................ WP36 692
Niu, Ben ...........................................................TP09 168
Niu, Shuai ................................................ MOG pm 4:10
Niu, Xinnan ..................................................... MP28 575
Niwayama, Satomi ........................................MP24 481
Nixon, Chris ...................................................ThP10 180
Nizzia, Jamie ................................................... TP32 616
Njoya, Nadine ............................................... WP14 235
Nkholise, Dineo L ..........................................MP34 706
Nobe, Yuko ..................................................... MP14 256
Nobe, Yuko ..................................................... MP14 257
Noble, Lelia ................................................... WP09 138
Noble, Suzanne ............................................ WP12 217
Noble, William Stafford ................................ WP31 582
Nofsinger, Brian ..............................................TP08 130
Nogueira Eberlin, Marcos .............................TP33 620
Nogueira, Guilherme P. ................................ MP06 102
Noh, Mi-Jung ................................................... TP31 598
Nohra, Mireille ...............................................ThP29 612
Nold, Michael ................................................ WP31 590
Nold, Michael J. ..................................... ThOB pm 4:10
Nold, Michael J. ............................................ThP17 302
Nolte, Hendrik ............................................... WP29 525
Nolting, Dirk ..................................................... TP14 218
Nolting, Dirk Nolting ..................................... WP30 541
Nomerotski, Andrei .......................................ThP05 068
Nomura, Naruaki ...........................................WP11 171
Nomura, Naruaki ...........................................WP11 173
Nonami, Hiroshi .............................................WP07 115
Nonami, Hiroshi .............................................MP17 339
Nonnecke, Brian ............................................ MP33 675
Noon, Kathleen R. ........................................ThP24 481
Nor Eddine, Sounni ....................................... MP10 198
Nording, Malin ................................................. TP24 396
Nording, Malin ............................................... WP17 302
Nordstrom, Anders ........................................MP06 086
Norheim, Randolph ......................................ThP06 081
Noriega, David M ............................................ TP28 527
Noriega, Mary C. ............................................TP31 581
Norman, Richard .......................................... WP23 407
Normark, Johan ............................................ WP18 316
Nørregaard Jensen, Ole ...............................MP32 662
Norris, Andrew ................................................TP18 273
Norris, James ................................................. WP11 188
Norris, Jeremy.................................................TP08 143
Norris, Jeremy L. .......................................... WP10 162
Norris, Jeremy L. ..........................................ThP04 033
Norris, Jeremy L. .......................................... WP12 199
Nose, Holliness ............................................... TP02 048
Noun, Manale .......................................ThOE am 09:10
Nouri-Nigjeh, Eslam .......................................TP21 337
Nouri-Nigjeh, Eslam ...................................... MP25 510
Nouri-Nigjeh, Eslam .....................................ThP22 421
Nouwens, Amanda .......................................ThP15 266
Novak, Jan..................................................... WP32 601
Novak, Jan............................................ThOD am 09:30
Novak, Jan.....................................................ThP19 330
Novak, Jan.....................................................ThP19 349
Novak, Petr .....................................................MP22 437
Novak, Petr .....................................................MP21 393
Novak, Petr ...................................................... TP10 175
Novak, Petr .....................................................MP21 401
Novick, Paul A. .............................................. WP14 240
Novick, Scott ................................................. WP21 384
Novick, Scott .........................................WOH am 09:50
Novoselov, Konstantin ..................................MP16 304
Novoselov, Konstantin .................................ThP05 058
Nowak, Sascha .............................................. WP37 711
Nowlin, Dawn .......................................ThOH am 09:10
Nozaki, Kazuyoshi ........................................ WP15 262
Nsouli, Bilal ...........................................ThOE am 09:10
Ntai, Ioanna ...................................................ThP25 510
Ntai, Ioanna .....................................................TP16 244
Ntai, Ioanna ................................................... WP35 684
Nuñez, Alberto ..............................................ThP13 238
Nuñez, Estefanía ............................................ TP05 095
Núñez, Antonio ............................................. WP33 629
Nunn, Brook ...................................................MP24 468
Nuriel, Tal ........................................................ MP29 599
Nurkiewicz, Tim............................................... TP21 311
Nusinow, David ...................................... TOA am 09:30
Nusinow, David P. .................................. TOE am 10:10
Nutu, Magdalena ............................................TP19 280
Nwosu, Charles ..............................................TP35 713
Nyakas, Adrien ....................................... TOF am 09:10
Nyakas, Adrien ...............................................MP13 249
Nyalwidhe, Julius .......................................... WP26 474
O’ Prey, Shane ............................................... MP16 297
O’Connor, Peter ............................................ WP30 567
O’Leary, Adam E............................................MP30 622
O’Shea, Thomas ............................................MP02 032
Obar, Robert .................................................. WP28 509
Oba-Shinjo, Sueli .........................................ThP22 431
Obbels, Jens .............................................TOF pm 2:30
Obeid, Wassim .................................... ThOG am 09:30
Oberer, Lukas ............................................... WP15 275
Oberholster, Anita .......................................... MP33 680
Oberreit, Derek ............................................. WP38 739
Obolensky, Oleg ..................................... MOG pm 3:30
O’Brien, Dr Rob .............................................MP15 285
O’Brien, John .................................................MP12 231
O’Brien, John .................................................. TP11 199
O’Brien, Rob .................................................... TP03 052
O’Brien, Rob ..................................................ThP07 114
O’Connor, Charles J. .....................................TP10 186
O’Connor, Christine ............................... ThOB pm 2:50
O’Connor, David .............................................TP26 472
O’Connor, Peter ...................................... MOH pm 2:50
O’Connor, Peter .................................... WOE am 09:10
O’Connor, Peter .............................................. TP09 170
O’Connor, Peter ..................................... ThOF pm 4:10
O’Connor, Peter ............................................. MP31 648
O’Connor, Peter ............................................ThP12 220
O’Connor, Peter B. ........................................ MP23 445
O’Connor, Richard ..........................................TP26 460
Oda, Yoshiya .................................................. MP18 358
Oda, Yoshiya .................................................. MP18 359
Oda, Yoshiya ................................................... TP22 352
Oda, Yoshiya .................................................. MP18 360
Odermatt, Juergen ............................. ThOG am 09:50
Odinga, Sinje Odinga....................................MP10 202
O’Donoghue, Patrick .....................................MP29 586
Odwin-DaCosta, Shelly .................................TP24 391
Oe, Tomoyuki ..................................................TP20 298
Oellerich, Thomas ........................................ThP22 425
Oetjen, Janina ...............................................ThP04 036
Oetting, William...............................................TP18 265
Ogiwara, Atsushi.............................................TP36 734
Ogiwara, Atsushi.............................................TP36 736
Oglesbee, Devin ........................................... WP07 106
Oglesbee, Devin ............................................ MP09 179
Oglesbee, Devin ........................................... WP07 107
Ogletree, Martin L. ........................................MP26 529
Ogmundsdottir, Helga .................................... TP27 495
Ogorodnikova, Elena ....................................MP27 559
Ogorzalek Loo, Rachel ................................ WP09 147
Ogorzalek Loo, Rachel ................................ThP25 514
Ogorzalek Loo, Rachel R. .....................WOG pm 2:50
Ogorzalek Loo2, rachel .................................TP18 259
Ogura, Mayu ......................................... WOA am 08:30
Ogura, Tairo ................................................... ThP07 115
Ogura, Tairo .....................................................TP08 161
Ogura, Tairo .....................................................TP31 590
Ogura, Tairo .................................................... MP03 044
Ogura, Tairo .................................................... MP26 536
Ogurtsov, Aleksey ..........................................MP18 372
Oh, Joo Yeon.................................................ThP05 071
Oh, Joo Yeon.................................................ThP05 055
Oh, Myung Jin ................................................. TP15 235
Oh, Myung Jin .......................................... TOC pm 3:50
Oh, Myung Jin ...............................................ThP19 346
Oh, Sungwhan .......................................ThOC pm 2:50
O’Hair, Richard A. J................................WOC pm 3:30
O’Hair, Richard A. J............................. WOG am 10:10
Ohashi, Yoko .................................................ThP20 368
Ohira, Masayoshi ..........................................MP06 089
Ohkubo, Masataka .........................................TP02 045
Ohkubo, Masataka ........................................ MP16 314
Ohlmeyer, Michael .......................................ThP17 280
Ohlmeyer, Michael ....................................... WP36 701
Ohlund, Leanne ............................................ WP17 297
Öhrfelt, Annika ................................................TP19 280
Öhrfelt, Annika ................................................TP21 323
Ojima, Noriyuki ...............................................TP08 161
Ojima, Noriyuki .............................................ThP25 493
Okada, Fumio ................................................MP23 448
Okrasa, Krzysztof .........................................ThP24 484
Oktem, Berk ..................................................ThP30 628
Oktem, Berk ..................................................ThP07 117
Oktem, Berk ..................................................ThP26 523
Oktem, Berk ..................................................ThP05 058
Okuda, Koji .................................................... ThP11 202
Okumu, Anna ................................................ThP08 137
Okusa, Kensuke ............................................MP06 089
Okuyama, Torayuki .......................................WP07 114
Okuyama, Torayuki ...................................... WP07 105
Olah, Tim ........................................................MP25 507
Olah, Timothy ................................................ WP27 487
Olah, Timothy ........................................ MOE am 08:30
Olaitan, Abayomi ..........................................ThP11 195
Olaitan, Abayomi ...........................................MP15 269
Olaitan, Abayomi ...........................................MP15 268
Oldenburg, Thomas ..................................... WP05 049
O’Leary, Adam ...............................................MP30 624
O’Leary, Michael ............................................ MP36 736
Oleschuk, Richard .......................................... TP04 078
Oleschuk, Richard .......................................... TP04 082
Olinares, Paul D. B. ..................................... WP23 418
Olinares, Paul Dominic B. ........................... WP28 507
Oliphant, Joe .................................................ThP06 077
Olivares, Daniel .............................................MP35 716
Oliveira, Regina ............................................ WP16 287
Olivera, Baldomera ...................................... WP31 577
Oliveri, Paolo ........................................ ThOA am 09:30
GENERAL INFORMATION
PAGE 228 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Olivier, Marie-Françoise ...............................MP04 075
Olivier, Michael .............................................ThP09 169
Olivieri da Silva Frozza, Caroline................MP24 473
Olivos, Hernando .......................................... WP12 208
Ollesch, Julian................................................MP12 222
Ollikainen, Elisa ............................................ WP30 574
Olney, Terry .................................................... MP16 307
Olney, Terry ...................................................ThP06 094
Olney, Terry ...................................................ThP07 110
Olney, Terry .................................................... MP01 003
Olofsson, Ulrika .............................................MP31 645
Olsen, Jesper V. .............................................TP06 121
Olsen, Ole H .................................................. WP28 514
Olsen, Seth ....................................................ThP35 705
Olson, John ................................................... WP30 556
Olson, Loren .................................................... TP25 427
Olson, Loren .................................................. WP15 265
Olson, Loren .......................................... MOE am 09:50
Olson, Loren .................................................... TP25 428
Olson, Loren Y. ..............................................MP02 033
Olson, Matthew T .........................................ThP22 427
Olsson, Fredrik ............................................. WP24 434
Olszewski, Leonard ................................ MOD pm 3:10
Olszowy, Pawel ............................................. WP34 667
Olszowy, Pawel .............................................ThP18 325
Olvera, Narcisco ...................................... TOD pm 3:30
Olvera, Natalie ................................................TP29 547
Omarsdottir, Sesselja.....................................TP27 495
O’Meally, Robert .............................................TP12 208
Omenn, Gilbert ..............................................MP27 564
Omenn, Gilbert .............................................ThP22 418
Omidi, Maryam ..............................................MP10 202
Ondrey, Frank ...............................................ThP22 426
Ondrey, Frank G. ............................................ TP28 511
O’Neal, Wanda .............................................. WP26 461
Ong, Chye Sun ..............................................MP34 712
Ong, Shao-En ............................................... WP33 609
Ong, Ta-Hsuan .............................................. WP09 149
Ongena, Marc ............................................... WP12 215
Ono, Masaya ................................................... TP08 163
Ono, Masaya .................................................ThP23 469
Onodera, Jun ................................................ThP11 202
Onodera, Masafumi ..................................... WP07 105
Onodera, Masafumi ......................................WP07 114
Onorato, Joelle ......................................ThOD pm 2:30
Onsongo, Getiria ............................................TP28 514
Onsongo, Getiria ...........................................MP24 474
Onsongo, Getiria ............................................TP17 248
Onsongo, Getiria ...........................................MP18 370
Onsongo, Getiria ...........................................MP29 583
Onwujekwe, Obinna ...................................... MP30 606
Oomens, Jos .................................................ThP35 701
Oomens, Jos ........................................ WOG am 08:30
Oomens, Jos .................................................ThP35 694
Oomens, Jos ........................................ WOG am 08:50
Oomens, Jos ........................................ WOG am 09:10
Ooms, Bert .................................................... WP16 285
Opdam, Mark ................................................ThP22 416
Openshaw, Matthew .................................... WP30 564
Openshaw, Matthew E. .................................TP35 708
Opiteck, Gregory J. .......................................MP26 529
Oppenheim, Frank .........................................TP18 270
Oppenheimer, Jim ........................................ThP11 209
Oppermann, Felix .........................................ThP22 425
Oppermann, Madalina ...................................TP21 323
Oppermann, Madalina ................................. WP33 629
Opsahl, Jill Anette.........................................ThP22 432
Opsahl, Jill Anette.........................................ThP23 452
Opsomer, Eric ...............................................ThP16 272
Oren, Moshe ...................................................TP22 354
Orfanopoulos, Ioannis ...................................TP05 097
Orfanopoulos, Ioannis .................................ThP01 002
Orfanopoulos, Ioannis ...................................TP05 103
Orfanopoulos, Ioannis ..................................MP17 350
Orlando, Ron .................................................. MP06 129
Orlando, Ron .........................................WOC am 10:10
Orlando, Ron .................................................ThP20 360
Orlando, Ron ................................................... TP35 694
Orlando, Ron ....................................................... Special
Orlando, Ron .................................................ThP20 359
Orlando, Ron .................................................ThP19 348
Oroskar, Anil .................................................. WP19 353
Oroskar, Anil ................................................... WP07 113
Oroskar, Asha ................................................WP07 113
Oroskar, Asha ............................................... WP19 353
O’Rourke, Delia ..............................................TP35 706
Orrego, Jorge Armando ........................ ThOG pm 3:30
Orrego-Ruiz, Jorge Armando ..................... WP05 054
Orschell, Christie M.......................................MP10 206
Ortega, Joaquin ....................................WOH am 08:50
Ortega, Mireia .................................................TP28 498
Ortega, Mireia ...............................................ThP08 138
Orton, Daniel .................................................. MP20 389
Orton, Daniel ...................................................TP33 652
Orton, Daniel ................................................. WP34 644
Orugunty, Ravi .............................................. WP06 082
Orugunty, Ravi ................................................TP26 466
Ory, Daniel S ................................................. WP06 090
Osaka, Yusuke .............................................. ThP07 115
Osei, Michael ................................................ThP28 562
Oser, Harald ..................................................ThP06 094
Oser, Harald ...................................................MP16 307
Oser, Harald ..................................................ThP06 093
Oser, Harald ..................................................ThP06 102
Oser, Harald ....................................................TP08 132
Oser, Harald ..................................................ThP06 099
Osgood, Mark .................................................TP04 057
Osgood, Sarah ...............................................MP26 531
Oshimura, Mitsuo ..........................................MP26 533
Osorio, Cristina ...............................................TP21 325
Osorio, Hugo ................................................. WP26 473
Ossipova, Elena ...........................................ThP19 332
Ossola, Reto ...................................................TP21 310
Ossola, Reto ...................................................TP17 252
Oster, C. .........................................................ThP06 103
Østergaard, Ole ..............................................TP19 292
Ostrand-Rosenberg, Suzanne ...................ThP09 157
Ostrand-Rosenberg, Suzanne .....................TP14 220
Ostrand-Rosenberg, Suzanne ............ TOE am 08:30
Ostrinskaya, Alla ............................................. TP02 041
Ostrowski, Lawrence ................................... WP28 500
Oswald, Isabelle P. ........................................ MP04 063
Otake, Andreia ..............................................ThP22 431
Otake, Koichiro ............................................. WP32 599
Oteiza, Fabian............................................... WP37 715
Otsuka, Yoichi ...............................................ThP05 065
Otsuka, Yuya .................................................ThP20 368
Ott, Karsten .....................................................TP31 599
Otter, Don ...................................................... WP19 340
Otto, Mike .......................................................MP10 194
Otto, Mike .......................................................MP10 193
Ouak, L Houcine .........................................ThP02 025
Ouellet, Alexandre ......................................... MP30 615
Ouyang, Chuanzi ..........................................ThP15 267
Ouyang, Hui .................................................. WP38 739
Ouyang, Yongzhong..................................... WP20 364
Ouyang, Zheng ...............................................TP34 688
Ouyang, Zheng .............................................. MP17 331
Ouyang, Zheng .............................................. MP17 330
Ouyang, Zheng .........................................TOA pm 2:50
Ouyang, Zheng .............................................ThP30 627
Ouyang, Zheng .............................................ThP20 373
Ouyang, Zheng ...............................................TP34 686
Ouyang, Zheng ...............................................TP37 745
Ouyang, Zheng ...............................................TP04 080
Ouyang, Zheng ...............................................TP04 079
Ouyang, Zheng ...............................................TP34 689
Ouyang, Zheng ...............................................TP05 091
Ovchinnikova, Olga ....................................... MP15 272
Ovchinnikova, Olga S. ........................ ThOA am 09:50
Ovchinnikova, Olga S. ...................................TP04 076
Oveland, Eystein ..........................................ThP23 452
Oveland, Eystein ..........................................ThP22 433
Ovod, Vitaliy ...........................................ThOD pm 3:30
Ovsiy, Olexandra .................................ThOD am 08:30
Owen, Benjamin ................................. ThOG am 10:10
Owen, Benjamin ...........................................ThP32 657
Owens, Jeffery ............................................... MP15 288
Owens, Kevin ................................................. MP08 157
Owens, Kevin G.............................................MP08 167
Oyler, Benjamin ..............................................TP26 458
Ozawa, Tomoyuki ......................................... WP12 207
Ozbal, Can......................................................MP02 036
Ozbal, Can..................................................... WP08 127
Ozcan, Sureyya ...................................ThOC am 09:50
Ozcan, Sureyya ..............................................TP35 704
Ozcan, Sureyya .............................................MP27 556
Ozdemir, Abdil ................................................. TP04 058
Ozgen, Hasan ............................................... WP07 101
Ozgen, Hasan ................................................ MP07 149
Ozgen, Hasan ................................................ MP07 150
Ozog, Allison R. ............................................ThP01 016
Pacepavicius, Grazina .................................. MP31 631
Pachl, Fiona ...................................................MP24 487
Pachl, Fiona ....................................................TP04 072
Packer, Nicolle ........................................WOG pm 2:30
Packer, Robert ...............................................MP34 704
Packer, Roger ...............................................ThP19 337
Padda, Bhupinder.........................................ThP36 723
Padden, Juliet ...............................................ThP22 413
Padgaonkar, Amol ........................................ WP28 513
Padmanaban, Arunkumar ............................MP23 450
Padovan, Júlio ...............................................MP20 391
Padovan, Julio C. ......................................... WP28 507
Padovan, Julio C. ................................... WOE pm 2:30
Padovan, Júlio C. ......................................... WP23 418
Paehler, Axel ........................................... MOE pm 3:10
Paehler, Axel .................................................. MP02 031
Paek, Eunok .................................................. WP21 381
Paek, Eunok ................................................... MP18 367
Paek, Han ........................................................ TP37 764
Paeng, Ki-jung ..............................................ThP32 664
Paetz, Christian .............................................MP03 052
Pagels, Shirin ................................................. MP25 506
Paglia, Giuseppe ................................... TOF am 09:30
Paglia, Giuseppe ............................................TP23 361
Pagliarini, David ............................................ WP29 528
Pagliarini, David J. ..................................MOA pm 3:30
Pagliarini, David J. .......................................ThP13 232
Pagliarini, David J. ...............................WOE am 09:50
Pagliarini, David J. ............................... MOA am 09:10
Pagnotti, Loubna ..........................................ThP31 637
Pagnotti, Vincent S. .....................................ThP31 637
Pagnotti, Vincent S. .......................................TP04 062
Pagnotti, Vincent S. .............................. ThOA pm 2:50
Pagnotti, Vincent S. .....................................ThP07 113
Pai, Pei-Jing ..................................................ThP23 451
Paik, Young-Ki............................................... WP35 675
Paik, Young-ki ...............................................ThP22 418
Pailleux, Floriane ..........................................ThP22 442
Pailleux, Floriane .......................................... ThP07 112
Pailleux, Floriane ............................................ TP25 440
Paine, Martin R. L. ........................................MP36 722
Paiva, Anthony ..............................................ThP10 172
Paiva, Anthony ......................................WOD am 09:50
Pajkovic, Natasa ...................................WOD am 08:30
Pakrasi, Himadri B. .............................. MOA am 10:10
Pakrasi, Himadri B. .......................................MP21 412
Palacio Lozano, Diana Catalina ..........ThOG pm 3:30
Palakodeti, Dasaradhi ................................. WP17 307
Palaniswamy, Sundaram ..............................MP07 145
Palazoglu, Mine ..............................................TP24 412
Palella, Venkat .............................................. WP28 513
Paley, Martyn .................................................WP11 172
Palma, Camila................................................MP26 543
Palma, Mario Sergio ...............................TOG pm 2:50
Palma, Pierangela ........................................ WP20 361
Palma, Pierangela .......................................... TP31 606
Palmblad, Magnus ....................................... WP35 678
Palmblad, Magnus ........................................MP23 457
Palmblad, Magnus ....................................... WP31 585
Palmer, Andrew............................................. WP10 165
Palmer, Andrew D. ....................................... WP10 164
Palmer, Andrew D......................................... WP09 153
Palmer, Andrew D.......................................... MP11 208
Palmer, Jessica...............................................TP29 548
Palmer, Martin ...............................................ThP06 089
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 229
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Palmer, Martin ......................................ThOB am 08:50
Palmisano, Giuseppe...................................ThP19 342
Palsson, Bernhard O. ....................................TP23 361
Palsson, Runolfur ................................ThOC am 10:10
Palvannanathan, Raman............................. WP14 249
Palvannanathan, Raman............................. WP14 248
Palvannanathan, Raman............................. WP14 250
Palvannanathan, Raman.............................ThP27 549
Pamala, Jacobson .........................................MP13 238
Pamelard, Fabien ................................ ThOF am 10:10
Pamelard, Fabien .........................................ThP03 029
Pamelard, Fabien .........................................ThP02 023
Pamelard, Fabien ..........................................WP11 193
Pamuku, Matt .................................................. TP32 615
Pan, Chongle ................................................ WP29 527
Pan, Chongle ................................................ WP32 603
Pan, Chongle ................................................ThP25 502
Pan, Jingxi ...................................................... MP22 424
Pan, Jingxi .....................................................ThP04 037
Pan, Jiongwei .................................................MP13 248
Pan, Kuan-Ting .............................................ThP18 316
Pan, Ning ....................................................... WP30 540
Pan, Shenmin ............................................... WP35 669
Pan, Susu ........................................................TP34 673
Pan, Susu ...................................................... WP20 362
Pan, Wen-Harn ..............................................MP03 042
Pan, Xiang .....................................................ThP12 222
Pan, YI............................................................ThP01 008
Pan, Yi .............................................................. TP21 307
Pan, Yuanjiang ................................................ TP01 018
Pan, Yuanjiang ..............................................ThP30 623
Panawennage, Deepika .............................. WP03 023
Panchagnula, Venkateswarlu ..................... WP18 315
Panchal, Maï ..................................................MP10 184
Panchal, Rekha ....................................... TOH pm 3:30
Panchaud, Alexandre............................ TOC am 09:50
Panda, Saroj ................................................. WP05 066
Panda, Saroj ..........................................ThOG pm 4:10
Pande, Vijay S. ............................................. WP14 240
Panderi (Panteri), Irene (Eirini) ...................WP11 186
Panderi (Panteri), Irene (Eirini) .................. WP09 138
Pandey, Akhilesh ...........................................MP24 478
Pang, Shaokun ............................................. WP08 129
Panic, Tanya ..................................................ThP34 691
Panić-Janković, Tanja ..................................ThP13 242
Panin, Alexandre ............................................TP37 755
Panne, Ulrich................................................. WP09 150
Panne, Ulrich..................................................MP17 352
Pannell, Lewis ...............................................ThP22 419
Pannell, Lewis ................................................. TP18 272
Pannell, Lewis ............................................... WP26 455
Pannell, Lewis ................................................. TP35 712
Pantazatos, Dionysios ................................. WP09 138
Pantazatos, Dionysios ..................................WP11 186
Pantazides, Brooke ......................................ThP26 525
Pantazides, Brooke .............................. MOD am 09:10
Paola Granados, Diana ................................ MP28 573
Papanastasiou, Dimitris...............................ThP06 079
Papanastasiou, Dimitris...............................ThP01 002
Papanastasiou, Dimitris.................................TP05 103
Papanastasiou, Dimitris.................................TP05 097
Papanastasiou, Dimitris................................MP17 350
Papanikolaou, Konstantinos ..............ThOC am 09:30
Papoušková, Barbora ...................................MP06 101
Papoušková, Barbora ...................................MP01 012
Papov, Vladimir ............................................. WP26 475
Pappin, Darryl ...............................................ThP07 120
Pappin, Darryl D. ............................................TP08 145
Paquin, Réal .................................................... TP27 484
Paquin, Réal ..................................................ThP01 001
Paradiso, Angelo .................................ThOD am 09:10
Paraschiv, Gabriela ...................................... WP07 108
Parent, Stéphane ...........................................TP19 280
Parikh, Nikunj ................................................ WP08 127
Park, Arum .....................................................ThP23 457
Park, Cade......................................................MP01 004
Park, Chang Won ..........................................MP08 154
Park, Hajeung ............................................... WP19 346
Park, Hyejung ................................................MP12 221
Park, Hyejung ................................................MP12 222
Park, Hyokeun ..............................................ThP11 212
Park, Jae-Eun ................................................MP31 650
Park, Ji-Won .................................................... TP24 400
Park, Ji-Won .................................................... TP24 392
Park, Jong-Hyouk .........................................ThP27 537
Park, Jong-Moon ............................................TP21 308
Park, Jun-Hyun .............................................. MP31 650
Park, Kyu Hwan ............................................. MP08 153
Park, Kyu Hwan ............................................. MP08 155
Park, Lani.......................................................ThP21 403
Park, Melvin.....................................................TP33 634
Park, Melvin...........................................WOC am 09:50
Park, Melvin................................................... WP38 746
Park, Melvin A. .............................................. WP38 745
Park, Seijin ....................................................ThP09 167
Park, SeongSoo .............................................TP31 598
Park, SeungYoung .........................................TP31 598
Park, Soo-Chul ..............................................MP33 677
Park, Sung-Gun ............................................ThP30 626
Park, Sung-Gun ............................................ThP05 072
Park, Tae Seong .............................................TP23 374
Park, Yeon-seung .........................................ThP09 142
Park, Young Mok .......................................... WP35 675
Parker, Alex P. ............................................... WP17 297
Parker, Benjamin ....................................WOG pm 2:30
Parker, Benjamin ..........................................ThP25 507
Parker, Benjamin ..........................................ThP17 294
Parker, Carol ..................................................MP21 408
Parker, David..................................................MP17 343
Parker, Eric ........................................... ThOE am 09:30
Parker, Evan ....................................................TP36 735
Parker, Glendon ...................................... WOA pm 3:50
Parker, Kenneth .............................................. TP18 270
Parker, Kenneth ............................................. MP08 158
Parker, Sarah ................................................ThP23 463
Parmar, Mita .................................................. WP37 707
Paron, Igor ................................................ TOD pm 2:30
Parren, Paul ...........................................TOH am 09:10
Parsawar, Krishna .................................. WOA pm 3:50
Parshintsev, Jevgeni .................................... WP37 727
Parsons, Lisa ..................................................TP35 706
Parthun, Mark ...............................................ThP18 324
Parthun, Mark .................................................TP08 156
Partyka, Jan ..................................................ThP07 109
Pasa-Tolic, Ljiljana .........................................TP12 209
Pasa-Tolic, Ljiljana ........................................MP34 707
Pasa-Tolic, Ljiljana .........................................TP16 242
Paša-Tolić, Ljiljana .......................................ThP05 067
Paša-Tolić, Ljiljana ................................ TOH am 08:30
Paša-Tolić, Ljiljana .........................................TP16 243
Paša-Tolić, Ljiljana ....................................... WP34 644
Pascal, Bruce ................................................ WP22 386
Pascal, Bruce ................................................ WP22 389
Pascal, Bruce ........................................WOH am 09:50
Pascal, Bruce ...........................................MOF pm 3:10
Pascal, Bruce D. ........................................... WP36 697
Pascal, Bruce D. ........................................... WP21 384
Pastore, Athos A. ............................................ TP34 681
Patel, Avinash ...............................................ThP09 163
Patel, Bhavinkumar ........................................ TP21 314
Patel, Ekta .....................................................ThP14 251
Patel, Jinal ............................................. WOA am 10:10
Patel, Jinal .....................................................ThP10 179
Patel, Nisha ................................................... WP35 672
Patent, Alexander ...........................................TP23 372
Pathak, Khyati ...............................................ThP16 276
Pathirana, Charles ....................................... WP14 246
Patil, Nital........................................................MP34 690
Patil, Ujwal S. .................................................. TP10 186
Patil, Ujwal S. .................................................. TP11 195
Patkin, Adam J. .............................................ThP11 198
Patrick, Amanda ........................................... WP30 542
Patrick, Jeff .................................................... WP19 333
Patrick, Jeffrey ................................................TP24 402
Patrick, Jeffrey ........................................ MOE pm 3:50
Patrick, Jeffrey ................................................TP24 387
Patrick, Jeffrey S. ............................... ThOG am 08:50
Patrick, Jeffrey S. ...........................................TP23 358
Patrick, Jeffrey S. ......................................... WP05 063
Patrick, Jeffrey S. ..........................................MP34 695
Patrie, Steven ................................................. TP12 211
Patten, Calvin ................................................ThP11 214
Patterson, Garth ...........................................ThP26 527
Patterson, Heath........................................... WP09 157
Patterson, Michael ................................. MOH pm 3:10
Patterson, Nathan Heath..............................MP10 185
Patterson, Rainey ......................................... WP18 317
Patti, Revathi ................................................. WP28 513
Pau, Stanley ................................................... MP15 290
Paulaitis, Michael E.......................................MP27 562
Paulech, Jana ............................................... WP30 554
Pauli, Guido .................................................... MP34 686
Paull, Tanya ...................................................ThP18 319
Paull, Tanya T. ............................................... WP28 492
Paulo, Esther................................................. WP28 498
Paulo, Joao ................................................... WP28 509
Paulo, Joao A. ................................................. TP18 266
Paulovich, Amanda .............................. MOD am 08:30
Paulovich, Amanda ......................................ThP17 298
Paulovich, Amanda ................................. TOD pm 3:30
Paulovich, Amanda .......................................MP26 541
Paulovich, Amanda ........................................TP21 334
Paulovich, Amanda G. .................................. MP26 544
Pavana Kumari, Madireddy ........................ThP19 335
Pawliuk, Robert...............................................TP08 162
Pawlowski, Jake W. ..................................... WP23 410
Pawlus, Alison D. ...........................................MP34 688
Pawson, Tony ......................................... TOE am 09:30
Pawson, Tony ................................................ WP36 685
Payne, Samuel .............................................ThP34 690
Payne, Samuel ...............................................TP12 209
Peacock, Samantha .....................................ThP07 120
Peacock, Samantha ......................................MP24 488
Peake, David .................................................ThP28 590
Peake, David ................................................... TP23 382
Peake, David .................................................. MP04 062
Peake, David .................................................. MP03 045
Peake, David .................................................. MP12 225
Peake, David A. ............................................ThP28 591
Péan, Michel ..................................................MP04 063
Pearson, Roger.............................................ThP11 194
Pearson, Terry .........................................WOD pm 2:50
Pease, Joseph ..............................................ThP13 245
Pease, Joseph ..............................................ThP13 246
Peck, Andrew ..................................................TP20 301
Pedada, Kiran .................................................TP26 456
Pedas, Pai ......................................................MP32 662
Pedder, Randall ............................................. MP15 293
Pedder, Randy ............................................... MP17 342
Peddicord, Michael....................................... WP14 246
Peden-Adams, Margie .................................ThP28 575
Pedersen, Kamilla Soe ................................ TP19 283
Pederson, Dan ................................................ TP26 472
Peebles, Bruce .............................................ThP27 546
Peer, Markus ...................................................TP30 575
Pêgas Henriques, João Antonio..................MP24 473
Peh, Kok Khiang ............................................MP01 017
Pejaver, Vikas ............................................... WP32 600
Pekov, Stanislav .............................................TP20 299
Pekov, Stanislav ..................................... WOF pm 3:30
Pellerin, Mario .................................................TP26 472
Pellerin, Mario .................................................TP25 441
Pelletier, Nathalie ...........................................TP08 149
Pelletier, Nathalie ..........................................MP01 021
Pelletier, Nathalie ..........................................MP01 024
Pelletier, Nathalie ..........................................MP06 088
Pellicioli, Achille ............................................ThP17 282
Pelot, Robert ...................................................TP21 312
Pelot, Robert ................................................. WP29 515
Peltz, Gary ....................................................... TP24 388
Pena de Ortiz, Sandra ...................................TP24 397
Peng, Bo ................................................MOG am 10:10
Peng, Chao ................................................... WP29 536
Peng, Chen .....................................................TP28 524
Peng, Gao .....................................................ThP27 550
Peng, Gao .......................................................TP37 748
Peng, Hong ....................................................MP27 557
GENERAL INFORMATION
PAGE 230 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Peng, Hong ...................................................ThP18 327
Peng, Jun........................................................MP04 068
Peng, Junmin ................................................ThP17 290
Peng, Junmin ................................................ WP30 561
Peng, Junmin ................................................ThP23 467
Peng, Li ........................................................... MP21 394
Peng, Lijuan ..................................................ThP21 400
Peng, Ling ......................................................MP36 735
Peng, Mao ..................................................... WP32 597
Peng, Tao .........................................................TP19 291
Peng, Ying .......................................................TP12 207
Peng, Ying .......................................................TP12 206
Peng, Zhenlei ................................................. MP36 749
Pengelley, Stuart .......................................... WP26 456
Pengelley, Stuart ...........................................MP24 486
Penn, Charles W. ................................. MOC am 09:50
Pennathur, Subramaniam ............................WP17 311
Pennington, Stephen ...................................ThP22 415
Pentek, Daniel................................................MP34 704
Pepin, Robert ........................................MOG am 10:10
Percy, Andrew ........................................ TOA am 10:10
Percy, Andrew ............................................... WP16 289
Percy, Andrew ................................................ MP19 375
Perdivara, Irina ...............................................TP36 720
Pereira, Alexandre da Costa........................MP10 196
Pereira, Rosana ..................................... TOG am 09:50
Perez, Carlos ................................................ WP22 389
Perez, Consuelo J. .......................................ThP04 044
Perez, Jose ................................................... WP17 292
Perez, Kimberly ............................................ WP09 138
Perez del Valle, Carlos .......................ThOE am 09:50
Perez Pacheco, Manuel ................................TP28 524
Pergantis, Spiros ............................................TP05 105
Perkin, Christopher ......................................ThP29 616
Perkins, George ............................................ WP37 710
Perkins, George ............................................ThP27 536
Perkins, George ..................................... ThOA pm 3:50
Perkins, George ............................................ WP37 715
Perkins, George ............................................ WP37 716
Perkins, George ............................................ThP27 551
Perkins, George .............................................MP09 177
Perkins, George .............................................MP34 704
Perkins, George ............................................ WP37 714
Perkins, George ............................................ WP37 717
Perl, Alexander E. Perl ................................ThP22 425
Perlman, David H. .........................................MP28 569
Perlman, David H. ..........................................TP23 380
Perlman, David H. ........................................ WP36 693
Perlman, David H. ........................................ WP29 524
Perlman, David H. ........................................ThP13 240
Pérot-Taillandier, Marie ..................................TP06 122
Perou, Charles M. ...............................ThOD am 08:30
Perreault, Claude ..........................................MP28 573
Perreault, Hélène ...........................................TP36 726
Perreita Netto, Annibal D. ........................... WP38 735
Perry, Michael J. ...........................................ThP25 497
Person, Jonathan R. .................................... WP19 328
Person, Maria ................................................ThP18 319
Person, Maria D............................................ WP28 492
Persson, Rita...................................................TP19 280
Persson, Rita...................................................TP21 323
Peru, Kerry .....................................................MP31 644
Peru, Kerry M. ............................................... WP04 039
Peshkin, Leonid ..............................................TP28 508
Pessah, Isaac N. ............................................TP26 474
Pessah, Isaac N. .................................... WOF pm 3:10
Peterman, Scott ............................................ WP32 601
Peterman, Scott ............................................. MP25 503
Peterman, Scott ............................................ WP32 602
Peterman, Scott ...................................ThOC am 09:10
Peterman, Scott ............................................ WP26 474
Peterman, Scott ...................................ThOD am 09:30
Peterman, Scott ............................................ThP21 385
Peterman, Scott ............................................. MP25 501
Peterman, Scott .............................................. TP22 351
Peterman, Scott .............................................. TP21 309
Peterman, Scott .............................................. TP08 131
Peterman, Scott ............................................ThP34 673
Peters, Jonathan ............................................TP01 004
Peters, Sara B. .............................................ThP22 411
Peters, Wibke .................................................MP07 149
Peters, Wibke ...................................... ThOG am 08:50
Petersen, Catherine E ..................................MP36 745
Petersen, Jørgen ........................................... MP32 662
Peterson, Amelia C. .............................. ThOE pm 3:30
Peterson, Dave ........................................ TOE pm 3:10
Petit, Vanessa W. ..........................................MP10 184
Petitte, James N. ............................................TP21 329
Petitte, James N. ............................................ TP35 711
Petrareanu, Catalina ...................................... TP21 336
Petre, Alina Brandusa .................................. WP07 108
Petrick, Martin ................................................ MP16 324
Petrignani, Annemieke........................ WOG am 09:10
Petritis, Konstantinos .....................................TP08 129
Petritis, Konstantinos .................................... MP26 541
Petritis, Konstantinos ...................................ThP15 264
Petrotchenko, Evgeniy..................................MP21 408
Petrotchenko, Evgeniy..................................MP21 406
Petrotchenko, Evgeniy................................... TP11 196
Petrotchenko, Evgeniy..................................MP20 390
Petrotchenko, Evgeniy................................. WP28 499
Petrotchenko, Evgeniy..................................MP21 405
Petrotchenko, Evgeniy......................... MOF am 09:10
Pettelkau, Jens ..............................................MP21 409
Petyuk, Vladislav ..................................... TOD pm 3:30
Petyuk, Vladislav A. ......................................MP26 540
Petzold, Christopher J. ......................... TOA am 09:50
Petzold, Jenny ...............................................MP10 193
Pevzner, Pavel ................................................ TP16 243
Pevzner, Pavel ................................................ TP16 242
Pevzner, Pavel ..............................................ThP34 679
Pevzner, Pavel ..............................................ThP34 677
Pevzner, Pavel A. .......................................... MP34 707
Peyssonneaux, Olivier .................................. MP16 320
Pfaff, Samuel L. ................................... ThOA am 09:10
Pfannkoch, Edward ........................................ TP29 541
Pfannkoch, Edward ...................................... WP20 371
Pfeifer, Heike .................................................ThP22 425
Pfeiler, Georg ................................................ThP23 470
Pfeuffer, Kevin ........................................ ThOA pm 3:10
Pham, Catherine...........................................ThP10 176
Pham, Hung .................................................. WP05 048
Pham, Thang ................................................. WP34 665
Pham, Victoria ................................................. TP22 350
Pham, Victoria ................................................. TP28 502
Pham, Victoria ............................................... WP34 656
Pham, Wellington ......................................... WP12 206
Pham Tuan, Hai .............................................. TP30 574
Phan, Trang ....................................................MP36 746
Phelan, Vanessa ............................................MP04 069
Phelan, Vanessa ........................................... WP12 217
Philip, Cole .....................................................MP24 478
Philip, Elsy ......................................................MP25 505
Philip, Thomas ..............................................ThP13 243
Phillips, Courtney .........................................ThP27 551
Phillips, David A. ............................................MP25 503
Phillips, Jonathan ......................................... WP26 475
Phinney, Brett .................................................MP09 168
Phinney, Brett ................................................ WP33 620
Phinney, Brett S. ...........................................ThP09 148
Phinney, Karen................................................TP08 150
Phinney, Karen..............................................ThP23 446
Phinney, Karen.............................................. WP19 352
Phinney, Karen................................................TP30 560
Phinney, Karen......................................... TOC pm 4:10
Phinney, Karen W. .......................................... TP36 721
Phu, Lilian ......................................................ThP18 307
Pi, Na ................................................................ TP26 459
Pi Parra, Na ................................................... WP16 283
Piatkivskyi, Andrii ............................................TP02 036
Picard, Didier................................................. WP36 698
Picard, Pierre ................................................ThP10 178
Picard, Pierre ..................................................TP30 576
Picard, Pierre ................................................ThP27 535
Picard, Pierre ..................................................TP29 529
Picard, Pierre ..................................................TP30 577
Picard, Pierre .................................................MP01 025
Picard, Pierre ................................................ WP05 062
Picard, Pierre ................................................ThP01 001
Picard, Pierre ..................................................TP27 484
Picard, Pierre ................................................ThP29 595
Picard, Pierre .................................................MP02 035
Picard, Pierre ................................................ThP10 177
Picaud, Sarah ........................................ TOE am 09:30
Pichiorri, Flavia ..............................................MP27 562
Pichler, Peter .................................................ThP34 682
Pichler, Peter ................................................... TP18 275
Pichler, Peter ..................................................MP06 126
Pickford, Russell ...........................................ThP28 580
Pierce, Sarah ..................................................TP37 764
Piersma, Sander ........................................... WP34 665
Pierson, Elizabeth E. ....................................MP16 313
Pierson, Jonathan ........................................ WP05 048
Pierson, Nicholas A. ....................................... TP33 636
Pietsch, Christian ..........................................MP36 734
Pijnenburg, Christ ......................................... WP06 095
Pike, Erica .......................................................TP30 566
Pike, Erica ......................................................MP07 134
Pike, Ian ......................................................... WP27 482
Pike, Ian ...........................................................TP19 281
Pike, Ian ...........................................................TP19 295
Pikuleva, Irina A. ...........................................ThP24 477
Pilau, Eduardo ................................................TP10 190
Pileggi, Vince ..................................................TP31 589
Pillai, Manoj .................................................... MP34 683
Pillai, Manoj ................................................... WP25 452
Pilo, Alice .........................................................TP07 126
Pimenov, Alexandre ......................................MP01 016
Pimenov, Alexandre ..................................... WP06 085
Pimentel, Adam..............................................MP08 163
Pinguet, Jeremy .............................................MP10 188
Pinguet, Jérémy .............................................. TP29 540
Pinhancos, Rebeca ........................................ TP02 026
Pinkse, Martijn W..........................................ThP15 263
Pinney, Kevin ................................................ WP05 065
Pinnick, Veronica ................................. ThOE am 08:50
Pinnick, Veronica ............................................ TP05 090
Pinnick, Veronica ........................................... MP35 718
Pino, Lindsay.................................................ThP01 011
Pinto, Danica Glenda ................................... WP12 194
Pinto, Mariana ................................................ MP26 543
Pinto, Paulo Marcos ...................................... MP24 473
Piotrowski, Mary ............................................MP02 039
Piotrowski, Mary ............................................MP02 038
Pippin, Anika ...................................................TP26 475
Pirger, Zsolt .....................................................TP34 665
Pirhalla, Jill .....................................................WP11 175
Pirkl, Alex .........................................................TP04 060
Pirkle, James......................................... MOA am 09:30
Pirman, David ........................................ThOD pm 2:50
Pirmoradian Najafabadi, Mohammad .........TP04 071
Pirro, Valentina..................................... ThOA am 09:30
Pirrone, Gregory ............................................ MP22 414
Pirrotte, Patrick ...............................................TP08 129
Pischetsrieder, Monika ................................ WP20 365
Pittenauer, Ernst ............................................ MP34 705
Pitteri, Sharon ................................................MP14 262
Pitti, Robert ...................................................... TP22 350
Piwnica-Worms, Helen ................................ WP30 571
Piyankarage, Sujeewa C. ............................ThP09 166
Plasencia, Manolo ........................................ WP30 571
Plasencia, Manolo D. ................................... WP30 565
Plasencia, Manolo D. ........................... MOF am 09:50
Plass, Wolfgang ............................................. MP16 324
Platner, Charlotte .......................................... WP01 002
Platt, Stephen ...............................................ThP06 089
Pleasance, Steve ..........................................MP25 520
Pleiman, Jennifer K. .....................................ThP22 422
Plett, Artur ....................................................... MP10 206
Plomley, Jeffry ............................................... WP06 085
Plomley, Jeffry ................................................ MP01 016
Plona, Zach .....................................................TP21 322
Plot, Virginie ....................................................TP21 306
Plou, Philippe ................................................ WP17 305
Ploy, Marie Cécile .........................................ThP23 444
Ploy, Marie-Cécile ................................. ThOB pm 3:50
Plumb, Robert ............................................... WP16 286
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 231
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Plumb, Robert .................................................TP25 451
Plumb, Robert ............................................... WP18 318
Plumb, Robert S. ...........................................MP25 519
Plumel, Marine ................................................ TP21 306
Plummer, Chelsea E. ...................................ThP36 712
Plummer, Francis A ....................................... MP06 094
Plummer, Natalie .......................................... WP18 322
Plymire, Daniel ................................................ TP12 211
Poch, Gregory ............................................... WP06 082
Poch, Gregory ................................................. TP26 466
Podar, Mircea ................................................ WP36 686
Poder, Jacob ...................................................TP17 245
Podgorski, David ...................................ThOG pm 3:50
Podgorski, David C. ..................................... WP05 045
Podgorski, David C. .......................................TP33 655
Podgrudkov, Dmitry ......................................ThP14 262
Podhorodecki, Lisa.......................................ThP08 136
Podtelejnikov, Alexandre ...............................TP17 245
Pogue, Joshua ................................................ TP04 055
Pohl, Chris ..................................................... WP24 442
Pohl, Chris ..................................................... WP24 444
Pohl, Chris .......................................................TP35 698
Poirier, Dave .......................................... WOF am 09:10
Poisson, Lionel ...............................................TP03 051
Polaczek, Christine .......................................MP15 280
Polaczek, Christine ...................................... WP38 754
Polanco, Gloria ..............................................MP27 553
Polfer, Nick ......................................................TP02 031
Polfer, Nicolas ...............................................ThP36 718
Polfer, Nicolas ...............................................ThP35 698
Polfer, Nicolas .................................................TP23 378
Polfer, Nicolas ...............................................ThP20 381
Polfer, Nicolas ............................................... WP30 542
Polfer, Nicolas ...............................................ThP35 706
Politis, Argyris ................................................WP23 411
Pollins, Alonda C. ..........................................MP10 186
Pollock, Toni ....................................................TP08 162
Polman, Katja .................................................MP23 457
Polovkov, Nikolai ...........................................MP36 724
Poluektov, Yuri ..............................................ThP08 127
Polyakova, Olga ........................................... WP03 031
Pomerantz, Steven........................................MP18 365
Pomes, Anna ................................................. WP19 346
Pomiès, Christelle ..........................................TP33 640
Pomozov, Timofey ......................................... MP16 323
Ponniah, Gomathinayagam ..........................TP14 224
Ponthus, Jeremie ......................................... WP05 052
Ponthus, Jérémie ......................................... WP05 059
Poon, Tiffany ........................................ ThOA am 09:10
Poor, Taylor A. ....................................... MOF am 09:50
Poothong, Sukalya .........................................TP24 413
Pope, Jackson ...............................................MP04 070
Pope, R. Marshall .........................................ThP25 505
Pope, R. Marshall ......................................... WP28 506
Pope, R. Marshall ......................................... WP26 458
Popot, Marie-Agnès ..................................... WP17 305
Popov, Igor .............................................. WOF pm 3:30
Popov, Igor .....................................................MP17 356
Popov, Igor ......................................................TP03 050
Popov, Igor ....................................................ThP34 679
Popov, Igor ....................................................ThP06 082
Popov, Igor ....................................................ThP14 262
Popov, Igor ......................................................TP20 299
Popov, Igor .................................................... WP21 383
Popovic, Relja ......................................ThOH am 10:10
Porbeck, Frank .............................................ThP06 107
Porcella, Steve F. .................................. ThOB pm 4:10
Porcelli, Steven .............................................ThP23 460
Porta, Francesco ...........................................MP09 179
Porta, Tiffany ..................................................MP30 608
Porta, Tiffany ......................................... MOC am 10:10
Portelius, Erik .................................................. TP19 280
Porter, John ................................................... WP22 394
Porter, Ned ....................................................ThP28 585
Portner, Christoph .........................................MP31 647
Poschmann, Gereon ....................................ThP23 454
Possemato, Anthony .................................... WP33 632
Possemato, Anthony .................................... WP34 668
Post, Harm.....................................................ThP17 291
Post, Jeremy ................................................. WP19 332
Post, Jeremy ..................................................MP26 522
Potter, Matthew .............................................ThP32 660
Potter, Oscar ..................................................MP25 512
Potter, William Z. ............................................TP19 296
Potts, Alexandra ........................................... WP36 698
Potts, Gregory K. .......................................... WP34 646
Potts, Gregory K. ................................... ThOB pm 2:30
Potts, Warren ......................................... TOC am 08:30
Pötzl, Jörg-Ulrich ................................... TOB am 08:30
Pourkarimi, Ehsan ......................................... MP29 595
Poussigue, Frédéric ..................................... WP38 736
Poutsma, John .............................................. WP01 002
Powell, David .................................................MP10 189
Powell, David ................................................ WP18 317
Powell, David ..................................................TP23 378
Powell, Kendall ...............................................TP08 130
Powell, Mark ...........................................TOC am 08:30
Powell, Matthew .............................................TP21 341
Powell, Matthew .............................................TP34 666
Powell, Matthew ............................................WP11 181
Powell, Matthew ...........................................ThP28 589
Powell, Matthew .............................................TP12 212
Powell, Matthew J. ................................ TOB am 09:10
Powers, Thomas ............................................WP11 192
Powers, Thomas ........................................... WP09 137
Powers, Thomas ...................................... TOB pm 3:10
Pozmogova, Galina .......................................MP13 247
Pozniak, Christine ................................... TOD pm 4:10
Pradeep, T. ......................................................TP02 021
Pradeep, T. .................................................... WP12 194
Pradhan, Sujana ............................................ MP03 055
Prado, Mindy ................................................. WP23 402
Prakash, Amol ................................................. TP22 351
Prakash, Amol ................................................MP25 503
Prakash, Amol ............................................... WP32 602
Prakash, Amol ...................................... ThOC am 09:10
Prakash, Amol ............................................... WP26 457
Prakash, Amol ...............................................ThP34 673
Prakash, Amol ................................................. TP21 309
Prakash, Amol ................................................MP25 501
Prakash, Amol ................................................. TP08 131
Prakash, Amol ............................................... WP32 601
Prakash, Amol ...............................................ThP21 385
Prakash, Chandra ............................... ThOF am 08:50
Prakesh, Amol ...................................... ThOD am 09:30
Prasad, Meera .....................................ThOD am 08:30
Prasad, Meera .............................................. WP31 584
Prasad, Satendra .........................................ThP06 084
Prasad, Satendra ...........................................TP05 101
Prasad, Satendra .........................................ThP06 102
Prasad, Satendra .........................................ThP01 018
Prasad, Satendra .........................................ThP01 016
Prasad, Satendra .........................................ThP06 094
Prasain, Jeevan ............................................. MP03 059
Pratt, Brian.......................................................TP28 525
Preau, James ................................................ThP21 405
Prenni, Jessica ..............................................MP03 049
Prenni, Jessica ..............................................MP04 071
Prenni, Jessica ...................................... ThOE pm 2:50
Prenni, Jessica ............................................. WP26 459
Prenni, Jessica ...............................................TP05 099
Prenni, Jessica E.................................ThOB am 09:30
Prentice, Boone ..............................................TP02 028
Prentice, Boone M..........................................TP02 029
Preston, J....................................................... WP19 336
Preston, Ryan ............................................... WP24 432
Preussner, Jens ............................................. MP24 476
Previs, Stephen .............................................MP29 592
Previs, Stephen ..............................................TP21 307
Previs, Stephen ......................................WOD pm 3:10
Prevost, Michele .............................................TP32 617
Prey, Joshua....................................................TP26 460
Pridatchenko, Marina L. ..............................ThP34 691
Prideaux, Brendan ........................................WP11 183
Prieto, DaRue A. ...........................................ThP19 352
Prieto, Mari ............................................. TOB am 08:50
Prieto Conaway, Maria .................................MP04 062
Prieto Conaway, Maria C. ........................... WP08 122
Prikhodchenko, Peter .................................. WP02 008
Prince, John ................................................... MP11 217
Prince, John ....................................................TP28 516
Prince, John .................................................. WP33 636
Pringle, Steven ...............................................TP04 086
Pringle, Steven .................................... ThOA am 10:10
Prins, John.......................................................TP29 530
Prinz, Mechthild .............................................MP30 604
Prior, Ian......................................................... WP33 610
Priyasantha, Kd ..............................................TP08 155
Progent, Frederic ...........................................MP16 320
Prokaeva, Tatiana ......................................... WP29 516
Prokai, Laszlo ...............................................ThP29 602
Prokai, Laszlo ...............................................ThP33 667
Prokai, Laszlo ............................................... WP14 238
Prolla, Tomas ................................................ WP29 528
Proskurowski, Giora ...................................... MP24 468
Prosser, Simon ............................................. WP25 451
Prosser, Simon J. .........................................ThP12 221
Protzel, Chris................................................. WP34 661
Provencher, Gilles ........................................ThP29 601
Prueksaritanont, Thomayant ...................... WP15 281
Prunier, Rich ..................................................ThP06 077
Przybylski, Michael........................................MP23 443
Przybylski, Michael....................................... WP07 108
Przybylski, Michael....................................... WP28 491
Przybylski, Michael.......................................ThP14 255
Przybylski, Michael.......................................ThP09 145
Pu, Hai ............................................................WP08 119
Pu, Hai .............................................................TP37 769
Pu, Yi .............................................................. WP28 493
Pu, Yi ................................................................TP33 634
Pu, Yi ..............................................................ThP20 378
Pucci, Vincenzo .............................................MP07 146
Puchades Garcia, Cristina ...........................MP22 429
Puckeridge, Max ........................................... WP30 554
Pudenzi, Marcos A. ...............................TOG am 09:50
Puel, Olivier .................................................... MP04 063
Pukala, Tara ................................................... MP21 403
Pulliam, Chris .................................................. TP34 686
Puri, Neelu .....................................................ThP23 449
Purkar, Anjali ...................................................TP20 302
Purkayastha, Babu ........................................MP06 108
Purnell, Jonathan ..................................TOC am 09:30
Purves, Randy W..........................................ThP01 016
Purvine, Samuel O. ....................................... MP34 707
Purwaha, Preeti ..............................................TP25 433
Purzner, Teresa .............................................ThP17 303
Puschner, Birgit...............................................TP26 474
Puschner, Birgit....................................... WOF pm 3:10
Putluri, Nagireddy ......................................... WP18 312
Pyun, Jae-Chul ..............................................WP02 011
Pyun, Jae-Chul ............................................. WP02 012
Qaio, Hui ........................................................ WP06 080
Qamar, Saadia ...................................... MOF am 08:30
Qi, Fei ................................................... ThOG am 09:10
Qi, Jessica ...................................................... MP18 365
Qi, Yulin .................................................. WOE am 09:10
Qian, Jiang ...................................................... TP11 195
Qian, Jian-Qin ............................................... WP14 234
Qian, Kejun .....................................................MP36 749
Qian, Kuangnan ............................................ WP05 051
Qian, Pei-Yuan ..............................................ThP25 491
Qian, Sun .......................................................ThP27 550
Qian, Weijun ..........................................WOA am 08:50
Qian, Wei-Jun ................................................MP24 483
Qian, Wei-Jun ................................................MP26 540
Qian, Wei-Jun ................................................MP26 542
Qian, Wei-Jun ............................................... WP27 484
Qian, Wei-Jun ....................................... MOA am 10:10
Qian, Wen-Jian .............................................ThP14 258
Qian, Xiaohong ............................................. WP27 485
Qian, Xiaohong .............................................. MP08 162
Qian, Xuemin .......................................ThOH am 08:30
Qian, Yichao .......................................... WOF am 08:50
Qiao, Hui .......................................................... TP04 082
GENERAL INFORMATION
PAGE 232 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Qiao, Hui ........................................................ WP03 017
Qiao, Hui ........................................................ WP06 079
Qiao, Jana ................................................ TOD pm 3:30
Qiao, Jana ............................................. WOA am 10:10
Qiao, Jinping ...................................................TP25 444
Qiao, Liang .............................................. WOE pm 3:30
Qiao, Liang ......................................................TP34 677
Qin, Ann .........................................................ThP21 395
Qin, Feng ....................................................... WP20 366
Qin, Suzi ........................................................ WP20 356
Qin, Suzi ..........................................................TP37 772
Qin, Weijie ......................................................MP08 162
Qiu, Haibo .......................................................MP25 509
Qiu, Xiongxiong ............................................ WP06 078
Qiu, Xiongxiong ............................................ WP20 368
Qiu, Xiongxiong ..............................................TP37 742
Qiu, Yanling .....................................................TP31 583
Qiu, Yu............................................................ WP03 025
Qu, Haiou.........................................................TP10 186
Qu, Jun.............................................................TP18 255
Qu, Jun.............................................................TP18 257
Qu, Jun........................................................... WP29 534
Qu, Jun...........................................................ThP22 421
Qu, Jun.............................................................TP21 337
Qu, Jun............................................................MP25 510
Qu, Yi ................................................................TP12 209
Qu, Yi ...................................................... WOA am 08:50
Qu, Yi .............................................................. WP34 644
Qu, Yi ...................................................... MOA am 10:10
Qu, Zhe .................................................. WOA am 09:30
Qu, Zhe ...........................................................MP34 706
Quadri, Syeda S. ...........................................MP03 056
Quadroni, Manfredo ..................................... WP36 698
Quan, Shu ......................................................MP21 405
Quang, Changyu ..........................................ThP13 233
Quang, Changyu ............................................TP26 455
Quanico, Jusal ......................................... TOB pm 2:30
Quao, Hui.........................................................TP04 056
Quek, Siew-Young ........................................ WP19 340
Quek, Sue-Ing ................................................ MP26 542
Quiason, Cristine ........................................... WP11 179
Quinkert, Zachary ......................................... WP23 418
Quinkert, Zachary T. ..................................... WP28 507
Quinn, John ...................................................ThP12 216
Quinn, John P ...............................................ThP06 081
Quinn, Robbie ................................................ MP04 069
Quinn, Ryan .........................................ThOH am 09:50
Quinones, Beatriz .........................................ThP25 517
Quinton, Loic ...................................................TP07 127
Quinton, Loïc .................................................ThP16 272
Quinton, Loïc ................................................... TP33 653
Quyyumi, Arshed ...........................................MP04 060
Ra, Hoon ........................................................ThP26 520
Rabinovitch-Deere, Christine .......................TP24 419
Rabuck, Jessica N. ........................................TP33 645
Race, Alan .....................................................ThP04 049
Race, Alan ..................................................... WP10 165
Race, Alan M. ................................................ WP10 164
Race, Alan M. ................................................ WP09 153
Race, Alan M. ................................................. MP11 208
Rad, Ramin ................................................... WP28 509
Rad, Ramin ............................................ TOA am 09:30
Rad, Ramin .....................................................TP28 508
Rad, Ramin .....................................................TP04 077
Radabaugh, Melissa R. ................................ MP26 525
Radau, Sonja ........................................... TOD pm 3:10
Raddatz, Christian R.....................................MP16 329
Radford, Sheena E..................................MOF pm 4:10
Radhakrishnan, Sridhar.................................TP24 405
Radi, Krisztina ................................................ MP09 170
Radivojac, Predrag....................................... WP32 600
Radivojac, Predrag....................................... WP31 588
Radivojac, Predrag........................................MP21 400
Radvanyi, François ......................................ThP23 476
Raeder, Helge .................................................TP19 284
Raether, Oliver ............................................... MP24 491
Raffaelli, Andrea .............................................TP30 567
Rafferty, David ................................................TP04 083
Raftery, Daniel ................................................TP23 371
Raftery, Daniel ...............................................MP03 041
Raftery, Daniel ..............................................ThP22 414
Rahman, Md. Matiur ....................................ThP30 620
Rahman, A. F. M. Motiur ................................TP37 768
Rahman, G. M. Mizanur ................................TP32 615
Rahman, M. Ziaur...........................................TP28 510
Rahman, Md. Obaidur ..................................WP07 115
Rahman, Md. Obaidur ..................................MP17 339
Rainger, G. Ed. .............................................. MP11 208
Rainville, Paul ............................................... WP18 318
Rainville, Paul .................................................TP04 065
Rainville, Paul ................................................MP26 532
Rainville, Paul .................................................TP25 451
Rainville, Paul ............................................... WP16 286
Rainville, Paul ...............................................ThP29 598
Rainville, Paul .........................................WOD pm 3:10
Rainville, Paul ...............................................ThP08 131
Rainville, Paul D. .......................................... WP15 280
Rainville, Paul D. ............................................TP25 421
Rainville, Paul D. .......................................... WP13 232
Raja, Robert ..................................................ThP32 660
Rajagopalan, Sudha .................................... WP06 081
Rajendiran, Thekkelnaycke ..........................TP35 710
Raju, Eldho ...................................................... TP25 426
Raju, Shruti .....................................................MP34 689
Raju, Shruti ..................................................... MP11 219
Raju, Shruti ..................................................... MP06 112
Rajwa, Bartek ........................................... TOH pm 2:50
Rakov, Sergey ...............................................ThP27 536
Rakov, Sergey ............................................... WP37 714
Ralser, Markus ................................................ TP33 661
Ramadan, Ahmed A. ...................................... TP32 618
Ramagiri, Suma .............................................. TP24 385
Ramagiri, Suma .............................................. TP25 428
Ramakrishnan, Rathi ....................................MP10 204
Ramakrishnan, Vikram R. .................... TOA am 09:50
Ramaley, Corinne .......................................... MP03 057
Raman, Gurusamy ........................................ MP31 635
Ramanathan, Arvind ......................................TP23 372
Ramanathan, Dil ............................................. TP25 426
Ramanathan, Lakshmi........................... MOE pm 2:50
Ramanathan, Ragu ................................ MOE pm 2:50
Ramanathan, Ragu ........................................ TP25 420
Ramanathan, Ragu ........................................ TP25 428
Ramao, Anelisa.............................................ThP22 431
Rambla-Alegre, Maria .................................. WP19 329
Ramero, Maureen ........................................ WP07 098
RAMERO, Maureen ......................................WP07 110
Ramero, Maureen ..........................................TP26 464
Ramireddy, Rajasekharreddy .......................TP10 174
Ramirez, Nelson .............................................TP28 527
Ramirez, Sabra .............................................ThP10 181
Ramirez-Alvarado, Marina .................... WOB pm 4:10
Ramos, Luis ..........................................WOD am 09:10
Ramos Catharino, Rodrigo ..........................WP11 190
Rampler, Evelyn ...................................WOC am 10:10
Ramsey, J Michael ........................................MP15 290
Ramsey, J. Michael ........................................TP28 506
Ramsey, J. Michael .............................. MOB am 09:30
Ramsey, J. Michael ......................................ThP06 104
Ramsey, J. Michael ....................................... MP16 300
Ramsey, J. Michael ....................................... MP16 299
Ramsey, J. Michael ....................................... MP16 301
Ramsey, J. Michael ....................................... MP16 302
Ramsey, J. Michael ....................................... MP16 303
Ramu, Kumar ................................................ WP06 074
Ramu, Kumar .................................................. TP25 438
Ran, Xiaorong ................................................ MP34 709
Ran, Xiaorong ................................................ MP34 708
Ran, Xiaorong ............................................... WP19 324
Ranasinghe, Asoka .............................. MOE am 08:30
Rand, Kasper D. .............................................TP15 227
Rand, Kasper D. ........................................... WP22 395
Randall, Shan ...............................................ThP09 155
Randall, Shan M. ..........................................ThP06 091
Randall, Shan M. ............................................ TP21 327
Randall, Shan M. ........................................... MP23 441
Randau, Lennart ............................................ MP21 410
Rane, Abhijit ................................................... MP19 379
Rane, Shailendra ........................................... MP06 112
Rane, Shailendra ...........................................MP34 689
Rane, Shailendra ........................................... MP11 219
Ranger, Maxime ...........................................ThP29 617
Rangiah, Kannan .......................................... WP17 306
Rangiah, Kannan .......................................... WP17 307
Ranguelova, Kalina ...................................... WP19 345
Ranjan, Priya..................................................MP32 669
Rao, Prahlad .................................................ThP09 169
Rao, Ramesh ..................................................TP33 627
Rao, Ramesh ................................................ThP27 532
Rao, Ramesh ................................................ThP27 533
Rao, Srinivasa.................................................TP35 698
Rao, Srinivasa............................................... WP24 442
Rao, Srinivasa............................................... WP24 444
Rao, Wei .........................................................MP30 623
Rao, Wei ........................................................ThP02 022
Raphael, Itay ...................................................TP20 302
Rapp, Erdmann...............................................TP36 731
Rappold, Brian ...............................................MP01 015
Raptakis, Emmanuel ....................................ThP01 002
Raptakis, Emmanuel ...................................... TP05 097
Raptakis, Emmanuel ....................................ThP06 079
Raptakis, Emmanuel ...................................... TP05 103
Rardin, Brent .................................................ThP26 527
Rasam, Pratap ............................................... MP34 689
Rasam, Pratap ............................................... MP06 112
Rasam, Pratap ............................................... MP11 219
Rasam, Pratap ..............................................ThP27 539
Rasam, Pratap .............................................. ThP11 200
Rasam, Pratap ............................................... MP34 690
Rashid, Faraz ................................................ WP25 452
Rashid, Mohammed .....................................ThP28 568
Raska, Milan .................................................ThP19 349
Raska, Milan .................................................ThP19 330
Raska, Milan ........................................ThOD am 09:30
Raska, Milan ................................................. WP32 601
Raskind, Alexander ....................................... MP19 381
Rasmussen, Matthew ..................................ThP32 655
Rasmussen, Morten ...................................... MP21 394
Rastinejad, Fraydoon....................................MP22 440
Rastogi, Neha ...............................................ThP18 324
Rastogi, Neha .................................................TP08 156
Rath, Chris................................................TOG pm 2:30
Rath, Christopher ..........................................MP04 069
Rath, Christopher M ................................ TOB pm 4:10
Rathbun, Wayne ........................................... WP05 048
Rathje, William ..............................................ThP34 692
Rathore, Deepali.............................................TP09 165
Ratnayake, Chitra..........................................MP15 287
Ratsameepakai, Waraporn .........................ThP32 663
Ratsep, Peter .................................................MP14 260
Rattke, Janine ............................................... WP09 142
Raught, Brian .................................................MP29 602
Rault, Matthieu ..............................................ThP27 541
Rauniyar, Navin .............................................MP29 598
Rauniyar, Navin ............................................ThP09 162
Rauschecker, Mitra L. ........................... ThOD pm 3:50
Rauterberg, Ernst W. .....................................TP30 570
Ravichandran, Akshaya.................................TP08 159
Ravina, Bernard .............................................. TP19 279
Ravnsborg, Christian ....................................MP06 128
Ravnsborg, Christian .....................................TP17 245
Rawlinson, Catherine................................... WP17 303
Rawlinson, Catherine................................... WP17 304
Rawlinson, Catherine.....................................TP23 363
Ray, Julie A. ........................................... MOC am 09:30
Ray, Kevin......................................................ThP14 254
Ray, Kevin.......................................................MP26 526
Ray, Kevin.......................................................MP26 525
Ray, Patricio ............................................WOD pm 4:10
Ray, Somak ................................................... WP35 676
Ray, Somak ...................................................ThP22 430
Ray, Steven ............................................ ThOA pm 3:10
Ray, Steven J. ..................................................... Special
Ray, Steven J. ....................................... MOB am 10:10
Rayavarapu, Sree ..................................WOD pm 4:10
Raymond, Kimiyo ..........................................MP09 179
Raymond, Kimiyo ......................................... WP07 106
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 233
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Raymond, Kimiyo M ..................................... WP07 107
Rayner, Julian C. ................................... ThOB pm 4:10
Razavi, Morteza ...................................... WOD pm 2:50
Razunguzwa, Trust .......................................WP11 181
Razunguzwa, Trust ......................................ThP28 589
Razunguzwa, Trust ........................................TP21 341
Razunguzwa, Trust ........................................TP34 666
Re, Suyong ...................................................... TP35 695
Read, Erik ................................................. TOC pm 4:10
Reardon, Kenneth ........................................ThP09 167
Reavis, Joshua A ............................................TP22 353
Rebec, Monica ......................................... TOH pm 3:10
Rebuffat, Sylvie ............................................... TP06 122
Recenti, Daniele ............................................MP31 637
Recenti, Daniele ............................................MP31 638
Recenti, Daniele .............................................TP29 554
Reda, Louis ................................................... WP37 709
Redaschi, Nicole........................................... WP32 606
Redden, Jacina ............................................... TP27 486
Reddivari, Lavanya ........................................TP24 405
Reddy, Christopher ...............................ThOG pm 3:50
Reddy, Christopher M. ................................. WP05 045
Reddy, E. Premkumar.................................. WP28 513
Reddy, M. V. Ramana .................................. WP28 513
Reddy, Murali ................................................ WP20 360
Reddy, Sharanya ........................................... MP09 177
Reddy, Sharanya ..........................................ThP27 536
Reddy, Sharanya .......................................... WP37 714
Reddy, Sharanya ................................... ThOA pm 3:50
Redlich, Britta ....................................... WOG am 09:10
Redmond, Bruce.............................................TP25 432
Redwine, James ...........................................ThP35 699
Reeber, Steven L............................................TP31 592
Reece, Jennifer.............................................ThP36 719
Reece, Jennifer..............................................MP35 715
Reed, Barbara.................................................TP24 413
Reed, Janiel J. ...............................................MP36 721
Reed, Jon ...................................................... WP29 515
Reed, Jon ........................................................TP21 312
Reed, Ralph ...........................................TOC am 09:30
Rees, Jon.......................................................ThP26 526
Rees, Jon........................................................WP07 116
Reese, Kristen ..............................................ThP28 576
Reeve, Nathaniel ..........................................ThP13 236
Regiani, Thais ................................................MP32 656
Regiani, Thaís ...............................................ThP25 492
Rehder Silinski, Melanie A. .......................... MP34 694
Rehman, Shazia ............................................ MP07 140
Reich, Fraser..................................................MP16 321
Reichelt, Michael ...........................................MP03 052
Reichert, Matthew ........................................ WP03 023
Reid, Gavin ............................................ MOG am 08:50
Reid, Gavin ....................................................ThP28 564
Reid, Gavin E. ................................................ MP11 216
Reifschneider, Olga .......................................WP11 174
Reifschneider, Olga ......................................ThP05 070
Reifschneider, Olga ......................................ThP03 027
Reifschneider, Olga ......................................ThP04 047
Reifschneider, Olga ......................................ThP05 056
Reifschneider, Olga ...................................... WP23 409
Reilly, Cavan ................................................. WP18 320
Reilly, James P. .............................................. MP21 400
Reilly, Peter T. A. ............................................TP05 098
Reilly, Peter T. A ..............................................TP05 109
Reimschuessel, Renate ................................TP37 753
Reiner, Eric ..................................................... MP31 630
Reiner, Eric J ......................................... WOF am 09:10
Reinhardt, Timothy ........................................ MP33 675
Reinhold, Vernon ............................................ TP36 717
Reinhold, Vernon ............................................ TP36 718
Reinhoud, Nico ............................................. WP15 260
Reinhoud, Nico .............................................ThP18 317
Reis, Celso .................................................... WP26 473
Reiss, Caroline ...............................................TP23 375
Reiter, Karine ......................................... ThOB pm 4:10
Reiter, Lukas ...................................................TP21 310
Reiter, Lukas ...................................................TP08 142
Reiter, Lukas ...................................................TP17 252
Reitz, Richard E.............................................MP09 171
Rejtar, Tomas ................................................ WP35 673
Remes, Philip ......................................... TOA am 09:30
Remes, Philip ................................................. MP16 309
Remes, Philip ............................................TOA pm 2:30
Remes, Philip M .............................................TP05 093
Remes, Philip M. ..........................................ThP06 102
Remes, Philip M. ..........................................ThP06 093
Remily-Wood, Elizabeth ................................TP08 157
Rempel, Don ..................................................MP22 438
Rempel, Don ...................................................TP09 168
Rempel, Don ..................................................MP22 423
Rempel, Don L. ..................................... MOF am 09:50
Rempel, Don L. .............................................ThP12 218
Ren, Bailuo ..................................................... MP25 504
Ren, Da ..........................................................ThP33 668
Ren, Da ..........................................................ThP25 495
Ren, Jia ..........................................................ThP20 374
Ren, Jian Min ................................................ThP33 666
Ren, Jian Min ................................................ WP34 659
Ren, Jianhua .................................................ThP14 257
Ren, Jianhua .................................................ThP36 723
Ren, Jianhua .................................................ThP36 722
Ren, Jianmin ................................................. WP29 531
Ren, Yan ......................................................... MP27 565
Ren, Yue ..........................................................TP04 080
Ren, Yue .........................................................MP17 330
Renard, Bernhard ........................................... TP28 504
Renard, Bernhard Y .............................WOB am 09:50
Renfrow, Mattew B. ...................................... WP32 601
Renfrow, Matthew.........................................ThP19 349
Renfrow, Matthew.........................................ThP21 385
Renfrow, Matthew...........................................TP08 143
Renfrow, Matthew B. ....................................ThP19 330
Renfrow, Matthew B. ........................... ThOD am 09:30
Renfrow, Matthew B. .....................................MP22 425
Renteria, Calvin ..............................................TP35 702
Reschke, Brent ...............................................TP21 341
Reschke, Brent ..............................................WP11 181
Reschke, Brent ...............................................TP34 666
Reschke, Brent .............................................ThP28 589
Reschke, Brent R. ................................. TOB am 09:10
Reschke, Brent R. ........................................ThP05 054
Resemann, Anja ...........................................ThP19 339
Resemann, Anja .................................... TOH am 08:50
Resemann, Anja ........................................... WP24 429
Resemann, Anja ...........................................ThP19 356
Resemann, Anja ........................................... WP24 434
Resetca, Diana ..............................................MP22 435
Ressom, Habtom .......................................... WP26 460
Ressom, Habtom ...........................................MP03 046
Retif, Chris ............................................. MOB am 09:50
Retke, Brandon ............................................. WP06 077
Reuben, James.............................................ThP22 418
Reuschel, Scott.............................................ThP29 592
Reuschel, Scott.............................................ThP29 608
Reuschel, Scott..............................................MP13 245
Reuschel, Scott...............................................TP08 162
Rey, Martial..............................................WOH pm 3:10
Reymond, Jean-Louis ...................................MP13 249
Reynolds, James ............................................ TP34 669
Reynolds, James ............................................ TP34 671
Reynolds, James ..........................................ThP01 019
Reynolds, Robert ..........................................ThP13 236
Reyzer, Michelle ........................................... WP12 206
Reyzer, Michelle L. ....................................... WP12 199
Reyzer, Michelle L. ....................................... WP12 202
Rhee, David....................................................MP26 526
Rhee, Hyun-Woo .....................................MOF pm 3:30
Rhee Paeng, Insook ....................................ThP32 664
Rhoads, Timothy W. .....................................ThP13 232
Rhodes, Jonathan M.....................................MP27 554
Rhodus, Nelson ............................................ThP22 426
Rhodus, Nelson L. .......................................... TP28 511
Riaz, Abrar ....................................................... TP04 083
Riba-Garcia, Isabel .......................................MP19 386
Ribeiro, Fabio .........................................ThOG pm 2:30
Ribeiro, José Antônio ....................................MP05 084
Ricard, Cindy............................................ TOE pm 3:10
Rice, Robert H. .............................................ThP09 148
Rice, Scott A...................................................MP36 722
Rich, Virginia .................................................ThP25 500
Richard, Damien ............................................. TP29 540
Richard, Vachet ............................................ WP23 417
Richards, Alicia .............................................ThP13 231
Richards, Alicia L. .........................................ThP34 684
Richardson, Brenna M. ...........................MOA pm 2:50
Richardson, Brenna M. ................................ThP17 302
Richardson, Jason .........................................TP15 228
Richardson, Jason .......................................ThP25 495
Richardson, Keith ...........................................TP01 001
Richardson, Keith ......................................... WP10 167
Richardson, Keith .........................................ThP06 089
Richardson, Susan ....................................... WP03 029
Riches, Eleanor ............................................ WP05 052
Riches, Eleanor .............................................MP36 741
Richrath, Brigitte ............................................ MP06 111
Richter, Florian ...................................... MOH am 09:10
Richter, Hagen ...............................................MP21 410
Ricke, Nathan ...............................................ThP32 655
Rickert, Keith .................................................ThP10 182
Ridder, Lars ................................................... WP15 252
Ridge, Douglas P. ......................................... ThP36 711
Ridgeway, Mark ............................................ WP38 745
Ridgeway, Mark ..............................................TP33 634
Ridgeway, Mark ............................................ WP38 746
Ried, Thomas ................................................ WP33 614
Riedel, Jens....................................................MP17 352
Riedeman, James ........................................ WP14 235
Riedeman, James ........................................ WP05 056
Riekkola, Marja-Liisa ................................... WP37 727
Riener, Joerg .................................................ThP27 552
Rietpietsch, Thomas .....................................MP19 377
Rieux, Laurent................................................MP06 128
Rijkers, Erikjan ..............................................ThP18 310
Riley, Catherine ............................................ WP07 102
Riley, Catherine P. ........................................ WP07 099
Riley, Nicholas M. ......................................... WP34 646
Rimmer, Mary Ashley ................................... WP22 387
Rimnacova, Lucie .........................................ThP21 401
Rinaldo, Piero ................................................MP09 179
Rinaldo, Piero ............................................... WP07 107
Rinaldo, Piero ............................................... WP07 106
Rinehart, Jesse .............................................. MP29 586
Ringrose, Jeffrey ..........................................ThP17 291
Rinner, Oliver ..................................................TP08 142
Rinner, Oliver ..................................................TP21 310
Rinner, Oliver ..................................................TP17 252
Risinger, John I. ............................................. MP25 501
Risk, Brian ......................................................MP24 479
Risk, Brian ......................................................MP19 374
Ristic, Goran ................................................. WP38 741
Ritchey, Debbie ..............................................MP22 431
Riter, Leah .......................................................TP31 601
Ritzau, Steve .................................................ThP06 077
Rivera, Andrea .............................................. WP09 147
Rivera, Keith ..................................................ThP07 120
Rizvi, Toqueer .................................................TP26 463
Rizzo, David ........................................... TOB am 10:10
Rizzo, David G. ............................................. WP09 155
Rizzo, Thomas ..............................................ThP35 696
Rizzo, Thomas R. ................................ WOG am 09:30
Roach, Michael ...............................................TP25 446
Roark, Joe ......................................................MP19 379
Rob, Tamanna ............................................... WP22 393
Rob, Tamanna .........................................WOH pm 3:30
Rob, Tamanna .......................................WOH am 09:30
Robbins, Philips W. ......................................ThP19 350
Robbins, Winston ..................................ThOG pm 3:50
Robbins, Winston ......................................... WP05 053
Robbins, Winston ......................................... WP05 061
Robert, Bailey ......................................... MOD pm 4:10
Roberts, Allison ............................................. WP01 002
Roberts, Dominic .......................................... WP37 707
Roberts, Dominic ............................................ TP33 627
Roberts, Dominic ..........................................ThP27 532
Roberts, Dominic ............................................ TP33 626
Roberts, Dominic ..........................................ThP27 533
Robertson, Fredika.......................................ThP22 418
GENERAL INFORMATION
PAGE 234 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Robichaud, Guillaume ..................................MP30 618
Robichaud, Guillaume ........................ ThOF am 09:10
Robichaud, Guillaume ................................. WP10 158
Robichaud, Guillaume .................................ThP05 060
Robichaud, Guillaume ..................................WP11 177
Robinette, Steven L. ......................................TP30 570
Robinson, Carol ............................................ WP23 412
Robinson, Carol V. ........................................WP23 411
Robinson, Carol V. ............................... MOF am 08:50
Robinson, Carol V. ........................................ MP21 401
Robinson, Errol W. .......................................ThP05 067
Robinson, Jessica ........................................ WP28 496
Robinson, Mary..............................................MP30 625
Robinson, Michelle ....................................... WP30 566
Robinson, Phillip ................................... WOE am 09:30
Robinson, Sarah ............................................ MP36 745
Robinson, Veronica G...................................MP34 694
Robinson, Veronica G....................................TP26 470
Robles, Maria S ..................................... TOE am 09:10
Robotham, Scott A. ......................................ThP19 353
Roboz, John .................................................. WP28 513
Rocca, J.J. .....................................................ThP06 103
Rocconi, Rodney ..........................................ThP22 419
Rocconi, Rodney ............................................TP35 712
Rochat, Bertrand .................................. MOE am 08:50
Roche, Lucie ...................................................TP29 540
Rock, Dan ...................................................... WP24 433
Rocke, David .................................................. MP27 556
Rocker, Jana ................................................. WP26 455
Rockwood, Alan L. ............................... MOC am 09:30
Rodayan, Angela ............................................TP31 588
Roddy, Thomas ...............................................TP21 307
Roddy, Thomas .......................................WOD pm 3:10
Rodenhuis, Sjoerd ........................................ThP22 417
Roder, Heinrich .............................................. MP09 181
Roder, Joanna................................................MP09 181
Rodgers, Mary ................................................TP02 048
Rodgers, Mary T. ............................................TP01 017
Rodgers, Ryan .............................................. WP05 053
Rodgers, Ryan ........................................ MOG pm 2:30
Rodgers, Ryan .......................................ThOG pm 3:50
Rodgers, Ryan .............................................. WP05 061
Rodgers, Ryan P........................................... WP05 046
Rodgers, Ryan P........................................... WP05 045
Rodgers, Ryan P...........................................ThP12 217
Rodgers, Ryan P.............................................TP33 655
Rodgers P., Ryan....................................WOC pm 3:10
Rodgers, Mary T. .......................................... WP15 270
Rodland, Karin ......................................... TOD pm 3:30
Rodland, Karin D. .......................................... MP26 540
Rodland, Karin D. .......................................... MP26 542
Rodland, Karin D. ......................................... WP27 484
Rodnin, Mykola .............................................. MP22 427
Rodnina, Marina V. ....................................... WP28 512
Rodrigue, Marc .............................................ThP23 444
Rodrigues, Clenilson .....................................MP05 084
Rodrigues, Silas ........................................... WP29 517
Rodriguez, Antony D. ....................................MP22 428
Rodriguez, Yustina ....................................... WP05 054
Rodríguez-Blanco, Giovanny ..................... WP18 319
Rodriguez-Navarro, Jose Antonio ...... MOE am 09:30
Rodthongkum, Nadnudda ........................... WP02 006
Roe, Mikel ...................................................... WP17 298
Roe, Mikel R ...........................................TOC am 09:10
Roe, Mikel R....................................................TP26 465
Roehr, Nathan ...............................................ThP35 700
Roehr, Nathan ................................................. TP02 031
Roempp, Andreas.........................................ThP04 035
Roempp, Andreas......................................... WP12 214
Roenker, Nicole ............................................ WP06 088
Roenker, Nicole ............................................ WP06 087
Roenker, Nicole ............................................ThP16 273
Roesch-Ely, Mariana .....................................MP34 692
Roesch-Ely, Mariana .....................................MP24 473
Roest, Hannes ......................................WOB am 10:10
Roest, Hannes .............................................. WP31 595
Roest, Hannes ......................................... TOH pm 4:10
Rogers, Chelsea ...........................................ThP23 447
Rogers, George ..............................................TP23 371
Rogers, Janet ................................................ThP23 447
Rogers, John .................................................ThP18 321
Rogers, John ................................................. WP33 617
Rogers, John .................................................ThP23 449
Rogers, John ................................................... TP11 197
Rogers, John C. ............................................ThP08 135
Rogers, John C. .................................... WOA am 09:50
Rogers, John C. .............................................. TP35 709
Rogers, John C. .....................................TOD am 08:50
Rogers, John C. ............................................ WP33 613
Rogers, John C. .................................... WOA am 09:30
Rogers, Pamela ............................................ThP21 394
Rogers, Rich ........................................ThOC am 09:10
Rogers, Richard ...................................... MOD pm 4:10
Rogowska-Wrzesinska, Adelina ..................MP32 662
Rogstad, Sarah ........................................MOF pm 3:50
Rogulina, Svetlana ........................................ MP29 586
Rohan, Thomas E ..........................................TP18 267
Rohde, Ellen ..................................................ThP01 003
Rohlff, Christian .............................................MP25 497
Rohlng, Frederick .........................................TP19 278
Rohmer, Marion ..............................................TP15 226
Rohmer, Marion ............................................ThP08 129
Rohmer, Marion .............................................MP08 159
Rohrs, Henry W. ........................................... WP30 571
Rohrs, Henry W. ........................................... WP30 565
Roizen, Jennifer ............................................ WP37 731
Rojsajjakul, Teerapat ................................... WP22 398
Rojsajjakul, Teerapat ................................... WP22 396
Rojsajjakul, Teerapat ................................... WP21 382
Rokka, Anne ................................................... MP28 568
Rolando, Christian ....................................TOA pm 3:10
Rolando, Christian ..........................................TP12 210
Rolfs, Joelle ............................................. WOE pm 3:10
Rolland, Delphine .......................................... MP27 564
Rollet, Marion ................................................. MP36 746
Rollman, Christopher ............................. WOA pm 3:30
Rollman, Christopher .................................... MP30 605
Roman, Markus .............................................MP30 609
Roman, Patrick ..............................................MP35 720
Romanelli, Anthony ....................................... MP02 038
Romanelli, Anthony J. ................................... MP02 033
Romanov, Vladimir ........................................MP17 346
Romanova, Elena ......................................... WP33 615
Romanova, Elena V .......................................TP08 154
Romanova, Elena V. ....................................ThP14 261
Romero, Rosario ...........................................MP04 070
Romm, Michelle ............................................ WP08 127
Römpp, Andreas .................................... TOB am 08:30
Roncato, Marie-Anne ...................................ThP25 506
Rone, Hassan ...............................................ThP32 655
Rooney, Michael .................................. ThOF am 08:30
Roos, David .................................................... MP25 504
Roos, David .................................................... MP25 506
Roos, David .................................................... MP25 505
Roper, Stephen ............................................... TP36 728
Roper, Stephen .............................................. WP11 192
Roqan, Iman .................................................... TP34 687
Rosa, Jose Cesar .........................................ThP22 431
Rosa, Ray ........................................................ TP21 307
Rosales, Hernando .......................................MP08 164
Rosati, Sara................................................... WP24 422
Rosati, Sara............................................TOH am 09:10
Roscoe, Mike ..................................................TP37 744
Rose, Christopher M. ........................... WOE am 09:50
Rose, Christopher M. ...................................ThP34 684
Rose, Christopher M. ..................................... TP08 153
Rose, Christopher M. ...................................ThP13 231
Rose, Christopher M. ............................ ThOE pm 3:30
Rose, Christopher M. ............................ TOA am 08:30
Rose, Kristie .................................................. WP33 620
Rose, Kristie L. ............................................. WP09 155
Rose, Rebecca .....................................WOH am 09:10
Rose, Rebecca ...................................... TOE am 08:30
Rose, Rebecca ............................................. WP22 394
Rose, Rebecca ..............................................MP21 396
Rose, Rebecca E. ...............................ThOH am 09:50
Rose, Rebecca J. ....................................MOF pm 2:50
Roseboom, Winfried .....................................MP21 407
Rosen, Steven ..............................................ThP23 448
Rosenberger, George .................................. WP36 688
Rosenberger, George ....................................TP28 499
Rosenberger, George ............................. TOH pm 4:10
Rosenberger, George .................................. WP31 595
Rosenblatt, Kevin ..........................................MP26 522
Rosenblatt, Michael .......................................TP08 157
Rosenblatt, Michael .......................................TP15 233
Rosenblatt, Michael .....................................ThP08 125
Rosenblatt, Mike ...........................................ThP08 124
Rosenblatt, Mike ...........................................ThP08 126
Rosenthal, Liana.............................................TP19 276
Rosenvold, Katja ...........................................MP33 681
Rosing, Hilde ................................................. WP15 252
Rosnack, Kenneth ........................................ThP27 533
Rosowski, Kristin ..........................................ThP22 413
Rosowski, Kristin Rosowski ........................ThP22 412
Ross, Helen .................................................... MP26 541
Ross, Jennifer ....................................... MOD am 08:30
Ross, Jennifer ................................................ MP26 544
Ross, Mark ......................................................TP29 548
Ross, Mark M. ............................................... WP19 343
Ross, Philip .....................................................TP10 184
Ross, Robert ..................................................MP14 252
Ross III, Charles W. .....................................ThP12 225
Rossomando, Anthony ........................... TOC pm 2:50
Röst, Hannes ..................................................TP28 499
Röst, Hannes L. ............................................ WP36 688
Rostad, Colleen .................................... WOF am 08:30
Rosu, Frederic ..............................................ThP35 696
Rotello, Vincent M. ....................................... WP02 003
Rotello, Vincent M. .......................................ThP02 024
Roth, Jeri ....................................................... WP31 592
Roth, Jeri .......................................................ThP34 669
Roth, Johannes............................................. WP28 497
Rothnagel, Joe ..............................................ThP15 266
Rothschild, Kenneth .....................................ThP09 151
Rotter, Charles ............................................... MP02 034
Rouden, Jacques ..................................TOG am 09:30
Roudier, Martine ............................................MP27 566
Rouse, Jason C. .............................................TP15 236
Rousova, Jana ..............................................ThP06 086
Rout, Michael ......................................... ThOB pm 3:10
Rout, Michael P. ..................................... TOH am 10:10
Routhier, Eric............................................ TOC pm 2:30
Roux, Aurelie ................................................. WP23 421
Roux, Aurelie ................................................... TP07 125
Roux, Philippe P. ................................... TOE am 08:50
Rowe, Josh ....................................................ThP03 026
Röwer, Claudia ............................................. WP34 661
Rowland, Steven .......................................... WP05 061
Rowland, Steven ...................................ThOG pm 3:50
Roy, Pascal......................................................TP28 505
Roy, Rene ...................................................... WP17 297
Roy, René ......................................................ThP21 399
Roy, Sushmita ............................................... WP29 528
Roy, Urmi .........................................................TP36 732
Roy, Urmi ........................................................MP29 594
Roy, Urmi .......................................................ThP22 437
Roy, Urmi .......................................................ThP22 439
Roy-Lachapelle, Audrey ........................ WOF pm 3:50
Royland, Joyce E. ..........................................TP21 325
Rozbesky, Daniel ...........................................MP21 393
Rozbesky, Daniel ...........................................MP21 401
Rozemuller, Annemieke J.M. ......................ThP23 445
Rozsnyai, Andor .................................. ThOA am 10:10
Rozsnyai, Andor .............................................TP01 013
Ru, Feng .........................................................MP03 054
Ruan, Qian ............................................... TOG pm 3:50
Rubakhin, Stanislav .....................................ThP03 028
Rubakhin, Stanislav .....................................ThP22 436
Rubakhin, Stanislav ..................................... WP09 149
Rubakhin, Stanislav S. ................................ThP14 261
Rubbia-Brandt, Laura ....................................TP21 333
Rubin, Mark A. ...............................................MP26 540
Rucevic, Marijana .......................................... MP28 572
Ruczinski, Ingo ............................................. WP26 464
Rudaz, Serge ................................................ThP29 605
Rudaz, Serge ........................................ MOE am 08:50
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 235
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Rudd, Pauline .................................................TP36 719
Ruddy, Brian ..................................................ThP12 217
Ruddy, Brian M. ............................................ WP05 046
Rudelius, Martina ..........................................MP27 551
Rudnick, Paul ................................................ WP33 620
Rudnick, Paul ................................................ThP34 669
Rudnick, Paul ................................................. MP19 384
Rudnick, Paul ................................................. MP18 368
Rudnick, Paul ................................................ WP31 578
Ruecha, Nipapan .......................................... WP02 006
Rueckert, Franz ............................................ThP24 479
Rufn, Mack T. ............................................... MP27 561
Ruggles, Kelly .......................................... TOD pm 3:30
Ruggles, Kelly V. ............................................TP21 332
Ruggles, Kelly V. ..........................................ThP17 299
Ruggles, Kelly V. .................................ThOD am 08:30
Ruhaak, L. Renee .........................................MP27 556
Ruhaak, L. Renee ................................ MOD am 09:30
Ruhaak, L. Renee ........................................ WP19 347
Ruhaak, L. Renee ...............................ThOC am 09:50
Ruhaak, L.Renee ...........................................TP19 290
Ruijken, Marco .............................................. WP15 252
Ruijken, Marco .............................................. WP15 253
Ruiz-Moyano, Santiago ............................... WP19 349
Rumbelow, Stephen ..................................... WP12 209
Rumpler, Marc......................................... WOA pm 4:10
Rumsey, Jeanne ............................................. TP21 332
Rumsey, Jeanne ...........................................ThP17 299
Runnulu, Nalaka .............................................TP18 259
Ruokolainen, Miina....................................... WP30 574
Ruotolo, Brandon ...........................................TP33 643
Ruotolo, Brandon ...........................................TP33 646
Ruotolo, Brandon ................................... MOG pm 4:10
Ruotolo, Brandon ...........................................TP33 644
Ruotolo, Brandon T. .......................................TP33 630
Ruotolo, Brandon T. .......................................TP33 645
Ruparelia, Frenny ........................................... TP04 082
Ruprecht, Benjamin .......................................TP08 139
Ruprecht, Benjamin ..................................... WP34 662
Ruse, Cristian ................................................MP24 488
Ruse, Cristian I. ............................................ThP07 120
Rusinga, Farai............................................... WP21 375
Rusling, James ............................................. WP35 669
Russ, Holger ...................................................TP21 340
Russ, Manuela .............................................. WP34 661
Russell, Claire ............................................... WP27 482
Russell, Claire ................................................. TP19 281
Russell, David ............................................... WP02 007
Russell, David .................................................TP33 650
Russell, David H. ............................................ TP33 636
Russell, David H. ............................................ TP33 631
Russell, David H. ............................................ TP33 648
Russell, David H. ............................................ TP33 659
Russell, Jared .................................................TP37 754
Russell, Jason...............................................ThP08 133
Russell, William K. ........................................MP29 584
Rutherford, Becky J. ............................. TOA am 09:50
Rutherford Bethard, Jennifer ...................... WP30 553
Rutherford Bethard, Jennifer ......................ThP19 347
Rutishauser, Dorothea ......................... WOB am 09:30
Ruzicka, Josef.................................................TP23 364
Ryabokon, Anna .............................................TP20 299
Ryabokon, Anna ..................................... WOF pm 3:30
Ryan, Chris ...................................................... TP18 273
Ryan, Chris ....................................................ThP24 485
Ryan, Christopher M. ................................... WP21 379
Ryan, Jeanne P. ...........................................ThP22 437
Ryan, Jeanne P. ...........................................ThP22 439
Ryan, Jeanne P. ...........................................ThP22 438
Rychnovsky, Scott ......................................... MP21 404
Rychnovsky, Scott ......................................... MP21 411
Ryder, John .....................................................TP13 213
Rydevik, Axel................................................. WP15 276
Rydevik, Axel................................................. WP15 274
Ryu, Jijeong.....................................................TP37 759
Ryu, Min Jeong ............................................... TP23 374
Ryu, Su-Yeol ..................................................WP02 011
Ryumin, Pavel ...............................................ThP06 092
Ryzhov, Victor .................................................TP02 036
Rzezniczak, Teresa Z. ...................................TP24 408
Saadi, Amel ................................................... WP28 496
Saadi, Karim .................................................... TP31 588
Saari, Leena .................................................... TP37 760
Saba, Alessandro ...........................................TP30 567
Saba, Julian................................................... WP26 474
Saba, Julian...................................................ThP20 375
Saba, Julian................................................... WP24 444
Saba, Julian.....................................................TP35 698
Saba, Julian...................................................ThP21 385
Sabidó, Eduard .............................................ThP08 138
Sabidó, Eduard ...............................................TP28 498
Sabidó, Eduard ............................................. WP28 498
Sacco, Randy .................................................MP33 675
Sachsenberg, Timo ....................................... MP20 387
Sachsenberg, Timo .............................. MOF am 08:30
Sadilek, Martin ........................................ MOC pm 2:30
Sadjadi, Seyed .............................................. WP19 336
Sadler, Peter ................................................. WP30 567
Sadler, Peter J. ..............................................MP23 445
Sadygov, Rovshan ....................................... WP32 607
Sage, Ashley .................................................ThP01 019
Sagesaka, Yuko M. .......................................MP32 660
Saha, Krishnendu .........................................ThP02 024
Saha, Margaret ............................................. WP01 002
Saha, Subhrakanti ......................................... WP07 115
Saha, Subhrakanti ........................................ThP30 630
Sahbaie, Peyman ...........................................TP24 388
Saidykhan, Amie ...........................................ThP31 634
Saikusa, Kazumi ............................................. TP09 166
Saito, Kazuki ..................................................MP03 050
Saito, Kazunori ............................................. WP19 341
Saito, Mak ......................................................ThP25 519
Saito, Toshie ..................................................ThP08 137
Sakai, Miho ...................................................... TP31 603
Sakairi, Minoru ..............................................ThP26 524
Sakamoto, Shigeru.......................................ThP28 583
Sakamoto, Shigeru.........................................TP31 603
Sakamoto, Yuki ............................................. ThP11 201
Sakane, Iwao ................................................ThP14 252
Sakane, Iwao .................................................MP32 660
Sakthivel, Natarajan ...................................... MP31 635
Sakuma, Takeo ....................................... WOA pm 3:10
Sakuma, Takeo .............................................. MP34 683
Sakuma, Takeo ............................................. WP04 039
Sakuma, Takeo ............................................. WP15 266
Sakuma, Tomohiro .........................................TP08 163
Sakuma, Tomohiro .......................................ThP23 469
Sakurai-Yageta, Mika ...................................ThP19 338
Salazar, Carolina ..........................................ThP28 581
Salazar, Carolina ...........................................MP04 072
Salekdeh, G. Hosseini .......................... ThOE pm 2:30
Salih, Bekir .....................................................MP23 455
Salih, Bekir .................................................... WP34 653
Salih, Bekir .................................................... WP34 654
Salih, Bekir ......................................................TP36 725
Salih, Bekir ....................................................ThP09 150
Sallans, Larry ................................................ WP15 272
Salminen, William .........................................ThP28 588
Salminen, William ........................................... TP24 383
Salovska, Barbora ........................................ WP34 649
Salske, Matthew ............................................MP01 015
Salter, Bruce ...................................................MP15 288
Salter, Tara La Roche ..................................ThP30 633
Salvador, Arnaud ........................................... MP26 527
Salvador, Arnaud .......................................... ThP07 112
Salvador, Arnaud ............................................TP28 505
Salvato, Fernanda ........................................ WP33 638
Salve, Akshata ..............................................ThP27 539
Salzet, Michel .................................................. TP04 087
Salzet, Michel ........................................... TOB pm 2:30
Samandar, Ella .............................................ThP21 405
Samant, Maithilee...........................................TP28 513
Samant, Maithilee..........................................MP19 379
Samanta, Susmita ........................................ WP18 312
Sameulson, John ..........................................ThP19 350
Samgina, Tatiana ..........................................ThP16 278
Samii, Kaveh .................................................. MP09 176
Samir, Parimal................................................MP28 575
Sampadi, Bharath......................................... WP34 665
Sampaio, Paulo T. B. .....................................TP34 675
Sana, Theodore ............................................ThP33 665
Sana, Theodore ............................................. MP19 379
Sana, Theodore ............................................ThP28 584
Sanchez, Laura........................................TOG pm 2:30
Sand, Dominik................................................MP15 279
Sanda, Miloslav ............................................ThP19 354
Sander, Lane ................................................... TP30 560
Sander, Madlen...............................................TP01 009
Sander, Madlen..............................................MP12 230
Sanders, Mark............................................... WP17 301
Sanders, Mark...............................................ThP28 568
Sanders, Nathan........................................... WP38 753
Sanders, Nathan....................................TOG am 08:50
Sanderson, Cynthia ..................................... WP14 239
Sanderson, Philip ...........................................TP25 443
Sanderson, Russell ............................... TOH am 09:50
Sandholm, Anna .............................................TP25 430
Sandhu, Jasmeet ..........................................MP30 626
Sandonato, Beatriz........................................MP08 165
Sandri, Brian ..................................................MP27 552
Sands, Caroline J. ........................................ThP28 567
Sandt, Christophe................................ThOE am 09:10
Sangaraju, Dewakar .....................................MP13 243
Sanghani, Paresh ........................................... TP34 689
Sanghavi, Kinjal ............................................. MP13 238
Sanguantrakun, Ning ................................... WP05 049
Sankpal, Umesh T. ....................................... WP33 628
Santambrogio, Laura ...................................ThP23 460
Santana, Wanda ................................... MOA am 09:30
Santasania, Carmen T. ................................ WP06 084
Santiago, Brandon .......................................ThP01 006
Santiago-Schuebel, Beatrix ..........................TP31 583
Santini, Robert E. ................................. MOB am 08:50
Santoro, Massimo ........................................ThP28 571
Santoro, Nanette .......................................... WP06 073
Santos, Ivan ....................................................TP24 397
Sap, Karen.....................................................ThP18 310
Sapargaliyev, Aldan ......................................MP16 326
Sapargaliyev, Yerbol .....................................MP16 326
Saraji-Bozorgzad, Mohammad Reza .. MOH pm 4:10
Saraji-Bozorgzad, Mohammad Reza ..........TP03 053
Saraji-Bozorgzad, Mohammad Reza .. MOH pm 3:50
Saraswat, Suraj .............................................MP21 400
Sarathy, Mani ................................................ WP05 068
Sarg, Bettina .................................................ThP17 285
Sarg, Bettina ..................................................MP24 482
Sarg, Bettina ................................................. WP30 563
Sarpe, Vladimir .......................................WOH pm 4:10
Sarracino, David ...........................................ThP34 673
Sarracino, David .............................................TP08 131
Sarracino, David ........................................... WP32 602
Sarracino, David .............................................TP22 351
Sarracino, David A ....................................... WP26 457
Sarracino, David A. ........................................TP21 309
Sarrión, Nieves ...............................................TP05 100
Sarsby, Joscelyn ........................................... WP09 153
Sarsby, Joscelyn ........................................... WP10 165
Sarsby, Joscelyn ............................................ MP11 208
Sarsby, Joscelyn ........................................... WP10 164
Sarsby, Joscelyn ...........................................ThP04 049
Sartain, Mark ................................................... TP26 459
Sartor, Romain ................................................ TP34 677
Sarychev, Igor ............................................... WP08 123
Sasaki, Masako ............................................ WP19 341
Sasaki, Takayo ................................................TP22 344
Sass, Philip ............................................... TOC pm 2:30
Sato, Hiroaki ..................................................ThP25 493
Sato, Kanta ...................................................... TP26 452
Satoh, Takaya ................................................WP11 180
Satoh (née Okihara), Rika ............................TP26 452
Satori, Chad .......................................... MOE am 09:30
Saucier, Cédric ..............................................MP33 676
Sauer, Uwe .................................................... WP36 702
Saul, Richard G. ............................................MP08 151
Sauter, Drew ................................................. WP37 734
Sauter, Guido .................................................MP10 202
Sauter III, Andrew ......................................... WP37 734
GENERAL INFORMATION
PAGE 236 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Sauve, Sebastien ...........................................TP32 617
Sauvé, Sébastien ...........................................TP31 587
Sauvé, Sébastien ......................................... WP03 014
Sauvé, Sébastien ................................... WOF pm 3:50
Savage, Mary J. .....................................ThOD pm 4:10
Savage, Stephen ........................................... MP10 192
Savant, Ishani ......................................... MOC pm 3:50
Savaryn, John P. .....................................WOD pm 3:30
Savas, Jeffrey .................................................TP21 318
Savas, Jeffrey ...............................................ThP09 162
Saveliev, Sergei ............................................ThP08 125
Saveliev, Sergei ............................................ThP08 124
Saveliev, Sergei ............................................ThP08 126
Savitski, Mikhail .............................................MP29 581
Savitski, Mikhail .............................................MP29 582
Savitski, Mikhail .............................................MP19 383
Savitski, Mikhail ............................................ThP34 675
Savory, Joshua ....................................... MOG pm 2:30
Savtchenko, Serguei ...................................... TP04 056
Saw, Pyi ..........................................................MP28 570
Saw Yen, Ow ................................................... TP37 769
Sawant, Durvesh ...........................................MP34 690
Sawant, Durvesh ..........................................ThP11 200
Sawant, Durvesh ..........................................ThP27 539
Sawaya, Alexandra C.H.F. ........................... MP34 699
Sawhney, Ashish ..........................................ThP36 722
Sawyen, Ow .................................................. WP26 456
Saxena, Divya ................................................ MP06 112
Saxena, Gautam............................................MP19 385
Saylor, Sarah J. ..............................................TP04 062
Saylor, Sarah J. ............................................ThP07 113
Scalabrin, Matteo ..........................................MP21 396
Scalabrin, Matteo .....................................TOF pm 2:50
Scanlan, Christopher .....................................TP35 707
Scarborough, Jerrod ....................................ThP29 604
Scearce-Levie, Kimberley ...................... TOD pm 4:10
Schaab, Christoph ........................................ThP22 425
Schachterle, Steve .........................................TP04 054
Schachterle, Steve ........................................ MP15 271
Schaefer, Mathias...........................................TP02 022
Schaeffer-Reiss, Christine ..........................ThP09 156
Schäfer, Karl-Christian.......................... TOB am 08:30
Schäfer, Karl-Christian........................ ThOA am 10:10
Schäfer, Mathias ............................................MP21 409
Schaffer, Jean E ........................................... WP06 090
Schambeau, Lindsay .....................................TP18 272
Schambeau, Lindsay ...................................ThP22 419
Schanen, Pierre .............................................. TP04 061
Schantz, Michele ..........................................ThP28 575
Schänzer, Wilhelm ..............................ThOC am 08:50
Schappler, Julie ............................................ThP29 605
Schares, Elizabeth ........................................MP08 163
Schasteen, Charles .......................................MP06 104
Schatz, Frederick ......................................... WP36 704
Schauer, Kevin ................................................TP05 099
Scheeline, Alexander ................................... WP37 734
Scheerer, Jonathan ....................................... MP34 700
Schefer, Kai .................................................. MP25 518
Scheibner, Olaf ...............................................TP31 578
Scheibner, Olaf .....................................WOE am 09:30
Scheidenberger, Christoph ..........................MP16 324
Scheiffele, Peter .............................................TP13 216
Schellenberg, John ...................................... WP33 623
Schellenberg, Jonathan................................MP03 047
Schembri, Thérèse ......................................... TP31 585
Schenauer, Matthew R. ............................... WP24 446
Schenk, Ellen ................................................ WP18 319
Schenk, Emily .................................................TP09 167
Schennach, Moritz .........................................TP09 171
Schepmoes, Athena A. ................................. MP26 542
Schepmoes, Athena A. ................................ WP27 484
Schepmoes, Athena A. ................................. MP26 540
Scherer, Philipp E. ......................................... MP11 213
Scherl, Alexander ...........................................TP21 333
Scherl, Alexander ..........................................MP09 176
Scherl, Alexandre ......................................... WP32 604
Schertzer, Megan .........................................ThP23 467
Scheubert, Kerstin .........................................MP36 734
Scheubert, Kerstin ........................................ WP13 231
Schey, Kevin L .............................................. WP09 140
Schey, Kevin L. ............................................. WP09 152
Schiel, John .............................................. TOC pm 4:10
Schierwater, Bernd .......................................ThP17 291
Schiff, Rachel ................................................ WP18 312
Schifer, Stefan.............................................ThP04 036
Schiller, Juergen ............................................ MP11 210
Schilling, Birgit ................................................TP28 521
Schilling, Birgit .....................................ThOD am 08:50
Schilling, Birgit .........................................MOA pm 3:50
Schilling, Birgit .............................................. WP30 555
Schintu, Nicoletta ......................................... WP12 210
Schintu, Nicoletta ................................ ThOF am 09:50
Schinz, Christian.................................... TOB am 08:30
Schirle, Markus .............................................ThP09 144
Schirm, Michael ..............................................TP19 296
Schirmer, Kristin .............................................TP31 593
Schjødt, Christine B. .................................... WP22 395
Schlaak, Jörg F .............................................ThP22 412
Schlaak, Jörg F. ............................................ThP22 413
Schlabach, Tim .............................................ThP29 605
Schlatzer, Daniela ........................................ WP36 701
Schlatzer, Daniela ........................................ThP23 468
Schlatzer, Daniela M .................................... WP33 642
Schlatzer, Daniela M ....................................ThP17 280
Schlegl, Judith...............................................ThP34 675
Schlegl, Judith................................................MP19 383
Schlegl, Judith................................................MP29 581
Schlegl, Judith................................................MP29 582
Schlenker, Oliver ..........................................ThP24 484
Schlicht, Kari ..................................................MP02 036
Schlicht, Kari ................................................. WP08 127
Schlicht, Kari .................................................ThP01 012
Schliekelman, Mark ...................................... WP06 072
Schliep, Jan ................................................... WP30 572
Schlomm, Thorsten ....................................... MP10 202
Schlosser, Andreas ...................................... WP30 552
Schlueter, Hartmut .........................................TP10 182
Schlüter, Hartmut ...........................................MP10 202
Schmalz, Christina ............................... WOF am 10:10
Schmalz, Hans-Günther ................................ TP02 022
Schmelzel, John .................................... ThOF pm 3:30
Schmerberg, Claire ......................................ThP15 269
Schmerberg, Claire ......................................ThP15 268
Schmidt, Alexander ........................................TP28 520
Schmidt, Alexander ........................................TP13 216
Schmidt, Carla ...................................... MOF am 08:50
Schmidt, Jacob .................................... WOG am 09:50
Schmit, Pierre-Olivier ................................... WP26 456
Schmit, Pierre-Olivier ................................... WP24 429
Schmitt, Thomas ...........................................ThP28 588
Schmitz, Oliver J. ..........................................MP17 351
Schmitz, Oliver J. .........................................ThP07 108
Schnackenberg, Laura ................................ThP28 588
Schnackenberg, Laura ..................................TP24 383
Schneede, Joern .......................................... WP07 103
Schneider, Birgit .............................................TP30 575
Schneider, Birgit .............................................TP29 546
Schneider, Brad ............................................ WP38 741
Schneider, Bradley ......................................... TP33 632
Schneider, Bradley ......................................... TP04 078
Schneider, Bradley ........................................ MP02 034
Schneider, Christopher ................................ThP09 145
Schneider, Richard ....................................... WP15 255
Schneider, Richard ......................................... TP23 375
Schneider, Rick ..................................... MOE am 09:50
Schneider, Thomas ................................ WOE pm 3:10
Schnier, Paul D ............................................. WP14 241
Schober, Yvonne ..........................................ThP04 035
Schoenherr, Regine ............................. MOD am 08:30
Schoenherr, Regine .......................................TP21 334
Schoenherr, Regine M. .................................MP26 544
Schoenling, Drew ..........................................WP11 192
Schoenling, Drew ..........................................MP10 192
Schoenmaker, Bart....................................... WP35 678
Schoepfer, Ralf ...................................... TOD am 09:30
Scholle, Michael ......................................MOA pm 3:50
Scholten, Arjen .............................................. WP32 597
Schommer, Vanessa ..................................... MP10 193
Schoofs, Liliane ............................................ThP34 676
Schorge, Tobias ............................................. MP06 092
Schork, Francis Joseph ................................. TP33 654
Schorzman, Allison N.....................................TP25 439
Schrader, Wolfgang ..................................... WP05 064
Schrader, Wolfgang ..................................... WP02 009
Schrader, Wolfgang ..............................ThOG pm 4:10
Schraen-Maschke, Susanna .............. MOD am 08:50
Schramm, Thorsten......................................ThP04 035
Schramm, Will ................................................ MP02 039
Schreiber, Andre ...........................................ThP27 529
Schreiber, Andre ........................................... WP04 039
Schreiner, Dietmar .........................................TP13 216
Schriemer, David ....................................WOH pm 3:10
Schriemer, David ....................................WOH pm 4:10
Schriemer, David C. ....................................... TP11 197
Schroeder, David ..........................................ThP29 600
Schroeder, Tara ..............................................TP08 131
Schroeder, Tara .............................................MP25 503
Schroer, Kirsten ............................................ WP15 275
Schrozman, Allison....................................... WP19 346
Schubert, Olga .............................................. WP31 595
Schubert, Olga ......................................... TOH pm 4:10
Schubert, Soeren .........................................ThP25 490
Schubert, Ulrich S. ........................................MP36 734
Schug, Kevin ................................................. WP37 729
Schug, Kevin .................................................. MP01 012
Schug, Kevin .................................................. MP06 101
Schug, Kevin .................................................ThP10 181
Schug, Kevin A. ............................................ WP19 325
Schuhmacher, Rainer ....................................TP37 747
Schuhmacher, Rainer ................................... MP33 680
Schuhmacher, Rainer ................................... MP04 077
Schukken, Ynte ..............................................MP33 675
Schulman, Howard ......................................... TP19 296
Schultz, Brian ................................................ThP04 038
Schultz, J. Albert ........................................... WP10 169
Schultz, Jo El ................................................ThP17 297
Schultz, Melissa M. ........................................TP31 594
Schultze, Kevin .............................................. MP16 302
Schulz, Michael............................................. WP07 103
Schulz, Oliver ......................................... TOB am 08:30
Schulze, Kerry............................................... WP26 464
Schumacher, Brigitte ....................................ThP22 413
Schunter, Alissa ............................................ThP17 288
Schürch, Stefan .............................................MP13 249
Schüth, Ferdi ................................................. WP02 009
Schutzbier, Michael ........................................ TP18 275
Schuurman, Janine ............................... TOH am 09:10
Schwab, Nicolas V. ........................................TP34 681
Schwalb, David .............................................ThP09 144
Schwamborn, Kristina ...................................MP27 551
Schwartz, Alicia M. ....................................... WP38 737
Schwartz, Robert ............................................ TP05 099
Schwarz, Carl ................................................ WP08 131
Schwarz, Carl ................................................ WP37 715
Schwarz, Gunnar ............................................ TP10 182
Schwarzenberg, Adrián ................................MP30 616
Schwarzer, Martin C. .....................................TP02 022
Schwarzinger, Clemens............................... WP09 150
Schwedler, Debbie ........................................MP12 225
Schweiger-Hufnagel, Ulrike ........................ThP19 339
Schweiger-Hufnagel, Ulrike ........................ThP19 356
Schwell, Martin ...............................................TP03 051
Schymanski, Emma ..................................... WP13 229
Scotcher, Jenna ............................................ThP13 241
Scotcher, Jenna .............................................. TP22 344
Scotcher, Jenna ...................................... MOB pm 3:10
Scotcher, Jenna .............................................. TP22 343
Scotcher, Jenna ............................................. MP23 452
Scott, Alison J. ...............................................MP10 206
Scott, Becky .........................................ThOC am 09:10
Scott, Colleen .................................................. TP04 055
Scott, Gary..................................................... WP30 555
Scott, Gilbert ................................................. WP34 651
Scott, Nichollas .......................................WOG pm 2:30
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 237
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Scott, Ronald........................................... MOC pm 2:30
Scrivens, James ............................................MP09 170
Scrivens, James ........................................... WP24 424
Scrivens, James .............................................TP09 170
Scrivens, James ........................................... WP30 567
Scrivens, James .............................................TP35 707
Scrivens, James ........................................... WP35 672
Scurr, David ...................................................ThP02 022
Seale, Kevin ...................................................MP29 588
Searle, Brian ................................................. WP33 620
Searle, Brian C. ............................................ThP34 671
Searle, Brian C. ..............................................TP28 509
Sears, Robert .................................................. TP29 534
Sechet, Veronique ........................................ThP25 518
Sederoff, Ronald ............................................. TP21 328
Sedgwick, Iain ...............................................ThP05 068
Sedic, Mirela ...................................................TP18 262
Seeberger, Peter H. .......................................TP36 731
Seegers, Susan ............................................ WP19 355
Seegmiller, Jesse ...........................................TP29 535
Seegmiller, Jesse .........................................ThP21 391
Seegmiller, Jesse ...........................................TP29 555
Seeholzer, Steven H. .....................................TP21 322
Seeley, Erin H. .............................................. WP10 162
Seeley, Erin H. ......................................... TOB pm 2:50
Seger, Signe T............................................... WP22 395
Segura, Pedro A. ............................................TP31 588
Seino, Susumu ...............................................TP08 161
Seino, Susumu ..............................................MP26 536
Sekimoto, Kanako ........................................ThP30 622
Sekiya, Sadanori ..........................................ThP19 338
Sekiya, Sadanori ..........................................ThP06 088
Sekiya, Sadanori ...........................................MP08 161
Selenka, Jeffrey ............................................. MP13 248
Selenka, Jeffrey ............................................ WP14 239
Selevsek, Nathalie ...............................WOB am 10:10
Selheim, Frode .............................................ThP23 456
Selim, Mustafa ................................................TP29 552
Selin Selen, Ebru .......................................... WP29 528
Selinsky, Cheryl .............................................MP26 541
Selvaraj, Suresh ........................................... WP33 632
Selzer, Stefan ..................................................TP19 295
Semmes, Oliver ............................................ThP28 590
Semmes, Oliver ............................................ WP26 474
Sempf, Karim .................................................MP06 092
Sen, Indranil ...................................................WP07 112
Senatore, Diego .............................................MP31 652
Senda, Naoto .................................................MP26 533
Seneviratne, Chinthaka A. ..........................ThP10 175
Sengupta, Shantanu .................................... WP18 315
Senior, Adam .................................................ThP08 132
Senior, Adam .................................................. MP07 135
Senior, Adam ................................................. WP08 124
Senior, Adam ................................................... TP30 563
Senior, Adam .................................................. MP07 136
Senior, Adam ................................................. WP07 109
Senior, Adam .................................................. WP08 117
Senko, Michael .....................................WOE am 09:50
Senko, Michael ..................................... MOA am 08:30
Senko, Michael ............................................. WP31 582
Senko, Michael ..............................................MP24 490
Senko, Michael ...............................................TP05 093
Senko, Michael .............................................ThP06 102
Senko, Michael W. ........................................MP16 309
Senko, Michael W. ...................................TOA pm 2:30
Senko, Michael W. .........................................TP05 096
Senko, Mike............................................ TOA am 09:30
Senna-Salerno, Monica ................................MP33 681
Seo, Bong Kyo ............................................... MP08 155
Seo, Bong Kyo ............................................... MP08 153
Seo, Hyelin ......................................................TP10 180
Seo, Hyunjung ...............................................MP08 153
Seo, Jong Bok............................................... WP29 521
Seo, Jongcheol ...............................................TP01 007
Seo, Jungju .....................................................TP37 759
Seo, Seongjin ................................................ WP28 506
Seo, Youjin.......................................................TP33 651
Seoane, Felipe ................................................ TP28 524
Seok, Anne ....................................................ThP23 458
Seol, Haeri .....................................................ThP19 337
Sepehr, Alireza .............................................. WP10 162
Sepehr, Alireza ......................................... TOB pm 2:50
Sept, David ............................................ MOF am 09:30
Serandour, Aurelian ..................................... WP28 496
Serang, Oliver .......................................WOB am 09:10
Serang, Oliver ........................................ TOD am 09:10
Sergeant, Nicolas ................................. MOD am 08:50
Sergeev, Dmitry ..............................................TP02 044
Serpa, Jason .................................................. MP21 408
Serpa, Jason ......................................... MOF am 09:10
Serpa, Jason ................................................... TP11 196
Serve, Hubert ................................................ThP22 425
Sessler, Nicole .............................................. WP28 499
Seto, Carmai ..................................................MP34 683
Seto, Carmai ................................................. WP15 266
Seto, Carmai ........................................... WOA pm 3:10
Setogawa, Hiroshi ..........................................TP36 734
Setou, Mitsutoshi ..........................................ThP04 048
Settineri, Tina ..................................................TP08 136
Settineri, Tina .................................................MP06 108
Settineri, Tina ................................................ThP08 134
Seward, Robert J.......................................... WP16 284
Seyer, Alexandre ............................................TP13 215
Seyler, Tiffany................................................ThP21 404
Seyler, Tiffany................................................ThP21 407
Seyler, Tiffany H. ..........................................ThP21 406
Seymour, Sean ..................................... MOA am 08:50
Seymour, Sean ..............................................MP15 287
Seymour, Sean L. ..........................................MP24 467
Seyoum, Berhane.........................................ThP17 293
Sha, Jiahao .....................................................TP21 330
Shabanowitz, Jeffrey .....................................TP14 223
Shabanowitz, Jeffrey ............................TOH am 09:30
Shabanowitz, Jeffrey ....................................WP33 611
Shabanowitz, Jeffrey .....................................TP01 019
Shabanowitz, Jeffrey .....................................TP10 173
Shabhazian, Shila ................................. ThOE pm 2:30
Shabonowitz, Jeffrey ...................................ThP06 101
Shackman, Holly........................................... WP14 246
Shaffer, Carrie L. ...........................................MP10 191
Shaffer, Scott ................................................. WP33 620
Shaffer, Scott ...................................................TP21 314
Shaffer, Scott A. ............................................ThP24 482
Shaffer, Scott A. .............................................. TP19 282
Shaffer, Scott A. ............................................. MP28 574
Shaffer, Scott A. .............................................. TP28 522
Shah, Bhavana ....................................... MOD pm 2:30
Shah, Dhvani................................................. WP16 284
Shah, Dipti .......................................................TP19 278
Shah, Manesh ...............................................ThP25 500
Shah, Manesh ...............................................ThP25 501
Shah, Nikhil .....................................................TP24 389
Shah, Sanah ..................................................MP24 477
Shah, Sumit ..................................................... TP24 405
Shah, Vinit ...............................................WOD pm 3:10
Shahidi-Latham, Sheerin K. ......................... WP11 179
Shaik, Naveed...............................................ThP01 003
Shaikh, Aarif ...................................................MP24 481
Shalhoub, Joseph...........................................TP24 384
Shalliker, Ross ..............................................ThP10 183
Shambaugh, Joe ...........................................MP18 365
Shamburek, Robert D. .......................... ThOD pm 3:50
Shan, Baozhen ............................................. WP31 579
Shan, Baozhen ............................................. WP31 580
Shan, Baozhen .............................................ThP34 689
Shang, Guangbin ..........................................MP34 713
Shang, Qiaoxia ..............................................MP33 672
Shanmugam, Avinash ............................ WOB pm 2:30
Shannahoff, Molly .........................................ThP25 513
Shao, Bing .......................................................TP37 751
Shao, Bing .......................................................TP37 758
Shao, Bing ..................................................... WP37 726
Shao, Chun ...................................................ThP20 363
Shao, Chun ...................................................ThP20 362
Shao, Junlong ................................................ MP26 534
Shao, Wenguang .......................................... WP31 594
Shapiro, John ................................................ WP36 704
Shapiro, John P. ........................................... ThP22 411
Shapiro, Michael ............................................. TP33 638
Shariatgorji, Mohammadreza ............ ThOF am 09:50
Shariatgorji, Mohammadreza ..................... WP12 210
Shariatgorji, Mohammadreza ..................... WP10 161
Sharma, Anuj..................................................MP22 438
Sharma, Arjun ................................................. TP11 195
Sharma, Arjun .................................................TP10 186
Sharma, Kirti ............................................ TOD pm 2:30
Sharma, Kundan............................................MP21 410
Sharma, Lokendra K ....................................ThP28 578
Sharma, Rajenda .........................................ThP29 602
Sharma, Ritin ................................................ WP29 523
Sharma, Vagisha ...........................................MP19 382
Sharma, Vaneet K .........................................MP13 250
Sharp, Joshua ................................................. TP10 192
Sharp, Joshua S. ..........................................ThP20 358
Sharp, Joshua S. ..................................WOC am 09:30
Sharp, Joshua S. .......................................... WP33 625
Sharp, Joshua S. ..........................................ThP20 360
Sharp, Joshua S. ..........................................ThP20 359
Sharpless, Katherine .....................................TP30 560
Shavkunov, Alexander .................................. MP10 200
Shavkunov, Alexander S. .............................MP29 597
Shavkunov, Alexander S. .............................MP35 716
Shaw, Jared B. ..........................................TOA pm 4:10
Shchepunov, Vyacheslav ............................. MP16 322
She, Jianwen................................................. WP03 015
Shearer, David ...............................................MP32 670
Shedden, Kerby A. ........................................MP27 561
Sheff, Joey ..................................................... WP21 373
Shefeld, Carolyn ...........................................TP30 568
Shefeld, Peter .............................................ThP25 497
Shefeld, Val C. ............................................ WP28 506
Sheldon, Curtis ............................................. WP06 077
Sheldon, Curtis .............................................ThP21 408
Shelkov, Rimma ............................................ WP02 008
Shelley, Jacob ........................................ ThOA pm 2:30
Shelley, Jacob T. ............................................ MP17 331
Shelley, Jake ..................................................WP37 711
Shellie, Robert A. ...........................................MP07 137
Shema, Efrat ...................................................TP22 354
Shen, En-Zhi ...................................................TP21 338
Shen, En-Zhi ............................................MOA pm 4:10
Shen, Han-Ming .............................................MP34 712
Shen, Helen............................................. MOE pm 2:50
Shen, Helen.....................................................TP25 428
Shen, John ......................................................TP25 443
Shen, Lingling ............................................... WP20 368
Shen, Miaoqing ............................................... TP25 422
Shen, Min........................................................WP08 119
Shen, Rong-Fong ................................... MOG pm 3:30
Shen, Sean ....................................................ThP22 434
Shen, Shichen...............................................ThP22 421
Shen, Steven........................................ThOD am 08:30
Shen, Wei .............................................. MOF am 09:30
Shen, Wen-Ying ............................................ThP18 320
Shen, Xiaomeng .............................................TP18 257
Shen, Xiaomeng .............................................TP18 255
Shen, Ying-Ru ...............................................ThP27 531
Shender, Victoria ...........................................MP27 550
Sheng, Huaming ............................................ MP32 655
Sheng, Morgan .............................................ThP18 307
Sheng, Shijun ................................................ WP08 132
Sheng, Simon ................................................MP05 083
Sheng, Zejuan.......................................... TOD pm 4:10
Shenk, Tom............................................. ThOB pm 2:50
Sherman, Michael Y. .................................... WP28 493
Sherwood, Robert ........................................ WP30 559
Sherwood, Robert ........................................ThP18 328
Shevchenko, Ganna .....................................MP26 539
Shevchenko, Valeriy .....................................MP27 560
Shevchenko, Valeriy .....................................MP27 559
Shew, Stephen ................................................TP26 457
Sheynkman, Gloria................................. WOB pm 3:10
Shi, Eric (Xiangguo) .......................................TP15 234
Shi, Honglan .................................................. WP03 022
GENERAL INFORMATION
PAGE 238 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Shi, Jiang ....................................................... WP19 342
Shi, Jingmin ................................................... WP30 540
Shi, Quan ....................................................... WP05 067
Shi, Tujin .........................................................MP26 542
Shi, Tujin ........................................................ WP27 484
Shi, Tujin .........................................................MP26 540
Shi, Xiaofeng ................................................... TP35 697
Shi, Xiaomeng................................................MP22 414
Shi, Xudong ..................................................... TP18 264
Shi, Yang ........................................................ WP19 331
Shi, Yao ..........................................................ThP13 244
Shi, Yifan ........................................................ThP21 394
Shi, Yifan .........................................................MP07 142
Shiao, Ming-Shi .............................................MP03 042
Shiao, Tze Chieh ..........................................ThP21 399
Shiao, Tze Chieh .......................................... WP17 297
Shibamoto, Shigeaki ....................................ThP27 558
Shibata, Masateru ........................................ WP12 201
Shibata, Sayaka ........................................... WP28 495
Shida, Yasuo ..................................................WP07 115
Shida, Yasuo .................................................. MP17 339
Shiea, Christopher .................................. TOE pm 3:30
Shiea, Jentaie .................................................TP34 670
Shiea, Jentaie ................................................MP17 335
Shiea, Jentaie ................................................MP17 356
Shiea, Jentaie ............................................... WP07 104
Shiea, Jentaie ................................................MP17 332
Shiea, Jentaie ................................................MP17 334
Shiea, Jentaie .................................................TP34 667
Shiea, Jentaie ................................................MP17 333
Shields, Denis ........................................ TOC am 10:10
Shifman, Mark ................................................ MP29 586
Shih, Tsung-Ming ............................................TP26 458
Shih, Yang-Chih ............................................ThP27 531
Shih, Ying-Chu ................................................ TP18 256
Shih-Min A., Huang ....................................... MP24 480
Shiki, Shigetomo.............................................TP02 045
Shiki, Shigetomo............................................MP16 314
Shilov, Ignat ................................................... WP15 256
Shim, Jae-Han ..............................................ThP27 537
Shima, Keisuke .............................................ThP25 493
Shima, Noriaki............................................... WP08 121
Shimada, Mariko............................................MP28 572
Shimbo, Kazutaka .........................................MP24 472
Shimizu, Atsushi ........................................... WP15 267
Shimizu, Takao................................................TP27 478
Shimizu, Takao..............................................ThP28 563
Shimma, Shuichi............................................WP11 189
Shin, Byung-Hee .......................................... WP25 450
Shin, Byung-Hee ...........................................MP18 361
Shin, Eunbi ......................................................TP10 180
Shin, Eun-Ho ................................................... TP34 678
Shin, Seung Koo.............................................TP01 007
Shin, Sung Chul .............................................MP33 677
Shindo, Mitsuru ............................................. WP12 221
Shinholt, Deven ............................................ThP06 080
Shinholt, Deven .............................................MP16 298
Shion, Henry ................................................. WP25 447
Shion, Henry ............................................ TOC pm 3:30
Shiota, Teruhisa ............................................. MP36 733
Shiota, Teruhisa ............................................ WP19 326
Shiota, Teruhisa ............................................. WP07 114
Shiota, Teruhisa ............................................ WP07 105
Shipkova, Petia ...................................... ThOD pm 2:30
Shirai, Takashi ...............................................ThP19 331
Shiraishi, Nobuo ............................................MP36 733
Shivaswamy, Sushma...........................TOH am 09:30
Shively, Carol A...............................................TP21 319
Shliaha, Pavel .................................................TP33 661
Shoaf, Tim ..................................................... WP06 086
Shockcor, John ...............................................TP18 262
Shockcor, John P. ................................ ThOB am 08:50
Shockcor, John P. .........................................ThP28 582
Shoji, Yutaka ..................................................MP25 501
Shomo, Ronald ............................................. ThP11 192
Shong, Minho .................................................. TP23 374
Short, R. Timothy ............................................TP04 074
Short, Timothy ................................................MP35 720
Shortreed, Michael ................................. WOB pm 3:10
Shortreed, Michael .......................................ThP09 169
Shou, Wilson .........................................WOD am 09:50
Shou, Wilson .................................................ThP12 226
Shou, Wilson .................................................ThP10 172
Showalter, Julie...............................................TP25 448
Shrestha, Bindesh ......................................... MP17 355
Shrestha, Bindesh ........................................ WP12 196
Shrestha, Bindesh ......................................... MP17 354
Shrestha, Bindesh .......................................... TP34 665
Shrestha, Bindesh .......................................... TP34 664
Shrestha, Bindesh .......................................... TP34 662
Shrestha, Yashaswi ......................................ThP10 179
Shroff, Emelyn H. ..........................................MP10 205
Shteynberg, David .........................................MP18 373
Shteynberg, David .......................................... TP28 525
Shui, Guanghou .............................................. TP27 494
Shukla, Anil ............................................ WOA am 08:50
Shulaev, Vladimir ..........................................ThP28 581
Shulaev, Vladimir ...........................................MP04 072
Shulman, Nicholas ....................................... WP33 627
Shulman, Nicholas J. .....................................TP28 521
Shvartsburg, Alexandre A. .......................... WP38 742
Shvartsburg, Alexandre A. ..........................ThP01 017
Shwe, Henry .................................................. WP36 693
Shymanovich, Tatsiana ................................ MP34 700
Shyong, BaoJen ............................................MP14 259
Shyong, BaoJen ............................................MP14 261
Shyti, Reinald ................................................ WP09 141
Si, Dandan ...................................................... MP34 711
Sibat, Manoella .............................................ThP25 518
Sichilongo, Kwenga ...................................... MP06 115
Sichilongo, Kwenga ......................................MP07 147
Siciliano, Gabriele ..........................................TP30 567
Sickmann, Albert...................................... TOD pm 3:10
Sickmann, Albert.............................................TP19 285
Siddiqui, Javed ..............................................MP26 540
Siderenko, Viktoriya .......................................TP29 549
Sidhu, Rohini ................................................. WP06 090
Sieg, Scott .....................................................ThP23 468
Siegel, Donald................................................MP30 604
Siegel, Marshall M........................................ThP20 369
Siegel, Marshall M...................................TOG pm 4:10
Siegel, Marshall M........................................ WP13 223
Siek, Kevin............................................... MOE pm 3:50
Siek, Kevin......................................................MP31 645
Siek, Kevin.......................................................TP24 387
Siek, Kevin..................................................... WP05 063
Siek, Kevin........................................... ThOG am 08:50
Siems, William ................................................TP33 625
Siems, William F. ...................................TOG am 09:10
Sierra-Avila, Cesar A. ...................................MP08 164
Sifuentes, Daniel ...........................................MP05 084
Sigurdson, Wendy ................................. ThOD pm 3:30
Sigurdsson, Baldur .........................................TP27 495
Sikanen, Tiina ............................................... WP30 574
Sikorski, Timothy ..........................................ThP09 165
Sikorski, Timothy .......................................... WP34 651
Silcock, Paul ..................................................ThP27 545
Silcock, Paul ..................................................ThP27 544
Silinski, Melanie A. Rehder ........................... TP26 470
Silivra, Oleg ...................................................ThP06 094
Silivra, Oleg ...................................................ThP06 099
Silivra, Oleg .................................................... MP01 003
Silivra, Oleg .................................................... MP16 307
Silla, Juan Carlos ...........................................TP05 095
Silva, Jeffrey .................................................. WP29 531
Silva, Jeffrey C .............................................. WP34 657
Silva, Jeffrey C. ............................................. WP34 659
Silva, Jeffrey C. .............................................ThP33 666
Silva, Jeffrey C. ........................................MOA pm 2:50
Silva, Jeffrey C. .............................................ThP23 473
Silva, Jeffrey C. ............................................. WP31 590
Silva, Leslie .....................................................TP24 406
Silva, Manori .................................................ThP21 405
Silva, Mariana ...............................................ThP25 492
Silva, Oleg .......................................................TP31 602
Silva Salgueiro, Jessica ............................... WP07 111
Silveira, Joshua A. ..........................................TP33 636
Silveira, Joshua A. ..........................................TP33 659
Silvia, Blacher ................................................MP10 198
Sim, Ju Hee ..................................................... TP29 543
Simard, John .......................................... TOH am 09:30
Simek, Petr ....................................................ThP21 401
Simeone, Jennifer ........................................ThP29 598
Simicevic, Jovan ............................................. TP13 216
Simithy, Johayra ...........................................ThP13 236
Simolin, Helena......................................ThOC pm 3:50
Simon, David ................................................... TP04 082
Simon, Hannah ............................................. WP15 263
Simon, Romain ..............................................MP26 527
Simon, Ronald ...............................................MP10 202
Simon, Sharon ..............................................ThP08 136
Simon, Stéphanie .................................... TOH pm 3:50
Simon, Yamil ...................................................TP15 237
Simonian, Margaret ........................................ TP18 259
Simón-Manso, Yamil ...................................... TP23 368
Simón-Manso, Yamil ..................................... MP04 061
Simons, Brigitte.............................................ThP23 463
Simons, Brigitte.............................................ThP17 299
Simons, Brigitte.............................................. MP11 215
Simpkins, Joseph .........................................ThP12 224
Simpson, David.............................................ThP18 314
Simpson, David.............................................ThP18 312
Simpson, Isobel J. .................................. WOF pm 2:30
Simpson, Kenneth ......................................... MP33 675
Simpson, Richard .........................................ThP28 564
Sinatra, Francy .............................................ThP01 007
Sinclair, John ................................................. WP32 602
Sindona, Giovanni .......................................... TP34 690
Sindona, Giovanni ......................................... MP10 186
Sindona, Giovanni ......................................... MP36 729
Singer, Heinz ......................................... WOF am 09:30
Singh, Ajeet ................................................... WP18 315
Singh, Brajesh............................................... WP26 458
Singh, Guramrit...............................................TP28 522
Singh, Karam ................................................ WP17 304
Singh, Pragya ........................................ TOA am 09:50
Singh, Rachit ................................................... TP05 098
Singh, Rachit ................................................... TP05 109
Singh, Rakesh................................................MP27 557
Singhal, Sharad S. .......................................ThP33 667
Sinz, Andrea ................................................... MP21 409
Sinz, Andrea ................................................... MP21 398
Sioud, Salim ...................................................MP17 349
Sipe, Dave M. ...............................................ThP06 106
Siple, Joe ........................................................ MP07 140
Sirich, Tammy................................................ WP18 322
Sisk, Carrie ...................................................... TP37 762
Sitek, Barbara ...............................................ThP22 412
Sitek, Barbara ...............................................ThP22 413
Sitkovsky, Michail .........................................ThP22 430
Siu, K. W. Michael ............................... WOG am 08:30
Siu, K. W. Michael ........................................ WP38 749
Siuciak, Judith A. ............................................TP19 296
Siviero, Antonella ............................................TP31 606
Siwick, Deborah A. .........................................TP18 258
Siwik, Deborah A ................................... TOA am 09:10
Siwik, Deborah A. ......................................... WP33 630
Sjoelund, Virginie ......................................... WP36 692
Skaar, Eric P. .................................................. MP10 190
Skende, Estela ...............................................MP06 130
Skill, Nicholas ................................................ThP22 414
Skill, Nicholas J. ........................................... WP26 467
Skinner, Owen......................................... MOB pm 4:10
Skinner, Owen.................................................TP01 008
Skinner, Owen S. ....................................WOC pm 2:50
Skold, Karl ..................................................... WP16 290
Skold, Olof ..................................................... WP16 291
Sköld, Karl .......................................................TP20 303
Sköld, Karl ..................................................... WP16 291
Sköld, Olof ..................................................... WP16 290
Skoutelis, Athanassios........................ThOC am 09:30
Skube, Susan B .............................................. TP22 353
Skulason, Kari ................................................. TP27 495
Slade, Susan ................................................. WP35 672
Sladkevich, Sergey ...................................... WP02 008
Slagel, Joseph ...............................................MP18 373
Slagel, Joseph ................................................TP28 525
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 239
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Slamnoiu, Stefan ..........................................ThP09 145
Slamnoiu, Stefan .......................................... WP28 491
Slavsky, Marina ..............................................MP02 032
Sleczka, Bogdan............................................MP25 507
Sleno, Lekha ...................................................TP24 409
Sleno, Lekha ...................................................TP10 178
Sleno, Lekha .................................................ThP21 399
Sleno, Lekha ................................................. WP17 297
Sligar, Stephen ............................................. WP23 403
Sloan, Angela ................................................ThP08 136
Slysz, Gordon ...............................................ThP34 690
Slysz, Gordon .................................................TP33 652
Smargiasso, Nicolas ......................................TP33 653
Smargiasso, Nicolas .....................................MP23 459
Smargiasso, Nicolas ....................................ThP09 154
Smargiasso, Nicolas .................................... WP12 215
Smargiasso, Nicolas ....................................ThP16 272
Smargiasso, Nicolas ....................................ThP23 453
Smid, Marcel .................................................ThP22 417
Smid, Marcel .................................................ThP22 416
Smid, Marcel ........................................ThOD am 09:10
Smillie, Troy J.................................................MP32 659
Smilowitz, Jennifer .......................................ThP19 341
Smirnov, Igor ..................................................MP13 247
Smirnova, Lena...............................................TP24 391
Smit, August B. .............................................ThP23 445
Smith, Alan ......................................................TP29 548
Smith, Archer.................................................ThP25 510
Smith, Brian K. ....................................... TOB am 09:30
Smith, Charles ...............................................WP11 192
Smith, Daryl G.S. ............................................ TP28 500
Smith, David .................................................. WP09 136
Smith, Derek ..................................................MP19 375
Smith, Donald ....................................... MOB am 09:50
Smith, Donald F. ...........................................ThP04 039
Smith, Donald F. ...........................................ThP05 064
Smith, Donald F. .................................... TOB am 09:10
Smith, Donald F. ...........................................ThP05 067
Smith, Duncan .............................................. WP30 560
Smith, Duncan ...................................... WOA am 09:10
Smith, Duncan .............................................. WP33 610
Smith, Erica ............................................ThOG pm 3:10
Smith, Erica ...................................................ThP32 652
Smith, Erica ...................................................ThP32 654
Smith, Geoffrey T. ..................................TOD am 09:50
Smith, Jeffrey C. ........................................... WP33 621
Smith, Jeffrey C. .............................................TP27 487
Smith, Jorge ...................................................MP26 522
Smith, Julia ..................................................... MP09 170
Smith, Leif ........................................................ TP08 159
Smith, Lloyd............................................. WOB pm 3:10
Smith, Lloyd...................................................ThP09 169
Smith, Lloyd M. ...............................................TP07 128
Smith, Lucas ...................................................TP24 387
Smith, Marco .................................................. MP14 255
Smith, Paula .................................................... TP29 544
Smith, Richard ...............................................MP20 389
Smith, Richard ...................................... WOA am 08:50
Smith, Richard ...................................... MOC am 08:30
Smith, Richard ......................................... TOD pm 3:30
Smith, Richard .............................................. WP38 753
Smith, Richard ...................................... MOD am 08:30
Smith, Richard ................................................TP33 652
Smith, Richard D ..........................................ThP06 081
Smith, Richard D. ................................. MOA am 10:10
Smith, Richard D. ......................................... WP27 483
Smith, Richard D. ..........................................MP26 540
Smith, Richard D. ..........................................MP24 483
Smith, Richard D. .........................................ThP01 017
Smith, Richard D. ..........................................MP26 542
Smith, Richard D. .........................................ThP34 685
Smith, Richard D. .........................................ThP34 690
Smith, Richard D. ..................................TOG am 08:30
Smith, Richard D. ......................................... WP27 484
Smith, Rob ....................................................... TP28 516
Smith, Robert ................................................ThP01 019
Smith, Sheri ................................................... WP15 281
Smith, Whitney ................................................ TP04 073
Smith, Whitney ................................................ TP24 417
Smith IV, Archer D. .................................WOD pm 3:30
Smits, Melinda M. ......................................... WP36 695
Snead, Russell ........................................ WOC pm 3:50
Snedecor, June ............................................. WP30 569
Sneekes, Evert-Jan .......................................MP06 128
Sneekes-Vriese, Eveline .............................. MP22 429
Snel, Marten F. ..............................................ThP20 361
Snelling, Jonathon ........................................ WP30 567
Sniatynski, Matthew J. .................................ThP28 565
Snider, Elise ..................................................ThP16 273
Snider, Jacqueline .......................................... TP21 332
Snider, Jacqueline ........................................ThP17 299
Snijder, Joost............................................MOF pm 2:50
Snovida, Sergei ..............................................TP35 698
Snovida, Sergei ............................................ WP26 474
Snovida, Sergei ............................................ThP20 375
Snovida, Sergei ..............................................TP35 709
Snovida, Sergei .....................................TOD am 08:50
Snovida, Sergei I. ................................. WOA am 09:50
Snow, Nicholas ..............................................MP03 049
Snow, Theodore .............................................TP02 034
Snow, Theodore ............................................MP35 715
Snow, Timothy................................................ MP23 447
Snyder, Melissa .............................................MP09 175
Snyder, Michael ............................................ThP22 418
Snyder, Nathaniel ........................................... TP24 393
Snyder, Nathaniel W. .................................... MP11 218
Snyder, Nathaniel W. .....................................TP24 407
Snyder, Nathaniel W. .....................................TP29 550
Snyder, Shane .............................................. WP03 035
Snyder, Shane ................................................TP31 584
Snyder, Shane ...............................................MP31 629
Snyder, Shane .............................................. WP26 472
Snyder, Shane ................................................TP31 604
Snyder, Shane A. ............................................TP32 614
Sobott, Frank...................................................TP33 637
Sobott, Frank...................................................TP16 241
Sobott, Frank.............................................TOF pm 2:30
Soderblom, Erik .............................................MP18 371
Soderblom, Erik J. ...................................MOA pm 2:50
Soderblom, Erik J. ........................................ThP17 302
Söderquist, Marcus ........................................TP20 303
Söderquist, Marcus ........................................TP21 339
Soellner, Matthew ........................................... TP33 645
Soelter, Susanne ............................................TP31 582
Soga, Tomoyoshi ........................................... MP12 224
Sohn, Chang Ho ...........................................ThP20 371
Soilis, Nicolaos .............................................ThP29 614
Sojo, Luis ........................................................ MP01 029
Sojo, Luis ........................................................ MP01 005
Sokolowska, Izabela .....................................MP29 594
Sokolowska, Izabela ......................................TP36 732
Sokolowska, Izabela ....................................ThP22 439
Sokolowska, Izabela ......................................TP21 336
Sokolowska, Sokolowska ............................ThP22 437
Solano, Maria I ...............................................MP26 548
Solga, Anne ................................................... WP09 152
Soliman, Victor ........................................ MOE pm 3:30
Solis, Nestor ............................................WOG pm 2:30
Solis, Nestor ..................................................ThP25 507
Solis, Nestor .................................................. WP30 554
Solis, Nestor ..................................................ThP17 294
Soliven, Arianne ............................................ThP10 183
Soliymani, Rabah ..........................................MP09 182
Sollenberg, Ulla ..............................................TP20 303
Solliec, Morgan ...............................................TP31 587
Solnick, Jay V ................................................MP27 556
Solomon, Bruce ................................... ThOA am 08:50
Solouki, Touradj ..............................................TP09 164
Solouki, Touradj ............................................ ThP11 195
Solouki, Touradj ............................................ WP05 065
Solouki, Touradj ............................................. MP15 269
Solouki, Touradj .............................................. TP06 110
Solouki, Touradj ............................................. MP15 268
Soltwisch, Jens .............................................ThP04 039
Soma, Lawrence............................................MP30 625
Somers, Will .................................................. WP24 431
Somogyi, Arpad ...................................ThOE am 09:50
Somsen, Govert W. ................................WOG pm 3:10
Son, InHyuk ................................................... ThP11 212
Sondalle, Samuel B. ......................................TP07 128
Song, Boya .................................................... WP35 669
Song, Byoung-Joon .....................................ThP17 305
Song, Chun-Qing ............................................ TP21 338
Song, Chun-Qing .....................................MOA pm 4:10
Song, Chunxiao ............................................ WP34 647
Song, Ehwang............................................... WP32 598
Song, Ehwang...............................................ThP19 357
Song, Ehwang............................................... WP26 470
Song, Hangtian ...............................................TP15 225
Song, Haowei .................................................. TP27 481
song, In-Kang .................................................MP22 418
Song, James ..................................................MP23 442
Song, Jing ...................................................... WP36 700
Song, Jungmin .....................................ThOH am 08:30
Song, Liguo ...................................................ThP32 662
Song, Min....................................................... WP06 091
Song, Min.........................................................TP29 543
Song, Nelson.................................................ThP08 127
Song, Qinghua ..............................................ThP18 307
Song, Qingyu ............................................TOA pm 2:30
Song, Sein .....................................................ThP27 537
Song, Seonghee ............................................MP08 154
Song, Si Young ............................................. WP35 675
Song, Ting .............................................. TOD am 08:30
Song, Wenyuan .............................................MP32 653
Song, Xiaomin............................................... WP27 488
Song, Yang Stella ........................................... TP14 222
Song, Yuling ....................................................TP37 740
Song, Yuling .................................................. WP06 078
Song, Zhihong................................................MP34 702
Soper, Molly T. ................................................TP33 630
Sorensen, Dylan J. ..................................MOA pm 3:50
Sorensen, Paul ...............................................TP05 091
Sorkin, Alexander ....................................MOF pm 3:50
Sotokawauchi, Ami .......................................ThP19 340
Souchon, Vincent ......................................... WP05 059
Souda, Puneet .............................................. WP21 379
Souda, Puneet ................................................TP18 273
Sou, Boumediene ....................................... WP36 703
Soukup, Alexandra ............................... MOE am 09:10
Soul, Thomas ................................................ThP26 523
Soulby, Andrew ...............................................TP09 170
Soumyanath, Amala ......................................MP34 701
Sousa, Eric .................................................... WP24 431
Sousa, Lenoardo Da Costa ........................ThP32 658
Sousou, Nigel ................................................ WP37 721
South, Christopher .........................................TP21 314
Southwick, Katie .................................... ThOD pm 4:10
Souza Júnior, Manoel T. ............................... MP05 084
Sovova, Zoe .................................................MP21 401
Sowa, Mathew .............................................. WP28 509
Sowole, Modupeola .............................WOH am 08:50
Spaink, Herman P......................................... WP31 585
Span, Paul .....................................................ThP22 416
Span, Paul N. .......................................ThOD am 09:10
Sparbier, Katrin .............................................ThP25 490
Sparkman, O. David.....................................ThP11 213
Sparkman, O. David.....................................ThP30 631
Sparkman, O. David.....................................ThP11 206
Sparks, Preston ..............................................TP25 446
Sparling, Richard .......................................... WP33 623
Sparling, Richard .......................................... WP31 589
Spassky, Alexander ........................................ TP20 299
Spassky, Alexander ................................ WOF pm 3:30
Spassky, Alexander .......................................MP17 356
Specht, August ................................................TP14 218
Speck, Dennis ............................................... WP37 707
Speller, Abigail ..............................................ThP04 042
Spellman, Daniel ...........................................MP26 547
Spellman, Daniel S. ..............................ThOD pm 4:10
Spellman, Daniel S. .......................................TP19 296
Spencer, Jean L ..............................................TP16 240
Spencer, Jean L ..............................................TP18 268
Spencer, Jean L............................................ WP32 605
Spencer, Jean L..............................................TP18 258
Spencer, Michael ............................................ TP04 083
Spencer, Mike ............................................... WP04 042
GENERAL INFORMATION
PAGE 240 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Spencer, Sandra ............................................MP17 344
Spencer, Sandra ...........................................ThP01 004
Spengler, Bernhard ............................... TOB am 08:30
Spengler, Bernhard ......................................ThP04 035
Spengler, Bernhard ...................................... WP12 214
Spengler, Bernhard ......................................ThP34 687
Sperline, Roger P. ........................................ThP06 104
Sperling, Michael ..........................................ThP05 070
Sperling, Michael ..........................................ThP03 027
Sperling, Michael ..........................................ThP05 056
Sperling, Michael ..........................................ThP04 047
Sperry, Justin .......................................... MOB pm 2:30
Sperry, Justin B...............................................TP15 236
Spicer, Vic ...................................................... WP31 589
Spicer, Vic ...................................................... WP33 623
Spicer, Victor ..................................................MP32 670
Spicer, Victor .................................................ThP05 057
Spicer, Victor .................................................ThP06 090
Spiecker, Heinrich ........................................ThP09 145
Spiegelman, Bruce ..................................MOF pm 3:10
Spier, Paul ..................................................... WP23 416
Spinelli, Pietro ................................................WP11 191
Spitzbarth, Franzika ..................................... WP20 370
Spitzbarth, Franziska ................................... WP20 367
Spivak-Lavrov, Igor .......................................MP16 326
Splendore, Maurizio .......................................TP04 054
Splendore, Maurizio ...................................... MP15 271
Splevins, Andrew ........................................... MP25 520
Spraggins, Jeffery .........................................MP10 195
Spraggins, Jeffrey ................................. TOB am 10:10
Spraggins, Jeffrey M. .................................... MP10 186
Spraggins, Jeffrey M. ................................... WP12 199
Spraggins, Jeffrey M. ................................... WP12 202
Spraggins, Jeffrey M. ................................... WP09 155
Sprenger, Ricardo .........................................MP34 696
Sprenger, Richard ........................................ThP34 686
Sprenger, Richard R. ....................................MP32 662
Springer, Michael ............................................TP08 147
Sreekumar, Arun ........................................... WP18 312
Sreenivasan, Uma .........................................MP01 008
Srimany, Amitava .......................................... WP12 194
Srinivasan, Prakash .............................. ThOB pm 4:10
Srinivasan, Tara ............................................ WP30 555
Sriranganadane, Dev ....................................MP28 573
Srivastava, Praveen ..................................... WP06 094
Srivastava, Praveen ....................................... TP25 436
Srivastava, Sudhir .........................................MP26 540
Srnka, Anthony ...............................................TP25 428
Srzentić, Kristina...................................WOE am 08:50
Srzentić, Kristina...........................................ThP13 242
Staab, Dieter ..................................................WP11 183
Staccioli, Serena............................................MP34 693
Stacey, Catherine ......................................... WP16 284
Stacy, Tina ...................................................... MP15 290
Staerk, Daniel ................................................MP06 104
Stafford, George ................................... MOC am 08:30
Stafford, George ...........................................ThP01 014
Stafford, George .............................................TP33 652
Stafford, George ........................................... WP38 753
Stafford, George ................................... MOB am 09:10
Stafford, George .............................................TP33 647
Stafford, George ...........................................ThP28 584
Stafford, George ....................................TOG am 08:50
Stagliano, Michael ........................................ WP03 019
Stahl, Mark .................................................... WP24 431
Stahl-Zeng, Jianru ........................................ WP20 367
Stahl-Zeng, Jianru .......................................... TP31 599
Standing, Ken ...............................................ThP06 090
Standing, Kenneth .........................................MP32 670
Stanley, Anne ..................................................TP21 314
Stanley, Bruce ................................................. TP21 314
Stanley, Scott .................................................MP30 628
Stapels, Martha............................................. WP21 378
Stapels, Martha..............................................MP25 521
Staples, Gregory........................................... WP24 430
Staples, Gregory........................................... WP21 380
Staples, Gregory...................................... TOC pm 3:50
Staples, Gregory.............................................TP15 235
Staples, Gregory...........................................ThP09 147
Staples, Gregory O. ......................................MP22 431
Staples, Gregory O. .......................................TP36 724
Starke-Reed, Pamela E. .............................ThP28 565
Starks, Adrienne M. ...................................... WP18 312
Starodubtseva, Nataliia .................................TP20 299
Starodubtseva, Nataliia ......................... WOF pm 3:30
Starr, James ....................................................TP29 552
Stauber, Jonathan ........................................ThP02 023
Stauber, Jonathan ........................................ThP03 029
Stauber, Jonathan .........................................WP11 193
Stauber, Jonathan ............................... ThOF am 10:10
Stauch, Kelly ..................................................MP24 469
Stavenhagen, Kathrin ....................................TP36 731
Stead, Sara ................................................... WP37 707
Stead, Sara ...................................................ThP27 532
Stead, Sara .....................................................TP37 750
Stead, Sara ...................................................ThP27 533
Stead, Sara .....................................................TP33 627
Stecenko, Arlene .......................................... WP17 292
Steckler, Caitlin ............................................. WP36 697
Stedwell, Corey...............................................TP02 031
Stedwell, Corey.............................................ThP35 706
Steegers, Eric AP ...........................................TP20 304
Steen, Hanno ........................................WOB am 09:10
Steen, Hanno ................................................ThP09 161
Steen, Hanno .......................................ThOD am 10:10
Steen, Hanno ..................................................TP08 147
Steen, Judith ..........................................TOD am 09:10
Steen, Judith .........................................WOB am 09:10
Steen, Judith A. J. ..........................................TP08 147
Steenwyk, Rick .....................................WOD am 09:30
Steere, Allen C. ..............................................MP29 593
Steet, Joe.......................................................ThP04 038
Steevensz, Aaron ..........................................MP23 449
Steevensz, Aaron J ...................................... WP29 539
Stefely, Jonathan A. .............................WOE am 09:50
Steffen, Björn ................................................ThP22 425
Stein, Derek R................................................MP06 094
Stein, Stephen ...............................................MP18 368
Stein, Stephen .............................................. WP31 592
Stein, Stephen .............................................. WP31 578
Stein, Stephen ...............................................MP19 384
Stein, Stephen ................................................TP08 150
Stein, Stephen ..............................................ThP34 669
Stein, Stephen E. ...........................................TP23 368
Stein, Stephen E. ...........................................TP15 237
Stein, Stephen E. ..........................................MP04 061
Steinbach, Michael .......................................ThP23 474
Steinberg, Martin H ........................................TP18 268
Steiner, Carine ................................................TP21 333
Steiner, Douglas .............................................TP10 181
Steiner, Robert D ............................................ TP30 572
Steiner, Roger ................................................ MP15 263
Steinhorst, Klaus ..........................................ThP04 036
Steiniger, David.............................................ThP27 544
Steiniger, David.............................................ThP27 545
Stellpug, Samuel J .......................................TP29 537
Stemmler, Elizabeth A. ................................ThP32 655
Stencel, Katherine .......................................... TP31 594
Stennicke, Henning R .................................. WP28 514
Stephan, Christian ........................................ThP22 412
Stephen, Andrew G. ......................................MP08 151
Stephens, Eric...............................................ThP24 483
Stephens, Kerry ............................................ WP08 124
Stephens, Kerry ............................................. MP07 136
Stephens, Kerry ............................................. WP08 117
Stephens, Robert M. .................................... WP18 312
Sterk, Saskia S. ..............................................TP37 771
Stern, Lawrence J. ........................................MP28 574
Ste-Rose, Audrey ...........................................TP24 409
Steve, Justin ...................................................MP06 127
Steven, Alasdair ....................................WOH am 09:10
Steven, Kelsen ................................................ TP21 314
Steven, Rory .................................................ThP04 049
Steven, Rory ................................................. WP10 165
Steven, Rory T. ............................................. WP10 164
Steven, Rory T. .............................................. MP11 208
Steven, Rory T. ............................................. WP09 153
Stevens, Douglas ......................................... WP05 067
Stevens, Douglas .........................................ThP11 207
Stevens, Fred .................................................. TP24 416
Stevens, J.Fred......................................TOC am 09:30
Stevens, Jan ..................................................MP22 432
Stevens, Jan F. ..............................................MP34 701
Stevens, Jan F. ...............................................TP24 403
Stevens, Jan F. ............................................. WP15 261
Stevens, Kyle ........................................ MOC am 09:10
Stevenson, Holly S. ...................................... WP18 312
Stewart, Jeremy ............................................ThP12 226
Stewart, Tyler ................................................ThP19 349
Stewart, Tyler J. ...................................ThOD am 09:30
Steyaert, Sandra.............................................TP17 254
St-Germain Lavoie, David ............................. TP25 440
Stickle, Dawn ................................................ WP33 628
Stidham, Ryan W............................................TP19 289
Stigler, Sara ................................................... WP15 272
Stiles, Charles D. ........................................... WP11 185
Still, Amelia J. ........................................... MOA pm 3:30
Still, Amelia J. ................................................ThP13 232
Stindt, Arne ..................................................... MP17 352
Stingl, Christoph ...........................................ThP22 416
Stingl, Christoph ..................................ThOD am 09:10
Stingl, Christoph ....................................TOH am 08:30
Stingl, Christoph ...........................................ThP22 417
Stingl, John .................................................... WP28 496
Stinnett, Monica W. .............................ThOD am 09:30
Stinson, Craig .................................................TP02 040
Stinson, Craig ................................................. TP06 117
Stites, Wesely ................................................MP22 439
Stobaugh, Jordan .......................................... MP06 093
Stocks, Bradley B. ........................................ WP21 378
Stocks, Bradley B. .......................................... TP10 188
Stocks, Bradley B. ....................................TOF pm 3:50
Stoddart, Pamela .......................................... WP03 030
Stoeckli, Markus ............................................WP11 183
Stoeling, Michael V. ........................................TP26 455
Stokes, Chris .................................................ThP35 695
Stokes, Matthew ........................................... WP29 531
Stokes, Matthew P. .......................................ThP23 473
Stokes, Matthew P. ....................................... WP34 659
Stokes, Matthew P. .......................................ThP33 666
Stokes, Peter..................................................MP17 343
Stoll, Britta ......................................................MP21 410
Stone, John ................................................... WP38 752
Stoodley, Marcus ............................................TP18 259
Stopka, Sylwia ................................................TP34 664
Stoudemayer, Melissa .................................ThP31 640
Stout, Steve ..................................................... TP21 307
Stover, Michele L. .........................................ThP36 712
Stow, Sarah M. ............................................. WP38 751
Strader, Michael ............................................ WP30 556
Strader, Michael ............................................ WP30 557
Strambio De Castillia, Caterina .................... TP08 152
Strambio De Castillia, Caterina .................. WP31 593
Strassburg, Katrin...........................................TP27 492
Stratakis, Constantine A. ......................ThOD pm 3:50
Stratford, Robert E. .......................................MP03 056
Stratton, Tim .................................................. WP15 259
Stratton, Tim .................................................... TP28 517
Stratton, Tim .................................................. WP15 258
Stratton, Tim ............................................ MOE pm 2:50
Stratton, Tim ................................................... MP12 225
Stratton, Tim ................................................... MP19 377
Stratton, Tim .................................................... TP25 420
Stratton, Timothy .......................................... WP14 245
Strauss, Ethan ..............................................ThP08 124
Strauss, Ethan ..............................................ThP08 126
Strauss, Joseph ............................................. MP04 077
Strehlow, Jan.................................................ThP04 036
Strickland, Erin C............................................ TP11 200
Strickland, Erin C............................................ TP11 202
Strittmatter, Nicole ................................... TOH pm 3:10
Strittmatter, Nicole ........................................ThP04 042
Stroble, Carol .......................................ThOC am 09:50
Stroble, Carol ................................................ WP19 347
Stroh, Fred......................................................MP15 282
Stroh, Justin ....................................................TP33 638
Stroman, Maxcy ............................................ WP08 127
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 241
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Stroud, Dave ...................................................TP35 706
Strupat, Kerstin ...................................... TOB am 08:30
Strupat, Kerstin .................................... ThOF am 09:30
Strupat, Kerstin ............................................. WP37 733
Struwe, Weston ..............................................TP33 641
Stuchlova Horynova, Milada .......................ThP19 349
Stucki, Silvan R. ............................................MP13 249
Stückler, Romana .......................................... MP04 077
Stuff, John...................................................... WP20 371
Stugan, Daniel ..............................................ThP10 182
Stühler, Kai ....................................................ThP23 454
Stumbaum, Mihaela ..................................... WP28 491
Stump, Craig ................................................. WP26 472
Stump, Mike ......................................... ThOA am 08:50
Stupp, Gregory S............................................TP24 414
Sturdevant, Dan ..................................... ThOB pm 4:10
Sturm, Robert ................................................ WP16 288
Stutts, Whitney L. ......................................... WP09 143
Stützer, Alexandra ..........................................TP22 354
Stutzman, John ............................................... TP02 028
Stutzman, John ...................................... ThOC pm 3:30
Stutzman, John ............................................... TP07 126
Stutzman, John R. .......................................... TP02 029
Styles, Iain ..................................................... WP10 165
Styles, Iain B. ................................................ WP10 164
Su, Dian ..........................................................MP26 542
Su, Dian ................................................. WOA am 08:50
Su, Hung ........................................................ WP07 104
Su, Yuan ..........................................................TP34 688
Subbaiah, D.R.C. Venkata .......................... WP28 513
Subbotin, Roman ...........................................MP20 391
Subel, Bethany ...............................................TP37 765
Subramaniyan, Saravanan ......................... WP14 249
Subramaniyan, Saravanan ......................... WP14 248
Subramaniyan, Saravanan ..........................MP31 635
Subramaniyan, Saravanan .........................ThP27 549
Subramaniyan, Saravanan ......................... WP14 250
Suckau, Detlev ..............................................ThP04 036
Suckau, Detlev .............................................. WP09 142
Suckau, Detlev .............................................. WP24 434
Suckau, Detlev .......................................TOH am 08:50
Sudakov, Michael .........................................ThP06 079
Sudhir, Putty-Reddy .....................................ThP19 335
Suematsu, Makoto ....................................... WP17 296
Suita, Joe ...................................................... MP29 578
Sugahara, Kotaro .........................................ThP31 636
Sugai, Toshiki ................................................ThP25 489
Sugaya, Masakazu.......................................ThP26 524
Sugita, Yuji .......................................................TP35 695
Sugiyama, Masuyuki ...................................... TP05 088
Sugiyama, Masuyuki ...................................... TP05 092
Sugiyama, Naoyuki .......................................MP24 475
Sugiyama, Naoyuki .............................. WOA am 08:30
Sugrue, Richard ............................................ThP25 508
Suh, Hyongwon Danny ................................ WP33 609
Suh, Joon Hyuk .............................................MP34 714
Suh, Jung-Keun ............................................ WP25 449
Suh, SungIll ................................................... WP08 126
Sui, Hongshu.................................................ThP25 505
Sui, Ping.........................................................ThP22 441
Sukumar, Harikrishnan ................................ WP38 752
Sukumaran, Siddharth ................................... TP21 337
Sullivan, Barbara .......................................... WP21 374
Sullivan, Michael........................................... WP06 082
Sullivan, Michael.............................................TP26 466
Sulman, Erick P............................................. WP35 677
Sulman, Erik P................................................MP29 597
Sultan, Omar .................................................ThP25 517
Sulyok, Michael...............................................TP37 747
Sulzer, David ...................................................TP21 326
Sulzer, Philipp ...............................................ThP26 521
Sumandea, Marius .......................................ThP18 318
Suming, Chen ............................................... WP12 213
Summers, Fiona ........................................... WP19 345
Sumner, Lloyd .................................................TP23 369
Sumner, Lloyd ................................................ MP03 050
Sumner, Lloyd ................................................ MP03 049
Sumner, Susan ...............................................TP23 362
Sun, Difei .......................................................ThP09 159
Sun, Grace Y. ................................................. MP34 706
Sun, Guohui ..................................................ThP21 389
Sun, Haidan.....................................................TP21 331
Sun, Haidan....................................................MP24 465
Sun, Haidan................................................... WP30 546
Sun, Helen ....................................................... TP31 580
Sun, Helen ....................................................... TP26 474
Sun, Helen ............................................... WOF pm 3:10
Sun, Helen (Qingyu) ....................................ThP27 547
Sun, Helen (Qingyu) ....................................ThP27 538
Sun, Hezhi .......................................................TP01 018
Sun, Hui ..........................................................MP01 007
Sun, Jinchun .................................................ThP28 588
Sun, Jinchun ...................................................TP24 383
Sun, Jing ........................................................ WP36 692
Sun, Li ..............................................................TP25 422
Sun, Liang .....................................................ThP23 447
Sun, Liangliang ............................................. WP35 680
Sun, Liangliang ............................................. WP30 545
Sun, Liangliang ............................................. WP35 682
Sun, Liangliang ............................................. WP35 681
Sun, Michael Xin.............................................TP36 735
Sun, Rachel ................................................... WP06 086
Sun, Rui-Xiang .............................................. WP31 587
Sun, Rui-Xiang .........................................MOA pm 4:10
Sun, Ssu-Hsueh ............................................MP36 731
Sun, Wenjian ................................................. WP37 712
Sun, Xin ......................................................... WP26 462
Sun, Xuefei ..................................................... MP26 540
Sun, Yujie .........................................................TP21 330
Sun, Zhe ..........................................................TP35 701
Sun, Zhi ...........................................................MP18 373
Sun, Zhi ............................................................ TP28 525
Sun, Zhi ..................................................... TOH pm 4:10
Sundaresan, Sakthivel...................................TP32 618
Sung, Kidon ..................................................... TP37 766
Sung, Ting-Yi .................................................. MP03 042
Sung, Ting-Yi ...................................................TP28 518
Sunley, Kevin .........................................TOH am 09:30
Sunner, Jan .....................................................TP04 073
Sunner, Jan ...................................................ThP05 069
Sunner, Jan ....................................................MP29 578
Sunner, Jan .....................................................TP24 417
Sunny, Nishanth............................................ WP18 317
Suominen, Tina ....................................... MOH pm 2:30
Suri, Vipin ...................................................... WP29 531
Surindar Singh, Gurmeet Kaur ..................... TP26 453
Surowiec, Izabella ..........................................TP24 396
Surowiec, Izabella ........................................ WP18 316
Surwade, Dr.Manoj.......................................ThP27 542
Sussman, Michael R. ...................................ThP22 422
Sussman, Michael R. ............................ ThOE pm 3:30
Suter, Marc J.-F. .............................................TP31 593
Sutton, Chris ................................................. WP12 198
Sutton, Jennifer............................................. WP26 457
Sutton, Jennifer.............................................ThP34 673
Sutton, Jennifer N. .........................................TP21 309
Suyama, Motohiro ..........................................TP05 107
Suzuki, Hidezuki ............................................ MP03 050
Suzuki, Hitoshi .....................................ThOD am 09:30
Suzuki, Koichi ............................................... WP08 121
Suzuki, Koji .....................................................MP16 314
Suzuki, Nobuhiro ...........................................MP04 072
Suzuki, Takashi .............................................. MP11 214
Suzuki, Yasutaka ..........................................ThP26 524
Suzuki, Yayoi ...................................................TP31 590
Svane, Simon ................................................ WP30 544
Svane, Simon ................................................ WP34 650
Svenningsson, Per .............................. ThOF am 09:50
Svenningsson, Per ....................................... WP12 210
Svinkina, Tanya ........................................MOF pm 3:30
Svoboda, Michal ............................................ MP07 132
Svobodova, Helena ...................................... WP27 486
Svobodova, Helena .......................................MP06 120
Swales, John ........................................ ThOF am 08:30
Swales, John G. ............................................WP11 176
Swaminathan, Jagannath ...........................ThP09 152
Swamy, Bale M. ............................................. MP27 554
Swanson, Selene ......................................... WP29 526
Swarbrick, Michele M. ..................................MP33 679
Swart, Remco ................................................MP06 128
Swatkoski, Stephen .......................................TP19 287
Swearingen, Kristian E. ....................... MOC am 08:50
Sweedler, Jonathan ..................................... WP33 615
Sweedler, Jonathan ..................................... WP09 149
Sweedler, Jonathan .....................................ThP03 028
Sweedler, Jonathan .....................................ThP22 436
Sweedler, Jonathan V ....................................TP08 154
Sweedler, Jonathan V. .................................ThP25 494
Sweedler, Jonathan V. .................................ThP14 261
Sweeney, Daniel L. ...................................... WP20 372
Sweeney, Matt ..............................................ThP11 208
Sweeney, Scott ..............................................MP03 059
Sweep, Fred ..................................................ThP22 416
Sweep, Fred C.G.J. ............................ThOD am 09:10
Sweet, Robert ............................................... WP30 570
Sweet, Robert .................................................TP21 320
Sweetman, Lawrence ....................................TP27 483
Sweredoski, Michael ...................................... TP22 342
Sweredoski, Michael J .................................ThP34 680
Sweredoski, Michael J ..........................TOD am 09:50
Swift, Christopher ...........................................TP02 025
Swimley, Michelle .........................................ThP25 517
Swinton, Derrick .............................................TP21 314
Syage, Jack ...................................................ThP27 556
Syed, Sarfaraz Uddin Ahmed Hashmi ......ThP06 076
Syka, John .....................................................ThP06 101
Syka, John ..................................................... WP31 583
Syka, John ..............................................TOH am 09:30
Syka, John E.P. ...............................................TP01 019
Sylvain, Jean Francois ........................... TOE pm 3:10
Sylvänne, Tuulia ....................................ThOC pm 3:50
Syms, Richard................................................MP16 297
Syring, Michael .............................................ThP15 264
Syromyatnikov, Sergei ................................. WP08 123
Szabo, Eszter .......................................... MOC pm 3:10
Szabo, Eszter .................................................. TP30 570
Szacherski, Pascal ......................................... TP28 505
Szalay, Dániel .................................................TP01 013
Szalay, Dániel ...................................... ThOA am 10:10
Szalay, Dániel .................................................TP04 086
Szapacs, Matthew E. .................................... MP25 519
Szarka, Szabolcs .......................................... WP14 238
Szarka, Szabolcs ..........................................ThP29 602
Szatmari, Ildiko ...............................................TP30 570
Szatmari, Ildiko ....................................... MOC pm 3:10
Sze, Siu Kwan................................................MP27 565
Sze, Siu-Kwan ...............................................MP24 492
Szewc, Mark .................................................. WP17 301
Szewc, Mark .................................................... TP23 364
Szewc, Mark .................................................... TP24 414
Szonyi, Laszlo ................................................. TP30 570
Szonyi, Laszlo ......................................... MOC pm 3:10
Sztaray, Balint ...............................................ThP36 727
Sztaray, Balint ...............................................ThP36 726
Sztein, Marcelo .............................................ThP25 501
Szumlinski, Karen......................................... WP33 627
Szymanski, Daniel .........................................MP32 668
Szymanski, Wladyslaw ................................. MP16 328
Ta, Hung Xuan ....................................... ThOC pm 3:50
Tabata, Kenji ................................................. WP15 262
Tabata, Tsuyoshi ............................................ MP18 359
Tabata, Tsuyoshi ............................................ MP18 360
Tabata, Tsuyoshi ............................................ MP18 358
Tabb, David ....................................................MP09 168
Tabb, David ...........................................WOB am 08:50
Tabe, Shahram ...............................................TP31 589
Tabet, Jean-Claude ......................................ThP36 720
Tabet, Jean-Claude ........................................ TP13 215
Tabet, Jean-Claude ....................................... MP30 616
Tabet, Jean-Claude ........................................ TP06 122
Tachezy, Jan....................................................TP10 175
Tachibana, Hirofumi ..................................... WP19 341
Tachiwana, Hiroaki ......................................... TP09 166
Tackett, Phil ...................................................ThP26 527
Tadano, Jun .................................................... WP11 173
Tadano, Jun .................................................... WP11 171
Tadi, Surendar.................................................TP23 374
GENERAL INFORMATION
PAGE 242 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
Tadrist, Souria ................................................ MP04 063
Tae, David .......................................................MP23 442
Taffe, Bonnie ................................................. WP03 019
Taguchi, Vince Y ................................... WOF am 09:10
Tai, Shih-Shan.................................................TP31 586
Tai, Susan ........................................................ TP30 559
Tai, Susan ........................................................ TP30 560
Tai, Susan ........................................................ TP30 561
Taipale, Mikko ............................................... WP36 687
Taipale, Mikko ............................................... WP36 685
Tajiri, Michiko...................................................TP36 722
Takaba, Hiromitsu...........................................TP36 734
Takaba, Hiromitsu...........................................TP36 736
Takada, Yasuaki ............................................ThP26 524
Takahashi, Katsutoshi ..................................ThP04 032
Takahashi, Kazuo .........................................ThP19 349
Takahashi, Kazuo ................................ThOD am 09:30
Takahashi, Kazuo .........................................ThP19 330
Takahashi, Maki ............................................. MP10 187
Takahashi, Masakazu ................................... MP06 089
Takahashi, Ryo ...............................................TP20 298
Takahashi, Tadahiro ...................................... MP06 110
Takala, Anna ............................................ MOH pm 2:30
Takashima, Yuki ............................................. WP11 189
Takats, Zoltan ..................................................TP30 570
Takats, Zoltan ................................................ThP28 560
Takats, Zoltan .......................................... MOC pm 3:10
Takats, Zoltan .................................................MP10 204
Takats, Zoltan ................................................ThP04 042
Takats, Zoltan ........................................... TOH pm 3:10
Takáts, Zoltán ....................................... ThOA am 10:10
Takáts, Zoltán .................................................MP04 074
Takáts, Zoltán ..................................................TP01 013
Takáts, Zoltán ..................................................TP04 086
Takatsu, Akiko ................................................ MP09 178
Takayama, Mitsuo ........................................ WP15 262
Takayama, Mitsuo ........................................ThP30 622
Takeda, Sen ...................................................WP07 115
Takeshi, Bamba ...................................ThOB am 09:50
Takeuchi, Aiko ................................................ MP14 257
Takeuchi, Kohei ..............................................TP24 412
Takeuchi, Kohei ..................................... TOF am 08:50
Takeuchi, Takae ............................................ThP25 489
Takinami, Koji ................................................ WP03 026
Takino, Masahiko .......................................... WP19 337
Takvam, Adam .............................................. WP17 301
Talabere, Tiffany ............................................MP27 562
Talamantes, Tatjana .....................................ThP33 667
Talbot, Christopher .........................................TP36 732
Tam, Stanley ................................................. WP28 509
Tamae, Daniel ...............................................ThP21 409
Tamanoi, Fuyuhiko .......................................ThP09 140
Tamborindeguy, Cecilia ................................MP33 672
Tamura, Hiroto ..............................................ThP25 493
Tamura, Masayoshi ........................................ TP37 739
Tamura, Motoi ............................................... WP19 337
Tan, Aimin ..............................................WOD am 10:10
Tan, Boon-Huan ............................................ThP25 508
Tan, Dan..........................................................MP21 397
Tan, Fengji .......................................................TP21 331
Tan, Guobin .................................................... MP31 641
Tan, Haiyan ...................................................ThP17 290
Tan, Haiyan ...................................................ThP23 467
Tan, Ke Jie ..................................................... WP02 008
Tan, Lei............................................................. TP06 112
Tan, Lei............................................................. TP06 113
Tan, Lei............................................................. TP06 111
Tan, Melvin .................................................... WP06 082
Tan, Melvin ......................................................TP26 466
Tan, Ming ....................................................... WP23 404
Tan, Minjia ..................................................... WP29 535
Tan, Minjia ..................................................... WP29 536
Tan, Xing Fei ..................................................MP34 712
Tan, Yanglan ..................................................ThP20 381
Tan, Zhijing .................................................... WP30 547
Tanaka, Koichi...............................................ThP19 329
Tanaka, Koichi................................................MP08 161
Tanaka, Koichi................................................MP08 166
Tanaka, Koichi................................................MP18 358
Tanaka, Koichi...............................................ThP06 088
Tanaka, Koichi................................................MP18 359
Tanaka, Koichi...............................................ThP19 338
Tanaka, Koichi................................................MP08 160
Tanaka, Koichi................................................MP18 360
Tanaka, Satoshi ............................................. MP18 359
Tanaka, Satoshi ............................................. MP18 358
Tanaka, Satoshi ............................................. MP18 360
Tanassi, Julia T. ..............................................TP19 292
Tang, Bo ......................................................... WP30 540
Tang, Chi ........................................................ WP35 669
Tang, Guomei ..................................................TP21 326
Tang, Haiping ................................................ThP23 450
Tang, Haixu ...................................................ThP20 376
Tang, Haixu ....................................................MP21 400
Tang, Haixu ................................................... WP26 470
Tang, Haixu .....................................................TP36 737
Tang, Haixu ................................................... WP31 588
Tang, Haixu ................................................... WP32 598
Tang, Jianhua ................................................ThP05 058
Tang, Jonathan ...............................................TP30 565
Tang, Kai ........................................................ThP25 508
Tang, Keqi ...............................................TOG am 08:30
Tang, Keqi .......................................................MP26 542
Tang, Keqi ...................................................... WP27 484
Tang, Keqi ...................................................... WP27 483
Tang, Keqi .............................................. MOC am 08:30
Tang, Ning ...................................................... MP25 511
Tang, Pingming .............................................. MP01 001
Tang, Rui ..........................................................TP21 307
Tang, Wanjin ....................................................TP08 159
Tang, Weijuan ............................................... WP05 058
Tang, Wilfred ................................................. WP31 583
Tang, Wilfred .......................................... ThOB pm 3:30
Tang, Wilfred ................................................. WP31 577
Tang, Wilfred ................................................... TP11 203
Tang, Xiaofeng .................................... ThOG am 09:10
Tang, Xiaohu .......................................... TOF am 09:30
Tang, Xiaonan ................................................. TP25 450
Tang, Xilan ......................................................MP34 713
Tang, Yujie .....................................................ThP08 137
Tang, Zuojian........................................ThOD am 08:30
Taniguchi, Kenichi .........................................MP08 160
Tank, Holger ....................................................TP34 686
Tanner, Meghan ............................................ThP22 419
Tans, Pieter ..........................................ThOE am 08:30
Tänzler, Dirk ...................................................MP21 398
Tao, Andy ....................................................... WP28 502
Tao, Hui ..........................................................ThP13 233
Tao, Li ............................................................... TP15 225
Tao, Li ..............................................................MP21 397
Tao, Nannan ..................................................ThP19 356
Tao, Shujuan ...................................................TP35 694
Tao, Shujuan .........................................WOC am 10:10
Tao, W. Andy .......................................... ThOE pm 3:50
Tao, W. Andy ...................................................TP11 194
Tao, W. Andy ................................................. WP34 655
Tao, W. Andy ................................................. WP30 573
Tao, Weiguo Andy ........................................ WP29 538
Tao, Weiguo Andy ........................................ WP34 658
Tao, Yeqing ...................................................... TP22 343
Tao, Yeqing ..................................................... MP22 440
Tao, Yeqing ...................................................... TP22 344
Tao, Yuanqi .............................................. MOG pm 2:50
Taohong, Huang ...........................................ThP27 550
Taoka, Masato................................................MP14 257
Taoka, Masato................................................MP14 256
Taormina, Christopher ..................................MP15 293
Taouatas, Nadia ..............................................TP19 283
Tarantova, Anna ............................................ThP06 085
Tarasov, Kirill .......................................... ThOC pm 3:50
Tarasova, Irina A. ..........................................ThP34 691
Tarlov, Michael J. ............................................ TP15 237
Tarr, Matthew A. ..............................................TP10 186
Tarr, Matthew A. .............................................. TP11 195
Tarr, Paul ..........................................................TP23 381
Tasoglu, Cagdas ...........................................ThP36 716
Tassetti, Charles-Marie .................................MP16 320
Tata, Alessandra ............................................. TP33 620
Tata, Alessandra ............................................. TP34 681
Tate, Stephen .................................................. TP08 141
Tate, Stephen ................................................. MP24 493
Tate, Stephen ................................................. MP24 463
Tate, Stephen ................................................ThP01 010
Tate, Stephen ................................................ WP31 576
Tate, Stephen ................................................ WP36 685
Tate, Stephen .................................................. TP08 144
Tate, Stephen ................................................ThP14 260
Taucher, Monika ................................... MOH am 09:30
Taucher, Paul ................................................ThP36 721
Taus, Thomas................................................ WP30 541
Tautges, Stephanie ......................................ThP22 412
Tautges, Stephanie ......................................ThP22 413
Tavani, Fabiana .............................................MP34 693
Tavares, Clint .................................................. TP11 199
Taverna, Domenico ........................................TP34 690
Taverna, Domenico .......................................MP10 186
Taverner, Thomas ..........................................MP20 389
Tawfall, Amanda ............................................ MP03 049
Tay, Enoch .....................................................ThP28 580
Taylor, Adrian...................................................TP29 535
Taylor, Adrian...................................................TP30 577
Taylor, Adrian...................................................TP29 555
Taylor, Adrian........................................... WOA pm 3:10
Taylor, Alan T. ................................................. MP31 648
Taylor, Alan W. ................................................TP26 468
Taylor, Amber ..................................................TP35 699
Taylor, Amber D. .............................................TP35 700
Taylor, Amber D. .............................................TP35 711
Taylor, Carla G ................................................TP23 373
Taylor, Christopher ....................................... WP28 496
Taylor, Dennis ................................................ MP33 676
Taylor, Kristin M. ...........................................ThP25 497
Taylor, Richard .............................................. WP22 394
Taylor, Sandra ......................................ThOC am 09:50
Taylor, Stephen ............................................. WP04 043
Taylor, Stephen .............................................ThP06 076
Taylor, Steve ................................................... MP15 270
Tayyari, Fariba ...............................................MP03 041
Tchekhovskoi, Dmitrii .................................... MP18 368
Tchekhovskoi, Dmitrii ...................................ThP34 669
Tchekhovskoi, Dmitrii ................................... WP31 592
Tchekovskoi, Dmitrii ......................................MP19 384
Tcherkezian, Joseph ............................. TOE am 08:50
Tea, Joy ..........................................................ThP18 307
Teague, Matthew ............................................TP33 638
Teale, Phillip ..................................................ThP21 397
Tebbe, Andreas .............................................ThP22 425
Teffera, Yohannes ......................................... WP12 197
Tegeler, Tony .................................................. MP26 541
Tegeler, Tony .................................................ThP15 264
Tegeler, Tony ...................................................TP08 129
Teh, Huey Fang .............................................MP32 665
Teis, David .....................................................ThP17 285
Teis, David ...................................................... MP24 482
Telu, Kelly H. ...................................................TP23 368
Telu, Kelly H. ..................................................MP04 061
Tembe, Waibhav .............................................TP08 129
ten Hoor, Klaske A........................................ WP33 639
Tenzer, Stefan ................................................ MP24 464
Teo, Guoci ..................................................... WP36 687
ter Brugge, Petra ....................................WOD pm 3:50
Terada, Hidetoshi .......................................... MP06 110
Terada, Koichi ...............................................ThP26 524
Teramura, Toshio .......................................... WP15 262
Terés, Silvia .................................................... MP10 201
Termini, John .................................................ThP21 409
Termopoli, Veronica ..................................... WP20 361
Termopoli, Veronica .......................................TP31 606
Terrett, Jonathan............................................MP25 497
Terterov, Ivan .................................................ThP34 679
Terunuma, Atsushi ........................................ WP18 312
Teslya, Igor ....................................................ThP27 557
Tessaro, Elias ................................................ WP07 100
Tessier, Matthew ............................................. TP10 192
Testa, Bernard....................................... MOE am 08:50
Teubl, Jennifer............................................... WP31 584
Teutenberg, Thorsten ....................................MP31 647
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 243
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Thach, Serei .................................................... TP31 589
Thai, Kerri ........................................................TP24 385
Thakar, Ketan ................................................ WP36 696
Tham, Katja .................................................... MP19 377
Thannhauser, Theodore ............................... MP33 673
Thannhauser, Theodore ............................... MP33 672
Thannhauser, Theodore.W. .........................MP32 663
Thatcher, Gregory R. J. ...............................ThP09 166
Thaysen-Andersen, Morten ..........................TP36 731
Thaysen-Andersen, Morten ..................WOG pm 2:30
Thayumanavan, Sankaran ............................TP10 174
Theberge, Roger ............................................TP18 268
Theberge, Roger ..........................................ThP23 462
Theberge, Roger ............................................TP16 240
Théberge, Marie-Claude ..............................MP01 026
Théberge, Marie-Claude ..............................MP01 019
Théberge, Marie-Claude ..............................MP01 022
Théberge, Marie-Claude ..............................MP01 014
Theis, Jason ............................................ WOB pm 4:10
Theis, Jason D ..............................................ThP23 464
Theis, Jason D. .............................................ThP23 466
Theriot, Casey.................................................TP35 710
Theron, Laetitia .............................................. MP10 188
Therrien, Daniel ..............................................TP10 181
Thevis, Mario................................................. WP15 274
Thevis, Mario........................................ThOC am 08:50
Thibault, Pierre ...............................................TP27 494
Thibault, Pierre ...................................... TOE am 08:50
Thibault, Pierre ...............................................TP33 640
Thibault, Pierre ..............................................MP28 573
Thibeault, Denis .............................................MP01 009
Thibodeaux, Stefan ......................................ThP10 184
Thiébaut, Didier ............................................ WP05 059
Thiele, Herbert ..............................................ThP04 034
Thiele, Herbert ..............................................ThP04 036
Thiemann, Joachim ......................................ThP27 554
Thill, Greg ................................................. TOC pm 2:50
Thinius, Marco ...............................................MP15 274
Thinius, Marco ...............................................MP15 275
Thissen, Roland ...................................ThOE am 09:50
Thomas, Ancy ................................................MP33 681
Thomas, Aurelien .........................................ThP04 041
Thomas, Aurelien ..........................................MP10 185
Thomas, Aurélien ......................................... WP09 157
Thomas, Brian F. ............................................TP23 362
Thomas, Courtney R....................................ThP09 140
Thomas, Dafydd ............................................MP27 564
Thomas, Daniel.............................................ThP20 371
Thomas, Elizabeth ....................................... WP33 634
Thomas, Jason .............................................ThP09 144
Thomas, Marlene ...........................................TP21 333
Thomas, Mathew ................................... TOB am 08:50
Thomas, Mathew ..................................... TOB pm 3:50
Thomas, Paul .......................................... MOB pm 4:10
Thomas, Paul ................................................ThP25 510
Thomas, Paul ................................................ThP08 128
Thomas, Paul .................................................. TP01 008
Thomas, Paul ................................................ThP23 448
Thomas, Paul .................................................. TP34 669
Thomas, Paul .......................................ThOH am 10:10
Thomas, Paul M. .......................................... WP35 684
Thomas, Paul M. ............................................TP16 239
Thomas, Paul M. ....................................WOD pm 3:30
Thomas, Paul M. ..........................................ThP09 141
Thomas, Rebecca ..........................................TP01 015
Thomas, Tiffany ..............................................TP26 467
Thome, Carolina ............................................ MP26 543
Thompson, Alexander J. ....................... WOF pm 2:30
Thompson, Charles ...................................... WP01 002
Thompson, Charles .......................................MP14 261
Thompson, Christopher ............................... WP23 416
Thompson, Christopher ................................ MP03 051
Thompson, Christopher J.............................WP11 185
Thompson, J. Will .........................................ThP17 302
Thompson, J. Will .................................. TOF am 09:30
Thompson, J. Will .......................................... MP09 168
Thompson, J. Will ....................................MOA pm 2:50
Thompson, J. Will ........................................... TP23 361
Thompson, Lee ............................................. WP26 455
Thompson, Mary K. ...............................TOH am 10:10
Thompson, Natalie ....................................... WP24 422
Thompson, Patricia ...................................... WP18 313
Thompson, Steve .........................................ThP05 059
Thompson, Will .............................................ThP28 573
Thompson, Will .............................................ThP25 487
Thompson, Will .............................................. MP18 371
Thomsen, Ditte .............................................ThP36 719
Thorne, Robert ............................................... WP11 178
Thoroddsen, Sigurdur ................................... MP17 349
Thorsteinsdottir, Margret ...............................TP27 495
Thorsteinsdóttir, Margrét ....................ThOC am 10:10
Thrall, Brian ........................................... WOA am 08:50
Threadgill, Graham ...................................... WP27 489
Throsby, Mark ............................................... WP24 422
Thum, Andrea ......................................ThOB am 09:10
Thurlow, Sophie ............................................. MP23 452
Thurman, Michael....................................TOG pm 3:30
Thyagarajan, Arvind ..................................... WP14 250
Thyagarajan, Arvind .....................................ThP27 549
Thyagarajan, Janani .................................... WP14 248
Thyagarajan, Janani .................................... WP14 249
Thyparambil, Sheeno....................................MP09 169
Thyparambil, Sheeno....................................MP09 172
Tian, Changhai ..............................................ThP18 327
Tian, Enbing ..................................................ThP23 450
Tian, Feifei ..................................................... ThP11 189
Tian, Na ............................................................TP18 270
Tian, Yuan ................................................. TOD pm 3:30
Tian, Zhixin ...................................................... TP14 221
Tibshirani, Robert .......................................... MP10 205
Tice, Joseph ................................................... MP17 342
Tice, Joseph ..................................................ThP26 520
Tichy, Ales ...................................................... WP34 649
Tielens, A.G.G.M. ................................ WOG am 09:10
Tietel, Zipora ...................................................TP24 412
Tille, Jean-Christophe .................................... TP21 333
Tiller, Philip .................................................... WP15 280
Tiller, Philip ......................................................TP25 421
Tillotsen, Cadie .............................................ThP09 167
Tilton, John C ................................................ WP33 642
Timmermans, Annemieke M. .............ThOD am 09:10
Timmermans-Wielenga, Vera ............ThOD am 09:10
Timpe, Leslie .................................................ThP22 420
Ting, Alice .................................................MOF pm 3:30
Ting, Lily ......................................................... WP28 509
Ting, Sonia ..................................................... MP24 468
Ting, Sonia ..................................................... MP24 490
Ting, Ying ............................................... MOA am 08:30
Ting, Ying Sonia ............................................ WP31 582
Ting, Zhi Wei .................................................ThP27 530
Tingler, Michael ............................................. WP33 624
Tintaru, Aura ................................................... MP36 735
Tintaru, Aura ................................................... MP36 746
Tipler, Andrew ...............................................ThP11 198
Tischler, Marc ................................................ThP27 541
Tittlemier, Sheryl .............................................TP37 744
Tjora, Erling .....................................................TP19 284
Tobias, Herbert .............................................ThP11 214
Tobolkina, Elena ..................................... WOE pm 3:30
Tobolkina, Elena .............................................TP34 677
Toby, Timothy .......................................... MOD pm 2:50
Toda, Shingo ................................................. WP19 326
Todd, Daniel A. ..............................................ThP31 649
Toelgyesi, László ............................................TP31 582
Toffoli, Giuseppe ........................................... WP06 092
Tognetti, Vincent ....................................TOG am 09:30
Tognetti, Vincent ........................................... WP38 738
Toh-Boyo, Gwendoline ................................ThP25 496
Tokarski, Caroline ........................................... TP12 210
Tokarski, Caroline .....................................TOA pm 3:10
Tokarz, Rafal .................................................ThP25 497
Tokmina-Lukaszewska, Monika ...................TP23 366
Tokmina-Lukaszewska, Monika ...................TP24 398
Tokuoka, Suzumi ..........................................ThP28 563
Tokuoka, Suzumi ............................................TP27 478
Tolic, Nikola .....................................................TP12 209
Tolic, Nikola .....................................................TP16 242
Tolić, Nikola .....................................................TP16 243
Tolić, Nikola ............................................ TOH am 08:30
Tollenaar, Rob ............................................... WP12 218
Tollenaar, Rob A.E.M. ..................................ThP23 471
Tollervey, James .............................................TP22 351
Tolley, Luke .....................................................MP15 291
Tolner, Else A. ............................................... WP09 141
Tolstikov, Vladimir ......................................... WP18 323
Tomco, Dajena .............................................. WP15 270
Tomer, Kenneth B. ..........................................TP36 720
Tomer, Kenneth B. ........................................ WP19 346
Tomita, Masaru ..............................................MP12 224
Tomita, Shigeo ................................................TP02 045
Tonevitsky, Alexander G. ............................. WP28 512
Tong, Vince ............................................WOD am 08:30
Tong, Xinchun .......................................WOD am 08:30
Tonge, Robert ............................................... WP36 699
Tonge, Robert .................................................TP28 519
Tonge, Robert ...............................................ThP22 415
Tonkin, Michelle .............................................MP21 408
Toot, Jonathan D. ...........................................TP26 455
Topp, Justin D. .............................................. WP31 590
Toprak, Umut ............................................ TOD pm 3:50
Topulzu, Ece ....................................................TP23 360
Torabi, Sheida ........................................ ThOC pm 4:10
Torbett, Neil ...................................................ThP17 287
Törnqvist, Margareta .................................... WP26 465
Torres, Elizabeth ............................................. TP33 652
Torres, Javier..................................................MP27 556
Torres-Saez, Rodrigo ..................................... TP21 321
Tortorelli, Silvia ...............................................MP09 179
Tortorelli, Silvia .............................................. WP07 107
Tortorelli, Silvia .............................................. WP07 106
Toss, Vahur ...................................................... TP04 063
Totten, Sarah ................................................. WP19 347
Totten, Sarah ................................................. WP19 349
Touboul, David .............................................. WP14 244
Touboul, David ................................................TP03 051
Touboul, David ...............................................MP10 184
Touboul, David ............................................... MP11 220
Tousi, Fateme ...............................................ThP19 333
Tousi, Fateme .................................................TP35 696
Toutoungi, Danielle.......................................ThP01 013
Toutoungi, Danielle.......................................ThP01 019
Toutoungi, Danielle.......................................ThP01 020
Toutoungi, Danielle.......................................ThP01 021
Toutoungi, Danielle............................... MOC am 08:30
Tovo Rodrigues, Luciana...............................TP07 125
Tovo Rodrigues, Luciana............................. WP23 421
Tovstiga, Tara E. .............................................TP01 005
Towers, Mark ................................................. WP10 168
Towers, Mark ................................................. WP12 208
Townsend, R. Reid ..............................ThOD am 08:30
Townsend, R. Reid .........................................TP21 332
Townsend, R. Robert ...................................ThP17 299
Townsend, Reid ....................................... TOD pm 3:30
Townsend, Reid ............................................ WP30 571
Toyoda, Michisato..........................................WP11 180
Toyoda, Michisato.........................................ThP05 066
Tozer, Gillian .................................................. WP09 136
Tozer, Gillian ...................................................WP11 172
Trabelsi, Fethi .......................................WOD am 10:10
Tracz, Dobryan .............................................ThP25 498
Tran, Daniel ..................................................... TP26 462
Tran, Denise ................................................... MP21 403
Tran, Duc T. ..................................................... TP10 179
Tran, John ......................................................ThP08 128
Tran, John ......................................................ThP25 510
Tran, John C. ................................................ WP35 684
Tran, John C. ................................................ThP09 141
Tran, Thuy ......................................................MP01 002
Tran, Tran .......................................................MP04 066
Tran, Vilinh......................................................MP04 060
Trapman-Jansen, Anita M.A.C. .........ThOD am 09:10
Travers, Mark .................................................. TP26 460
Trede, Dennis ................................................. MP10 202
Trede, Dennis ................................................ThP04 036
Trede, Dennis ................................................ThP04 034
Tremblay, André J. ....................................... WP33 622
Tremintin, Guillaume .................................... WP24 435
GENERAL INFORMATION
PAGE 244 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Tremintin, Stacy ............................................ WP03 020
Trengove, Robert .......................................... WP17 303
Trengove, Robert ..........................................ThP27 546
Trengove, Robert ............................................TP23 363
Trengove, Robert .......................................... WP17 304
Trent, M. Stephen .......................................... MP12 231
Tretyachenko, Vyacheslav ....................WOH pm 3:10
Tretyakova, Natalia ......................................ThP21 403
Tretyakova, Natalia ....................................... MP13 238
Tretyakova, Natalia ....................................... MP13 243
Tretyakova, Natalia .............................ThOH am 08:30
Trevitt, Adam .................................................ThP35 709
Trevitt, Adam .................................................ThP35 705
Trim, Paul J. ..................................................ThP20 361
Trimpin, Sarah ..............................................ThP31 642
Trimpin, Sarah ................................................TP33 624
Trimpin, Sarah ................................................ MP17 337
Trimpin, Sarah ..............................................ThP31 641
Trimpin, Sarah ............................................... MP15 292
Trimpin, Sarah ........................................ WOE pm 2:50
Trimpin, Sarah ................................................TP33 621
Trinidad, Jonathan C. ........................... TOD am 09:30
Triolo, Antonio ................................................MP34 693
Triquigneaux, Mathilde ................................ WP19 345
Trnka, Michael ......................................WOE am 09:30
Trojer, Patrick ..................................................TP22 350
Trooskens, Geert ..........................................ThP34 683
Trost, Matthias ............................................... MP28 571
Troudt, Jolynn ................................................ MP26 549
Troyer, Dean ............................................. TOB pm 3:10
Trudgian, David ............................................. MP18 357
True, Lawrence .............................................. MP27 566
Trusch, Maria ................................................. MP10 202
Trygg, Johan ................................................. WP18 316
Trygg, Johan ...................................................TP24 396
Tsai, Ah-Lim ................................................... WP30 556
Tsai, Chia-Feng...............................................TP28 518
Tsai, Ming-Daw .............................................ThP17 282
Tsai, Ming-Tsang...........................................ThP31 647
Tsai, Ping-Ju ................................................... MP11 209
Tsai, Sheng-Ta ..............................................ThP19 334
Tsai, Tsung-Heng .......................................... WP26 460
Tsai, Ya-Wen ...................................................TP28 518
Tsai, Yu-Hsuan .............................................. WP12 204
Tsao, Rong .................................................... WP19 354
Tsaprailis, George ........................................ WP26 472
Tsarbopoulos, Anthony .......................ThOC am 09:30
Tsarbopoulos, Anthony ................................. MP34 705
Tsefrikas, Vikki ...............................................MP01 027
Tseng, Angel ....................................................TP25 438
Tseng, Chiao-Li ..............................................MP05 082
Tseng, Chiao-Li ............................................... TP17 251
Tseng, Su-Hsiang .........................................ThP27 531
Tsien, Roger ....................................................TP21 318
Tsonis, Panagiotis .........................................MP24 476
Tsou, Chih-Chiang .........................................MP27 564
Tsou, Chih-Chiang ........................................ WP31 581
Tsuchihasi, Hitoshi ....................................... WP08 121
Tsugawa, Hiroshi .......................................... WP13 226
Tsui, Tina ........................................................ WP10 162
Tsukamoto, Taku ............................................ MP11 214
Tsukazaki, Yasuko ......................................... MP26 533
Tsuyama, Naohiro .........................................MP32 660
Tsuyama, Naohiro .........................................MP33 678
Tsuyama, Naohiro .........................................MP04 065
Tsuyama, Naohiro ........................................ThP28 579
Tsybin, Yury O. ..............................................ThP13 242
Tsybin, Yury O. ...............................................MP09 176
Tsybin, Yury O. ........................................ MOG pm 3:50
Tsybin, Yury O. ..............................................ThP12 219
Tsybin, Yury O. ..............................................ThP34 691
Tsybin, Yury O. ........................................ MOB pm 3:50
Tsybin, Yury O. ...................................... WOE am 08:50
Tsybin, Yury O. .............................................. WP05 047
Tsypin, Maxim ................................................MP09 181
Tu, Chengjian ................................................ThP22 421
Tu, Chengjian .................................................. TP21 337
Tu, Chengjian .................................................. TP18 257
Tu, Chengjian ................................................ WP29 534
Tubbs, Kemmons A. ...................................... MP25 503
Tucholska, Monika ....................................... WP31 581
Tuchoslka, Monika ....................................... WP31 576
Tucker, George ............................................. WP36 687
Tucker, Julie .................................................. WP23 407
Tucker, Stephen J ................................ MOF am 10:10
Tudor, Andrew .................................................TP28 519
Tugendreich, Stuart ......................................ThP33 666
Turchetta, Renato .........................................ThP05 068
Turecek, Frantisek ................................MOG am 10:10
Turecek, Frantisek .................................. WOE pm 3:10
Turecek, Frantisek .................................. MOC pm 2:30
Turesky, Robert.............................................ThP21 400
Turgeon, Coleman ......................................... MP09 179
Turiak, Lilla ....................................................ThP20 363
Turiak, Lilla ....................................................ThP20 362
Turk, Benjamin E. .................................. TOE am 08:50
Turk, John ........................................................ TP27 481
Türk, Jochen ..................................................MP31 647
Turkin, Igor ..................................................... MP27 559
Turko, Illarion V. ............................................ThP24 477
Turko, Illarion V. .............................................. TP22 356
Turko, Illarion V. .............................................. TP21 313
Turko, Illarion V. ............................................. MP26 535
Turner, Heather .............................................ThP17 287
Turner, Jeff.....................................................ThP17 304
Turner, Mark ............................................ MOC pm 3:30
Turner, Meredith E. ......................................ThP17 302
Turnipseed, Sherri B. ...................................ThP13 237
Tuskan, Gerald .............................................. MP32 669
Twaddle, Nathan C. .......................................TP26 477
Tyan, Yu-Chang ............................................ WP26 453
Tyan, Yu-Chang .............................................. TP18 263
Tyan, Yu-Chang ............................................ThP22 435
Tyanova, Stefka ....................................... TOD pm 2:30
Tyavanagimatt, Shanthakumar .................. WP15 282
Tyers, Mike .....................................................MP29 602
Tyers, Mike .....................................................MP20 388
Tyler, Andrew..................................................MP09 177
Tymiak, Adrienne A. .............................WOH am 08:30
Tysk-Rönnqvist, Marie ................................. WP14 236
Tysl Jr., Robert ..............................................ThP26 520
Tyson, Gene ..................................................ThP25 500
Tzai, Tzong-Shin .......................................... WP30 550
Uaesoontrachoon, Kitipong ..................WOD pm 4:10
Ubhayasekera, Kumari .................................. TP25 425
Uboh, Cornelius ............................................. MP30 625
Ubukata, Masaaki......................................... WP12 201
Ubukata, Masaaki...........................................TP01 020
Uchikata, Takato ...........................................ThP28 583
Uchikata, Takato .................................... ThOC pm 3:10
Uchiyama, Toshiyuki ..................................... MP16 315
Udeshi, Namrata......................................MOF pm 3:30
Uebele, Victor................................................ThP10 182
Ueberheide, Beatrix .............................. ThOB pm 3:30
Ueberheide, Beatrix ....................................... TP11 203
Ueberheide, Beatrix .......................................TP28 507
Ueberheide, Beatrix ..................................... WP31 577
Uechi, Guy ..................................................... WP30 570
Ueda, Toshiki .................................................ThP28 579
Uefng, Marius .............................................. WP09 142
Ugarov, Michael ............................................ThP01 014
Ugarov, Michael ............................................ThP01 012
Ugarov, Mikhail ..................................... MOC am 08:30
Uittenbogaard, Joost P. .................................TP10 176
Ujma, Jakub ....................................................TP01 002
Ukibe, Masahiro .............................................MP16 314
Ukibe, Masahiro .............................................. TP02 045
Ulasi, Gloria N. ...................................... MOC am 09:50
Ulbrich, Arne ....................................................TP08 153
Ullrich, Robert L. ............................................ MP35 716
Umar, Arzu .....................................................ThP22 417
Umar, Arzu .....................................................ThP22 416
Umar, Arzu ............................................ ThOD am 09:10
Umbach, Thorsten ........................................ WP37 733
Unanue, Emil R. ........................................... WP30 565
Underwood, Mark ......................................... WP19 350
Unger, Steve ................................................. WP06 082
Unger, Steve ...................................................TP26 466
UniProt Consortium, The ............................. WP32 606
Unterfenger, Matthew .................................. WP05 048
Unwin, Richard ..............................................MP19 386
Upadhyaya, Pramod ......................................TP29 533
Upadhyaya, Pramod ......................................TP29 553
Uppal, Annu ................................................... WP25 452
Uppal, Karan ..................................................MP04 060
Uppal, Karan ..................................................MP04 067
Upton, Mark ..................................................... TP29 536
Urban, Erik.....................................................ThP36 721
Urh, Marjeta...................................................ThP08 124
Urh, Marjeta.....................................................TP15 233
Urh, Marjeta...................................................ThP08 125
Urh, Marjeta...................................................ThP08 126
Urlaub, Henning .................................... MOF am 08:30
Urlaub, Henning .................................... MOH am 09:10
Urlaub, Henning .............................................MP21 410
Urlaub, Henning ..............................................TP22 354
Urlaub, Henning ............................................ WP28 512
Urlaub, Henning ............................................ WP36 696
Urlaub, Henning ............................................ThP09 160
Urlaub, Henning .............................................MP32 661
Urlaub, Henning .............................................MP20 387
Usui, Kiyotaka ............................................... WP08 121
Uthayakumar, Rampriya .............................. WP14 250
Utsunomiya, Shinichi ....................................MP18 359
Utsunomiya, Shin-ichi ................................... MP18 358
Utsunomiya, Shin-ichi ................................... MP18 360
Uys, Joachim................................................. WP30 553
Uzasci, Lerna ..................................................TP21 324
Uzzell, Jamar .................................................MP09 172
Uzzell, Jamar .................................................MP09 169
Vaca, Sebastien ............................................ThP09 156
Vachani, Anil .................................................... TP24 407
Vachet, Richard ..............................................TP10 183
Vachet, Richard .............................................MP22 421
Vachet, Richard ..............................................TP10 174
Vachet, Richard ............................................ WP02 006
Vachet, Richard W. ....................................... WP02 003
Vachet, Richard W. ........................................MP22 430
Vachet*, Richard W. .....................................ThP02 024
Vachon, Pascal .............................................ThP22 442
Vachon, Pascal ...............................................TP25 440
Vacratsis, Panayiotis .....................................MP23 449
Vacratsis, Panayiotis O................................ WP29 539
Vadali, Gouri ..................................................ThP34 673
Vadali, Gouri .................................................. WP26 457
Vadali, Gouri .................................................... TP21 309
Vafadar-Isfahani, Baharak ...........................MP09 170
Vahidi, Siavash ...............................................TP10 188
Vahidi, Siavash .........................................TOF pm 3:50
Vahidi, Siavash .............................................ThP30 625
Vaikkinen, Anu .............................................. WP37 727
Vaikkinen, Anu .............................................. WP12 196
Vala, Martin........................................... WOG am 09:10
Valaskovic, Gary ........................................... WP27 486
Valaskovic, Gary ............................................ MP06 120
Valaskovic, Gary ............................................. TP04 068
Valaskovic, Gary ............................................ MP15 289
Valentine, David .....................................ThOG pm 3:50
Valentine, Joan ............................................. WP23 414
Valentine, Stephen ......................................... TP21 311
Valentine, Stephen ........................................MP22 426
Valentino, Rita J. .............................................TP21 322
Valkenborg, Dirk .............................................TP16 241
Valkenborg, Dirk ............................................MP18 369
Vallance, Claire .............................................ThP05 059
Vallance, Claire .............................................ThP05 068
Vallance, Claire .............................................ThP04 050
Vallance, Claire ............................................... TP05 102
Valle de Sousa, Marcelo .............................ThP08 128
Valliere-Douglass, John ........................TOH am 09:50
Vampola, Lisa.................................................MP06 106
Van Agthoven, Maria ................................TOA pm 3:10
van Agthoven, Maria ....................................ThP12 220
Van Amerom, Friso ..............................ThOE am 08:50
Van Amerom, Friso ........................................MP35 720
van Amerom, Friso ........................................ MP35 718
Van Amerom, Friso H.W. ............................... TP05 090
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 245
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Van Amsterdam, Peter .................................ThP29 619
Van Anda, Jennifer ....................................... WP19 330
van Baar, Patricia ...........................................TP31 578
van Bavel, Bert ...............................................TP33 626
van Bavel, Bert ..............................................MP31 639
van Bennekom, Eric O. .................................TP37 771
Van Berkel, Gary ...........................................MP15 272
Van Berkel, Gary J. .......................................MP17 341
Van Berkel, Gary J. .......................................MP17 340
Van Berkel, Gary J. ............................. ThOA am 09:50
Van Berkel, Gary J. ........................................TP04 076
van Breemen, Richard .................................. MP34 698
van Breemen, Richard .................................. MP34 686
van Breemen, Richard .................................ThP31 643
van Breemen, Richard B. ............................ThP21 390
van Breemen, Richard B. ............................ WP15 277
van Breemen, Richard B. .............................. TP27 482
van Breukelen, Bas ...................................... WP31 586
van Breukelen, Bas ...................................... WP32 597
Van Criekinge, Wim........................................TP17 254
Van Criekinge, Wim......................................ThP34 683
Van Criekinge, Wim........................................TP22 355
Van Damme, Petra ......................................... TP17 254
Van Damme, Petra ......................................... TP22 355
Van de Plas, Raf ............................................ MP10 195
Van de Plas, Raf ........................................... WP10 163
Van de Plas, Raf ........................................... WP09 152
Van de Plas, Raf ........................................... WP10 166
Van de Plas, Raf .................................... TOB am 10:10
Van de Plas, Raf ........................................... WP10 159
van den Anker, John N. .........................WOD pm 4:10
Van Den Biggelaar, Maartje ........................ WP28 514
Van Den Biggelaar, Maartje ........................ThP17 292
van den Bremer, Ewald T.J. ................. TOH am 09:10
van den Heuvel, Jasmin ................................ TP21 310
Van Den Heuvel, Zach ...................................TP08 148
Van Den Heuvel, Zachary ...........................ThP08 133
Van Den Heuvel, Zachary ...........................ThP10 179
van den Toorn, Henk ....................................ThP17 291
van den Toorn, Henk .................................... WP31 586
van den Toorn, Henk .................................... WP30 541
van den Toorn, Henk W.P ................... MOA am 09:50
van der Burgh, Arthur...................................ThP23 456
van der Burgt, Yuri E.M. ...............................MP23 454
van der Burgt, Yuri E.M. ..............................ThP23 471
van der Gugten, J Grace .............................. MP09 180
Van Der Kroft, Claartje ..................................MP04 080
van der Meer, A.F.G. ........................... WOG am 09:10
van der Meer, Bram ......................................MP36 738
van der Mijn, Koen ....................................... WP34 665
van der Plas-Duivesteijn, Suzanne J. ....... WP31 585
van der Rest, Guillaume ........................WOH pm 2:50
van der Schors, Roel C. ..............................ThP23 445
van der Vies, Saskia M. ...............................ThP23 445
van der Zee, Ate G.J. ................................... WP33 639
van der Zwaan, Carmen .............................. WP28 514
van Deurzen, Carolien H.M. ..............ThOD am 09:10
Van Dongen, William Douglas .....................MP25 515
Van Dorsselaer, Alain .....................................TP21 306
Van Dorsselaer, Alain ...................................ThP09 156
Van Dorsselaer, Alain ...................................ThP22 428
van Duijn, Esther ..................................WOH am 09:10
van Dyck, Jeroen ......................................TOF pm 2:30
Van Eyk, Jennifer..........................................ThP18 321
Van Eyk, Jennifer..........................................ThP23 463
Van Eyk, Jennifer.......................................... WP27 489
Van Eyk, Jennifer............................................TP19 276
Van Eyk, Jennifer...........................................MP19 385
van Heesch, Sebastian ............................... WP31 586
Van Holthoon, Frédérique ............................MP25 515
Van Horne, Kc ................................................. TP25 432
Van Laere, Steven J. ..........................ThOD am 09:10
Van Natta, Kristine.........................................WP08 118
Van Natta, Kristine........................................ WP08 132
van Nierop, Pim ............................................ThP23 445
Van Nieuwerburgh, Filip ..............................ThP17 306
van Noort, Vera ..............................................MP29 580
van Nostrand, John ...................................... WP38 749
Van Nostrand, Vincent .................................ThP12 225
Van Riper, Susan K. ....................................... TP28 511
Van Sluyter, Steve ................................. ThOE pm 2:30
van Soest, Remco .......................................... TP08 136
Van Soest, Remco.........................................MP06 108
van Soest, Remco ......................................... MP06 125
van Soest, Remco ........................................ThP08 134
Van Stipdonk, Michael J. .............................ThP35 701
van Zeijl, René .............................................. WP12 218
Vanamala, Jairam ...........................................TP24 405
Vandell, Victor ...............................................ThP08 132
Vandell, Victor ................................................MP07 135
Vandell, Victor ................................................WP08 117
Vandell, Victor .................................................TP30 563
Vandell, Victor ............................................... WP08 124
Vandell, Victor ............................................... WP07 109
Vandell, Victor ................................................MP07 136
Vanden Bussche, Julie .................................MP03 058
vander Voort, Menno .............................. TOH pm 2:30
Vanderboom, Patrick.....................................MP26 524
Vandewalle, Nicolas .....................................ThP16 272
Vanduijn, Martijn .................................... TOH am 08:30
Vanduijn, Martijn .............................................TP16 243
Vanhaecke, Lynn ........................................... MP03 058
Vanhaesebroeck, Bart .................................ThP17 287
Vanhoenacker, Gerd .................................... WP19 329
VanSchoiack, Andrew .................................... TP19 291
Vanselow, Jens T .......................................... WP30 552
Varela-Ramirez, Armando ............................ MP27 553
Varesio, Emmanuel ........................................TP25 423
Varesio, Emmanuel ....................................... MP23 458
Varesio, Emmanuel ...................................... WP31 593
Varesio, Emmanuel ....................................... MP30 608
Varesio, Emmanuel .............................. MOC am 10:10
Varesio, Emmanuel ...................................... WP13 230
Varesio, Emmanuel ........................................TP08 152
Varfolomeev, Sergei .......................................TP20 299
Varfolomeev, Sergey .............................. WOF pm 3:30
Varga, Elisabeth..............................................TP37 747
Vargas, Luiz Henrique ..................................MP05 084
Varma, Manthena ..........................................MP02 034
Varney, Michelle .............................................MP27 557
Varón Silva, Daniel ......................................... TP36 731
Vas, Gyorgy ............................................ ThOF pm 3:50
Vasicek, Lisa ...................................................TP08 131
Vasicek, Lisa .................................................ThP09 152
Vasicek, Lisa A ...............................................MP25 501
Vasieva, Olga ..................................................TP18 262
Vasil’ev, Yury V .............................................ThP36 724
Vasil’ev, Yury V. .............................................ThP31 645
Vaudel, Marc ...................................................TP19 285
Vaudel, Marc ............................................ TOD pm 3:10
Vavrova, Jirina .............................................. WP34 649
Vaz, Boniek......................................................TP34 679
Vázquez, Jesús ..............................................TP05 095
Vazquez Cobos, Jesus ..................................TP17 246
Vazquez-Rivera, Emmanuel .........................TP24 415
Vedder, Sven .................................................. MP06 111
Veenstra, Tim D. ........................................... WP18 312
Veesler, David ..........................................MOF pm 2:50
Vega, Karina ..................................................ThP25 513
Vegvari, Akos ....................................... ThOF am 09:30
Veloso, Antonio .............................................. MP10 201
Velstra, Berit ..................................................ThP23 471
Vemula, Harika ..............................................MP06 100
Venäläinen, Tapani .......................................ThP32 653
Vendramelli, Robert .....................................ThP08 136
Vendrell, Iolanda ...........................................ThP17 287
Venkat, Vidya .................................................MP19 385
Venkateshwara, Muthusubramanian .. ThOE pm 3:30
Venkateshwaran, Muthusubramanian....... WP09 151
Venkatraman, Vidya .....................................ThP18 321
Venot, Andre ..........................................WOC am 09:50
Venter, Andre................................................. WP19 327
Venter, Andre.................................................ThP31 651
Venter, Andre........................................... WOE pm 3:50
Ventura, Dan ...................................................TP28 516
Venturi, Miro ....................................................TP21 333
Venturini, Gabriela .........................................MP10 196
Vera, Nicholas B. ........................................... MP11 211
Verani, Claudio N. ........................................ WP15 270
Verano-Braga, Thiago .................................ThP16 277
Verano-Braga, Thiago ................................. WP34 650
Verano-Brage, Thiago .................................ThP34 686
Verbeck, Guido ......................................ThOC pm 4:10
Verbeck, Guido ...............................................TP32 609
Verbeck, Guido F. .......................................... MP16 327
Verbeeck, Nico .............................................. WP10 166
Verbeeck, Nico .............................................. WP10 159
Verbeke, Tobin J. .......................................... WP31 589
VerBerkmoes, Nathan .................................ThP25 501
VerBerkmoes, Nathan .................................ThP25 500
Verdin, Eric .....................................................MP29 596
Verenchikov, Anatoly ..................................... MP16 323
Verenchikov, Anatoly ......................................TP04 067
Vergilino, Roland ...........................................MP23 449
Verhaert, Peter D..........................................ThP15 263
Verheul, Henk ............................................... WP34 665
Verkerk, Udo ................................................. WP38 749
Verkerk, Udo H. ................................... WOG am 08:30
Vermeulen Windsant-v.d. Tweel,
Annemieke .......................................... WP06 095
Vernier, Arnaud ............................................. WP38 736
Verrijzer, Peter ..............................................ThP18 310
Vertes, Akos ....................................................TP34 664
Vertes, Akos .................................................. WP12 196
Vertes, Akos ................................................... MP17 354
Vertes, Akos ................................................... MP17 355
Vertes, Akos ....................................................TP34 662
Vertes, Akos ....................................................TP34 663
Vertes, Akos ....................................................TP34 665
Vertes, Akos ........................................... TOB am 09:30
Vesekov, Kirill ................................................ThP28 560
Veselkov, Kirill ...............................................ThP04 042
Veselkov, Kirill A.............................................MP10 204
Vestal, Marvin ................................................MP08 158
Vethe, Heidrun ..............................................ThP23 452
Vezina, Amelie .............................................. WP17 297
Via, Laura E ....................................................WP11 183
Viala, Didier ....................................................MP10 188
Vialaret, Jerome.................................... MOD am 08:50
Vickery, Lillian ...............................................ThP17 304
Victor, Bjorn ....................................................MP23 457
Vidal, Marc ..................................................... WP36 685
Vidal-de-Miguel, Guillermo............................TP23 377
Viehland, Larry A. ..................................TOG am 09:10
Viel, François .................................................MP01 023
Viel, Stéphane ................................................MP36 746
Vielguth, Elizabeth .........................................TP29 532
Viera, Mariela de S.......................................ThP27 555
Vijayakumar, Vaishnavi .........................TOC am 10:10
Vikse, Krista ............................................WOC pm 3:30
Vilboux, Thierry .............................................ThP23 475
Viljanto, Marjaana ..........................................MP30 627
Vilkov, Andrey ................................................ThP27 556
Villa, Nancy....................................................ThP17 301
Villalta, Peter ...................................................TP29 533
Villalta, Peter ..................................................MP13 243
Villalta, Peter ...................................................TP29 553
Villar, Maria T. ................................................ WP22 387
VILLARD, Claude .........................................ThP02 025
Villard, Claude ............................................... WP24 440
Villard, Claude ................................................. TP31 585
Villeneuve, Daniel ........................................... TP08 135
Villeneuve, Daniel .........................................ThP29 615
Villeneuve, Lance ..........................................MP24 469
Vincent, Catherine E. ...................................ThP34 684
Vincent, Catherine E. ..................................... TP02 026
Vincent, Catherine E. ...................................ThP13 231
Vincent, William ............................................ThP16 274
Vincke, Cecile ................................................MP23 443
Viner, Rosa ............................................ WOA am 09:30
Viner, Rosa .................................................... WP31 583
Viner, Rosa .................................................... WP33 629
Viner, Rosa .................................................... WP24 444
Viner, Rosa ....................................................ThP23 449
Viner, Rosa ....................................................ThP08 135
Viner, Rosa .................................................... WP33 617
Vinogradov, Alexei ......................................... MP36 724
GENERAL INFORMATION
PAGE 246 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Vinueza, Nelson.....................................ThOG pm 2:30
Vircks, Kyle ..................................................... MP30 624
Vircks, Kyle E. ................................................ MP30 622
Vissers, Johannes P.C. ................................ WP36 699
Vissers, Johannes P.C. ......................... TOF am 10:10
Vissers, Johannes P.C. ..................................TP18 262
Vissers, Johannes P.C. .................................MP27 558
Vissers, Johannes PC ...................................TP08 139
Vissers, Johannes PC ...................................TP20 304
Vissers, Johannes PC ..................................MP24 489
Vissers, Johannes PC .................................ThP22 415
Vissers, Johannes PC ...................................TP28 519
Vissers, Johannes PC ................................. WP33 641
Vitek, Olga .....................................................ThP03 030
Vitek, Olga .......................................................TP28 512
Vitek, Olga .............................................WOB am 10:10
Vitek, Olga ..................................................... WP31 587
Vitek, Olga ............................................. MOA am 08:30
Vitha, Mark .....................................................MP03 049
Vlad, Camelia ................................................ WP28 491
Vladimirov, Gleb............................................ThP06 092
Vladimirov, Gleb............................................ThP06 082
Vladimirov, Gleb.............................................MP16 310
Vlahakis, Chris ............................................... MP32 667
Vlahakis, Chris ................................................ TP23 364
Vlahou, Antonia.............................................ThP23 476
Voelker, Troy .................................................ThP29 608
Voelker, Troy ...................................................TP26 469
Voets, Olaf .....................................................ThP18 310
Vogelsang, Maryann .................................... WP26 457
Vogelsang, Maryann ......................................TP08 131
Vogelsang, Maryann ......................................TP22 351
Vogelsang, Maryann S. .................................TP21 309
Vogelsang, Maryann S. ...............................ThP34 673
Vogeser, Michael ............................................TP30 573
Vogl, Thomas ................................................ WP28 497
Vogt, Susanne.................................................TP29 546
Voigt, Emily A. ........................................ ThOB pm 2:30
Volkening, Jeremy ................................. ThOE pm 3:30
Völker, Uwe .....................................................TP19 277
Volknandt, Walter .........................................ThP08 129
Volland, Hervé.......................................... TOH pm 3:50
Vollmer, Martin .............................................. WP19 329
Vollmerhaus, Pauline ................................... WP15 266
Volmer, Dietrich...............................................TP30 562
Volmer, Dietrich...............................................TP34 683
Volny, Michael ......................................... WOE pm 3:10
Voloshenko, Anna......................................... WP02 008
Volz, Trent ....................................................... MP36 745
von Bergen, Martin ......................................... TP17 250
von Kreudenstein, Thomas Spreter ........... WP24 439
von Stedingk, Hans ...................................... WP26 465
von Sydow, Lena .......................................... WP14 236
Voorhees, Kent ..............................................WP07 116
Vora, Gary .....................................................ThP08 121
Vorkas, Panagiotis .........................................TP24 384
Vorontsov, Yegor ...........................................ThP16 278
Vortmann, Britta ............................................. WP37 711
Voruganti, Sudhakar ....................................ThP23 447
Vos, Anne.........................................................TP05 104
Voskoboev, Nick ............................................MP09 173
Vosloo, Nicola ............................................... WP37 716
Voß, Don Marvin ...........................................ThP22 412
Voss, Don Marvin .........................................ThP22 413
Vouros, Paul .................................................... TP33 639
Vouros, Paul ................................................... MP13 250
Voytovich, Uliana ..........................................ThP17 298
Voziyan, Paul .................................................MP10 195
Vrana, Julie ....................................................ThP23 464
Vredenbregt-van den Berg, Mirella ............ WP18 319
Vreeken, Rob ..................................................TP27 492
Vreeken, Rob J. ..................................... TOF am 10:10
Vrkoslav, Vladimír ......................................... WP37 727
Vuitton, Véronique ............................... ThOE am 09:50
Vukoti, Krishna ............................................... MP29 600
Vuppugalla, Ragini ........................................ MP25 507
Vyatkina, Kira ................................................ThP34 679
Vyatkina, Kira .................................................. TP16 243
Vyazmin, Sergey ..........................................ThP34 679
W. Cary, Jeffrey .............................................MP03 058
Waas, Matthew .............................................ThP24 481
Wacker, Brad .................................................. MP10 199
Wada, Shun ................................................... WP19 326
Wada, Yoshinao .............................................. TP36 722
Wada, Yoshinao ..................................... ThOH pm 4:10
Waelkens, Etienne ....................................... WP10 159
Waelkens, Etienne ....................................... WP10 166
Wager-Miller, James .....................................MP15 292
Wagner, David ..................................... ThOF am 09:10
Wagner, David ...............................................WP11 177
Wagner, Elsa ...................................................TP15 229
Wagner, J. Richard ...............................MOH am 10:10
Wagner, Ludwig ..............................................TP18 275
Wagner, Michel ............................................. WP17 297
Wagner, Richard J. .......................................ThP18 315
Wagner, Samuel ...................................WOB am 09:50
Wagner, William ............................................. MP07 142
Wagner-Redeker, Winfried ...........................MP25 518
Wagner-Rousset, Elsa .......................... TOH am 08:50
Waidyanatha, Suramya ................................ MP34 694
Waidyanatha, Suramya .................................TP26 470
Waite, Randy .................................................ThP06 077
Wakabayashi, Masaki ................................... MP24 475
Wakabayashi, Masaki .......................... WOA am 08:30
Walch, Axel ....................................................ThP04 036
Walch, Axel .................................................... WP09 142
Waldera-Lupa, Daniel ..................................ThP23 454
Waldon, Daniel ...............................................WP11 182
Waldron, Karen C. ......................................... MP30 612
Waldron, Karen C. ........................................ WP08 128
Wales, Thomas E. .........................................MP22 419
Wales, Thomas E. ........................................ WP21 378
Walker, Annie ........................................WOD am 09:30
Walker, Brian ............................................ TOB pm 3:30
Walker, Bruce D. ............................................ MP28 572
Walker, Gary .................................................. WP13 223
Walker, Gary ..................................................ThP20 369
Walker, Gary .............................................TOG pm 4:10
Walker, Karla ...................................................TP25 434
Walker, L. DeEtte ............................................TP24 389
Walker, Nykia .................................................MP26 529
Walker, S. Hunter ........................................... TP35 711
Walker, S. Hunter ...........................................TP35 700
Walker, S. Hunter ...........................................TP35 699
Walker, W. Allen ............................................ThP28 561
Wallace, Tiffany A. ........................................ WP18 312
Wallace, William ............................................ MP15 265
Wallace, William E. ....................................... MP36 721
Wallace III, William E. ................................... MP04 061
Wallen, Jamie R. .......................................... WP23 401
Waller, Lashanda ..........................................ThP19 347
Wallinder, Charlotta .......................................WP11 184
Walmsley, Scott ....................................... TOD pm 2:50
Walmsley, Scott ............................................ WP31 578
Walmsley, Scott ..............................................TP28 523
Walsh, Callee .................................................. TP21 341
Walsh, Callee .................................................WP11 181
Walsh, Callee ................................................ThP28 589
Walsh, Callee .................................................. TP34 666
Walte, Andreas ........................................ MOH pm 4:10
Walte, Andreas ................................................TP03 053
Walters, Clifford ............................................ WP05 051
Walters, James J ..........................................ThP14 254
Walters, Jim J. ............................................... MP26 525
Walther, Dirk M. ..................................... TOA am 08:50
Walther, Tobias C. .........................................MP29 587
Waltrip, James ................................................TP25 449
Wang, Alexandre ..........................................ThP21 391
Wang, Amy Qiu ...............................................TP25 443
Wang, Beixi ...................................................ThP31 641
Wang, Beixi .................................................... MP17 337
Wang, Bo ................................................. MOD pm 2:50
Wang, Bo .........................................................TP14 221
Wang, Chengcheng ..................................... WP27 483
Wang, Chia-Chen ......................................... WP02 004
Wang, Chin-Hsiung ........................................ TP34 667
Wang, Chuan ................................................. MP36 749
Wang, Da .......................................................ThP35 698
Wang, Di ......................................................... MP16 308
Wang, Dongxia .............................................ThP26 522
Wang, Dongxia .............................................ThP26 526
Wang, Fan .....................................................ThP06 106
Wang, Feng ..................................................... TP10 174
Wang, Furong ............................................... ThP11 189
Wang, Gaigai ..................................................TP21 330
Wang, Guanbo .............................................. WP22 392
Wang, Guanghui ........................................... WP29 533
Wang, Guanghui ........................................... WP03 016
Wang, Guanjun .............................................ThP35 704
Wang, Haiping ......................................WOD am 08:30
Wang, Haixing .................................................TP34 676
Wang, Haiyan ................................................ WP05 048
Wang, Hanliu .................................................. MP22 415
Wang, Haopeng .............................................. TP04 069
Wang, Haopeng ..................................... ThOA pm 3:30
Wang, Hay-Yan J........................................... MP11 209
Wang, Hong .................................................. WP06 072
Wang, Hongxia ....................................ThOC am 09:10
Wang, Hongxia .............................................ThP29 592
Wang, Hongxia ....................................ThOC am 08:30
Wang, Hongxia ...............................................TP25 420
Wang, Hongxia .............................................ThP29 608
Wang, Hongxia .............................................. MP25 509
Wang, Hongxia ............................................. WP34 663
Wang, Hongxia (Jessica) ............................. MP25 502
Wang, Huang-Joe ........................................ThP23 443
Wang, Huiyong ............................................. WP33 635
Wang, Jerry .................................................... MP07 148
Wang, Jessica .................................................TP13 214
Wang, Jia ......................................................... TP31 600
Wang, Jia ......................................................... TP37 763
Wang, Jiahui .................................................. WP36 695
Wang, Jian ..................................................... WP31 576
Wang, Jian ...................................................... MP06 114
Wang, Jianing ...............................................ThP12 222
Wang, Jianmei ................................................TP26 463
Wang, Jianqi ..................................................ThP34 678
Wang, Jianshuang ......................................... MP25 514
Wang, Jigang ................................................. MP34 712
Wang, Jijie .......................................................TP28 528
Wang, Ji-Jie ...................................................ThP25 491
Wang, Jin ......................................................... TP37 741
Wang, Jing .......................................................TP21 330
Wang, Jingxin ................................................ WP27 476
Wang, Jingxin .................................................WP11 178
Wang, Jingxin ................................................ WP26 462
Wang, Jinhua ................................................ WP19 339
Wang, Jinyuan .............................................. WP03 034
Wang, Jinyuan ................................................TP37 757
Wang, Jinyuan ............................................... MP06 123
Wang, Jiyi ........................................................TP25 428
Wang, Juan ...................................................ThP29 608
Wang, Jun ........................................................TP36 727
Wang, Jun ........................................................TP28 503
Wang, Jun ...................................................... WP27 477
Wang, Jun ...................................................... WP06 071
Wang, Junhua ...............................................ThP28 591
Wang, Junhua ................................................. TP23 382
Wang, Junhua ................................................ MP04 062
Wang, Junhua ................................................ MP03 045
Wang, Karen ................................................. WP24 438
Wang, Ke ....................................................... WP20 366
Wang, Kefei ..................................................... TP31 580
Wang, Kefei ...................................................ThP27 547
Wang, Kefei ............................................. WOF pm 3:10
Wang, Kefei ...................................................ThP27 538
Wang, Kelly ................................................... WP15 258
Wang, Kevin ................................................... MP10 189
Wang, Kevin ................................................... MP26 538
Wang, Kevin .................................................... TP21 317
Wang, Laixin ................................................... MP13 245
Wang, Laixin ....................................................TP08 162
Wang, Lanqing ..............................................ThP21 407
Wang, Lanqing ..............................................ThP21 406
Wang, Lanqing ..............................................ThP21 404
Wang, Lei .........................................................TP22 352
Wang, Lianchun ....................................WOC am 09:30
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 247
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Wang, Liang ..............................................TOA pm 3:50
Wang, Liang ................................................... MP16 305
Wang, Liang ....................................................TP01 014
Wang, Lili .......................................................ThP24 477
Wang, Lin .........................................................TP01 018
Wang, Linan ..................................................ThP18 324
Wang, Linna .................................................. WP29 538
Wang, Lintao ................................................. WP24 441
Wang, Liqun .................................................. WP03 025
Wang, Meiyao ...............................................ThP23 446
Wang, Meiyao .................................................TP21 313
Wang, Meiyao ...............................................ThP24 477
Wang, Miao .....................................................TP27 486
Wang, Miao ...................................................ThP28 559
Wang, Mingxun .............................................ThP34 672
Wang, Mingxun .............................................. MP04 069
Wang, Mingxun .............................................. MP34 707
Wang, Mingxun ........................................ TOH pm 2:30
Wang, Mingxun ........................................ TOB pm 4:10
Wang, Mingyao ............................................... TP29 533
Wang, Minkun ............................................... WP26 460
Wang, Nan ..................................................... WP34 666
Wang, Nan .....................................................ThP09 159
Wang, Nannan .............................................. WP20 363
Wang, Ning .............................................. MOG pm 3:10
Wang, Pei ....................................................... MP26 544
Wang, Pei .............................................. MOD am 08:30
Wang, Peng .................................................... MP01 030
Wang, Pengcheng ......................................... MP13 241
Wang, Pengcheng ................................. ThOE pm 3:50
Wang, Phillip ................................................. WP16 288
Wang, Qi ......................................................... MP36 735
Wang, Qi ......................................................... MP29 593
Wang, Qi ....................................................TOF pm 3:30
Wang, Qi .......................................................... TP36 723
Wang, Qian .................................................... WP03 021
Wang, Qing ..................................................... MP32 657
Wang, Qingtao ..............................................ThP23 450
Wang, Quanhui ............................................. WP30 546
Wang, Quanhui .............................................. MP27 558
Wang, Quanhui ............................................... TP21 331
Wang, Quanhui ............................................... TP28 503
Wang, Quanhui .............................................. MP24 465
Wang, Rong ..................................................ThP23 465
Wang, Rong ..................................................ThP28 569
Wang, Sheila .................................................. WP23 411
Wang, Shuai ..................................................ThP09 166
Wang, Shun-Chang ......................................ThP17 282
Wang, Shunhai .............................................. MP25 499
Wang, Shunhai .............................................. MP23 453
Wang, Tiffany ................................................ WP26 461
Wang, Ting .................................................... WP05 065
Wang, Tony ..................................................... MP18 366
Wang, Wan ......................................................TP37 772
Wang, Wan .................................................... WP20 356
Wang, Wei ............................................. WOF am 08:50
Wang, Weihan.................................................TP14 223
Wang, Weihan........................................ TOH am 09:30
Wang, Weihan.................................................TP10 173
Wang, Weimin ................................................. TP26 471
Wang, Weixun ................................................MP26 529
Wang, Weixun ................................................MP26 547
Wang, Weixun ........................................ThOD pm 4:10
Wang, Wen-horng ........................................ WP34 658
Wang, Xia ....................................................... MP09 168
Wang, Xianzhe .............................................. WP35 676
Wang, Xianzhe .............................................. WP35 671
Wang, Xiao ...................................................... TP04 079
Wang, Xiaodong ...........................................ThP04 037
Wang, Xiaojing ............................................... MP32 669
Wang, Xiaolin ................................................ThP28 574
Wang, Xiaomin ................................................TP08 160
Wang, Xiaorong ............................................. MP21 411
Wang, Xiaowei .............................................. WP37 726
Wang, Xin ...................................................... WP27 485
Wang, Xu ........................................................ MP11 215
Wang, Xueying .............................................. WP27 485
Wang, Xusheng ............................................ThP23 467
Wang, Xusheng ............................................ThP17 290
Wang, Xusheng ............................................ WP30 561
Wang, XuXiao ............................................... WP05 064
Wang, Yajuan (Megan) ................................ WP28 501
Wang, Yan .......................................................TP14 220
Wang, Yan .....................................................ThP18 308
Wang, Yan-Hong ...........................................MP32 659
Wang, Yanjiao ............................................... WP37 712
Wang, Yanping .............................................. WP28 508
Wang, Yi ...........................................................TP15 230
Wang, Yi ...........................................................TP19 293
Wang, Ying .....................................................MP32 657
Wang, Yingfeng ............................................ WP32 603
Wang, Yingfeng ............................................ WP29 527
Wang, Yinsheng .............................................MP13 242
Wang, Yinsheng ............................................ WP36 690
Wang, Yinsheng ............................................ WP36 691
Wang, Yinsheng .............................................MP13 241
Wang, Yinsheng .............................................MP13 240
Wang, Yinsheng .............................................MP13 234
Wang, Yinsheng ............................................ThP24 483
Wang, Yinsheng ..............................................TP29 530
Wang, Yinsheng ............................................ WP29 519
Wang, Yinsheng ............................................ WP32 599
Wang, Yinsheng ............................................ThP09 168
Wang, Yi-Sheng ............................................. MP16 325
Wang, Yiwen ...................................................TP27 497
Wang, Yiyun (Sherry) ................................... WP26 467
Wang, Yongdong ..........................................ThP11 197
Wang, Yongdong ............................................TP25 429
Wang, Yongdong .......................................... WP13 223
Wang, Yongdong .......................................... WP13 227
Wang, YongDong ..........................................ThP12 221
Wang, Yongqiang ..........................................MP32 663
Wang, Yu ............................................. ThOG am 09:10
Wang, Yuan ................................................... WP30 546
Wang, Yue-Ting ............................................ThP09 166
Wang, Yuzhuo ................................................ MP16 295
Wang, Yuzhuo ................................................ MP16 296
Wang, Zhaohui .............................................. WP30 546
Wang, Zhengfang ......................................... ThP11 186
Wang, Zhenghe ............................................ WP36 700
Wang, Zhenzhen .......................................... WP17 310
Wang, Zhiwei ..................................................TP28 527
Wang, Zhuowei .............................................. MP27 558
Wang, Zi ......................................................... WP32 599
Wang, Yi-Sheng ............................................ WP02 004
Wangsa, Darawalee ..................................... WP33 614
Wanke, Andreas .............................................TP31 582
Wanner, Ina ...................................................ThP22 434
Want, Elizabeth ...............................................TP24 384
Ward, Christopher ......................................... MP26 546
Ward, Jennye ................................................ ThP11 193
Ward, Ken .............................................. MOE am 10:10
Ward, Malcolm ................................................TP19 295
Ward, Malcolm .............................................. WP27 482
Ward, Malcolm ................................................ TP19 281
Ward, Michael D. ........................................... MP25 500
Wardemann, Hedda .............................. ThOB pm 3:30
Waridel, Patrice ............................................ WP36 698
Wariishi, Hiroyuki .......................................... WP19 341
Wariishi, Hiroyuki .......................................... WP12 221
Wariishi, Hiroyuki ..........................................ThP04 032
Warren, Peter ......................................... TOD am 09:10
Washburn, Michael ........................................TP28 515
Washburn, Michael ...................................... WP29 526
Wasslen, Karl ................................................ WP33 621
Wasslen, Karl .................................................. TP27 487
Watanabe, Hiroshi ........................................ThP34 676
Watanabe, Hiroyuki ......................................ThP22 441
Watanabe, Jun ................................................ TP37 739
Watanabe, Jun .............................................. WP03 028
Watanabe, Jun ............................................... MP36 733
Watanabe, Jun .............................................. WP19 326
Watanabe, Jun .............................................. WP07 105
Watanabe, Jun ............................................... WP07 114
Watanabe, Jun .............................................. WP03 026
Watanabe, Kenichi ........................................WP11 173
Watanabe, Kenichi ........................................WP11 171
Watanabe, Kyoko ...........................................TP25 423
Watanabe, Takao ...........................................WP11 171
Watanabe, Takehiro .....................................ThP31 636
Waterhouse, Andrew .....................................MP33 680
Watrous, Jeramie .................................... TOH pm 2:30
Watrous, Jeramie .......................................... MP04 069
Watson, Caroline ..........................................ThP26 525
Watson, Caroline .................................. MOD am 09:10
Watson, Clifford ............................................ThP11 193
Watson, Joseph .............................................. TP26 457
Watson-Leung, Trudy ..........................WOF am 09:10
Wattenberg, Andreas .............................. TOC pm 3:10
Watts, Norman ......................................WOH am 09:10
Weaver, Eric ..................................................ThP04 040
Weaver, Eric ...................................................WP11 187
Webb, Donna ..................................................TP04 066
Webb, Ian .......................................................MP21 402
Webborn, Peter ..............................................WP11 176
Webborn, Peter .................................... ThOF am 08:30
Weber, Frank .................................................ThP22 412
Weber, Rolf .....................................................MP31 652
Webster, Scott .......................................... TOB pm 3:30
Wehe, Christoph A. ......................................ThP03 027
Wehe, Christoph A. .......................................WP11 174
Wehe, Christoph A. ......................................ThP05 070
Wehe, Christoph A. ...................................... WP23 409
Wehe, Christoph A. ........................................TP25 424
Wehe, Christoph A. ......................................ThP04 047
Wehe, Christoph Alexander ........................ThP05 056
Wehr, Angela ........................................ ThOF am 08:50
Wehres, Nadine ............................................. MP35 715
Wei, Cong ......................................................ThP13 243
Wei, Hui..................................................WOH am 08:30
Wei, John T. ....................................................MP26 540
Wei, Juan ................................................ ThOF pm 4:10
Wei, Lili ............................................................MP16 306
Wei, Liping ....................................................... TP21 338
Wei, Pu ............................................................. TP34 686
Wei, Pu ............................................................. TP34 689
Wei, Pu ............................................................. TP34 687
Wei, Pu ............................................................. TP37 745
Wei, Qing ....................................................... WP32 601
Wei, Ru ............................................................TP19 279
Wei, Shasha .................................................. WP33 612
Wei, Siwei ......................................................ThP22 414
Wei, Wei ...........................................................TP35 691
Weidner, Steffen ........................................... WP09 150
Weidner, Steffen M. .......................................MP36 737
Weidner, Steffen M. ......................................ThP04 031
Weil, David ....................................................ThP33 665
Weimer, Bart............................................. TOE pm 3:50
Weiner, Danielle.............................................WP11 183
Weiner, Joel ..................................................... TP24 411
Weiner, Russell .............................................. MP26 528
Weingarten, Jens..........................................ThP08 129
Weinstein, John ..............................................TP24 406
Weinstein, John N. .........................................TP25 433
Weinstock, Michal ........................................ThP01 009
Weintraub, Susan ......................................... WP31 587
Weintraub, Susan T. .....................................ThP28 578
Weirather, Jason ........................................... WP26 458
Weis, David ....................................................MP22 417
Weis, David ................................................... WP21 375
Weisbecker, Carl ............................................TP01 016
Weisbrod, Chad ............................................ WP28 495
Weiskopf, Andrew ...........................................TP15 231
Weiskopf, Andrew ...........................................TP15 230
Weiss, Mitchell .............................................. WP30 556
Weiss, Sharon ................................................. TP04 066
Weiss, Victor .................................................. MP16 328
Weisz, Daniel A..............................................MP21 412
Weisz, Julie .....................................................TP19 294
Weller, Harold................................................ThP12 226
Weller, Harold........................................WOD am 09:50
Weller, Harold................................................ThP10 172
Wells, Barrett .................................................ThP24 479
Wells, Edward ............................................... WP06 082
Wells, Edward .................................................TP26 466
Wells, James ........................................... WOD pm 2:30
Wells, James .................................................. MP24 472
GENERAL INFORMATION
PAGE 248 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Wells, Martin...................................................MP04 070
Wells, Mitch .......................................... ThOA am 08:50
Wells, Mitch ...................................................ThP26 527
Wen, Bo ..........................................................MP27 558
Wen, Bo ...........................................................TP28 503
Wen, Bo ...........................................................TP21 331
Wen, Bo ..........................................................MP24 465
Wen, Luhong .................................................. MP31 646
Wen, Zhihui ................................................... WP29 526
Wen, Zhihui .....................................................TP28 515
Wendt, Chris...................................................MP27 552
Wendt, Christine ........................................... WP18 320
Wendt, Juergen .............................................MP34 695
Wendt, Juergen ...................................... WOF pm 2:50
Wendt, Jürgen ................................................MP07 149
Wendt, Jürgen ..................................... ThOG am 08:30
Weng, Naidong ...............................................TP26 471
Wenger, Craig D. ..........................................ThP34 693
Wenger, Craig D. ........................................... MP22 431
Wenk, Markus .................................................TP27 494
Wenke, Jamie L ............................................ WP09 140
Wenkel, Norbert ............................................. MP31 647
Wenner, Maria ............................................... WP17 303
Wentker, Kristina ............................................TP10 189
Wentker, Kristina .......................................... WP23 409
Wenzel, Sally ..................................................TP27 493
Wergeland, Stig ............................................ThP22 433
Wesdemiotis, Chrys ......................................MP36 730
Wesdemiotis, Chrys ......................................MP36 726
Wesdemiotis, Chrys ......................................MP36 725
Wesdemiotis, Chrys ......................................MP36 728
Wesdemiotis, Chrys ......................................MP36 729
Wesdemiotis, Chrys ......................................MP36 727
Wesdemiotis, Chrys .............................. ThOF pm 2:50
Wesolowski, Dennis .....................................ThP29 600
Wesseling, Jelle ...................................... WOD pm 3:50
West, Andy ....................................................ThP14 251
West, Brandi ..................................................ThP36 726
West, Christopher M. .....................................TP35 703
West, Danielle ............................................... WP03 022
West, Graham M .......................................... WP22 386
West, Graham M. ......................................... WP21 384
West, Keith .................................................... WP26 464
West, Matthew B. ...........................................TP35 703
West, Paul R. ..................................................TP29 548
West, Raymond .............................................MP17 353
West, Tiffanie ................................................ WP19 355
Westin, Lena ..................................................MP06 087
Westmacott, Garrett .....................................ThP08 136
Westmacott, Garrett .....................................ThP25 515
Westmacott, Garrett R .................................ThP25 498
Westmacott, Garrett R .................................. MP06 094
Weston, Daniel................................................TP34 671
Weston, Leigh ............................................... WP33 614
Weston, Leigh ...............................................ThP08 139
Westover, Kenneth ....................................... WP22 400
Westphal, Craig ..............................................TP32 612
Westphall, Michael ....................................... WP29 528
Westphall, Michael S .....................................TP02 026
Westphall, Michael S. ..................................ThP13 232
Westphall, Michael S. .......................... MOA am 09:10
Westphall, Michael S. .................................. WP33 608
Westphall, Michael S. ..................................ThP34 684
Westphall, Michael S. .................................. WP34 646
Westphall, Michael S. ....................................TP08 153
Westphall, Michael S. .............................MOA pm 3:30
Westphall, Michael S. ..........................WOE am 09:50
Westphall, Michael S. ........................... TOA am 08:30
Westphall, Michael S. ........................... ThOE pm 3:30
Westphall, Michael S. ..................................ThP13 231
Westrup, Sebastian ........................................ TP31 607
Westrup, Sebastian ........................................ TP37 752
Wetterhall, Magnus .......................................MP26 539
Wetzel, Collin ........................................MOH am 08:50
Wey, Emmanuel ............................................ThP25 503
Whatley, Andrew ............................................ MP16 319
Wheat, Thomas E.......................................... MP06 116
Wheat, Tom ................................................... WP25 447
Wheeler, Kevin ..................................... ThOC am 09:10
Whelan, Stephen ..........................................ThP23 462
Whelan, Stephen A ........................................TP18 268
Whelan, Stephen A ............................... TOA am 09:10
Whelan, Stephen A. .......................................TP18 258
Whelan, Stephen A. ..................................... WP32 605
Wherritt, Daniel .............................................. MP03 050
Whetton, Anthony D .......................................TP28 519
Whitcomb, Julie ............................................ThP03 026
White, Eileen ................................................. WP36 693
White, Forest ............................................ TOD pm 3:30
White, Iain R ...................................................MP16 321
White, Jerry ...................................................ThP21 390
White, Joleen ..................................................TP19 279
White, Kathryn ........................................WOD pm 4:10
White, Melanie .............................................. WP30 554
White, Melanie ..............................................ThP17 294
White, Nick ........................................... ThOA am 09:10
White, Robert L. .............................................. TP01 005
White, Thomas .............................................. WP37 715
White, Thomas ....................................... ThOA pm 3:50
Whiteaker, Jeffrey .........................................ThP17 298
Whiteaker, Jeffrey ..........................................MP26 541
Whiteaker, Jeffrey ...........................................TP21 334
Whiteaker, Jeffrey ................................. MOD am 08:30
Whiteaker, Jeffrey R......................................MP26 544
Whitehouse, Craig ........................................ WP37 717
Whitehouse, Craig ................................. ThOA pm 3:50
Whitehouse, Craig ........................................ WP37 710
Whitehouse, Craig ........................................ WP37 716
Whitehouse, Craig ........................................ WP37 714
Whitelegge, Julian ........................................ThP24 485
Whitelegge, Julian ........................................ WP21 379
Whitelegge, Julian .......................................... TP18 273
Whiteley, Gordon R. ...................................... MP08 151
Whitmarsh, Samuel ......................................ThP32 663
Whitney, Richard ..........................................ThP11 201
Whitteck, John ................................................TP34 686
Wicking, Christianne ....................................ThP32 663
Wickramasekara, Samanthi .........................MP12 226
Wickramasekara, Samanthi I. ......................TP24 401
Wickremsinhe, Enaksha .............................. WP16 287
Wiebe, Don ...................................................... TP29 544
Wiederin, Jayme ............................................ MP24 469
Wiederin, Jayme ........................................... WP34 667
Wiederkehr, Andreas ................................... WP33 629
Wiegel, Joseph ...............................................TP29 538
Wiegel, Joseph ............................................. WP08 130
Wieghaus, Andreas ....................................... MP19 377
Wieland, Jamie ..............................................MP30 624
Wiesenberger, Gerlinde................................MP04 077
Wigginton, Jane ............................................. MP01 012
Wiita, Arun ...............................................WOD pm 2:30
Wijeratne, Aruna ...........................................ThP17 297
Wijeratne, Dona Neloni .................................TP15 229
Wijeratne, Dona Neloni ................................MP15 287
Wijesuriya, Nilukshi ......................................ThP22 423
Wijeyesekera, Anisha D. .............................ThP28 567
Wikoff, William .......................................ThOC pm 2:30
Wikoff, William ................................................TP27 480
Wikswo, John ................................................. MP29 588
Wilborn, Teresa ............................................. WP15 273
Wildburger, Norelle.......................................ThP19 345
Wildburger, Norelle C. ..................................MP29 597
Wildburger, Norelle C. ..................................MP10 200
Wildburger, Norelle C. ..................................MP35 716
Wildgoose, Jason .........................................ThP06 089
Wildgoose, Jason .........................................ThP06 087
Wildsmith, Kristin R. ....................................... TP19 296
Wiley, Carmen L. .......................................... WP07 102
Wiley, Carmen L. .......................................... WP07 099
Wiley, Joshua ......................................... ThOA pm 2:30
Wiley, Joshua ..................................................TP34 689
Wiley, Joshua S. .............................................TP34 686
Wilhelm, Mathias ...........................................MP29 582
Wilhelm, Mathias ...........................................MP29 585
Wilhelm, Mathias ...........................................MP19 383
Wilhelm, Mathias ..........................................ThP34 675
Wilhelm, Mathias ...........................................MP29 581
Wilhide, Joshua A. ........................................ThP30 621
Wilhide, Joshua A. ........................................ WP37 713
Wilkes, Edmund ............................................ThP17 281
Wilkins, Charles L. ....................................... WP14 247
Wilkins, John ................................................. WP33 623
Willard, Belinda .............................................. MP29 592
Willard, Stephanie L. ...................................... TP21 319
Wille, Holger ................................................... MP12 222
Willetts, Matthew .......................................... WP24 434
Williams, Brad ............................................... WP26 475
Williams, Brad J. ...........................................ThP17 302
Williams, Christopher ................................... WP13 227
Williams, Cynthia ............................................ TP19 290
Williams, Cynthia .................................ThOC am 09:50
Williams, Cynthia ........................................... MP27 556
Williams, Danielle .......................................... MP21 403
Williams, Evan R. ...................................WOC pm 4:10
Williams, Gavin J. .......................................... MP23 441
Williams, Jared ...............................................TP13 217
Williams, Jason .............................................. MP09 168
Williams, Jason G. ....................................... WP19 346
Williams, Jonathan .......................................ThP06 087
Williams, Jonathan P. ............................ TOF am 10:10
Williams, Jonathan P. .....................................TP02 027
Williams, Jonathan P. .....................................TP23 361
Williams, Jonathan P. .....................................TP15 232
Williams, Lee .................................................. MP07 135
Williams, Lee .................................................ThP08 132
Williams, Lee .................................................. WP08 117
Williams, Lee ................................................. WP07 109
Williams, Lee ................................................. WP08 124
Williams, Lee .................................................. MP07 136
Williams, Lee ................................................... TP30 563
Williams, Pamela ............................................ TP21 341
Williams, Pamela ..........................................ThP28 589
Williams, Pamela ........................................... WP11 181
Williams, Preston ...........................................MP13 234
Williams, Sheldon M. ....................................MP33 679
Williams, Todd D. ..........................................ThP28 577
Williams, Tracie..................................... MOA am 09:30
Williamson, Andrew JK .................................. TP28 519
Williamson, Kurt ............................................ WP01 002
Williamson, William .............................ThOE am 08:30
Willoughby, Ross ........................................... MP34 687
Willoughby, Ross C. .....................................ThP31 639
Wills, Rebecca ......................................WOE am 09:10
Wilm, Matthias .............................................. WP35 670
Wilman, Edward ...........................................ThP05 068
Wilmarth, Phillip ............................................ThP34 692
Wilson, David .................................................MP01 028
Wilson, Derek .......................................... WOH pm 3:30
Wilson, Derek .................................................MP22 435
Wilson, Derek ................................................ WP22 393
Wilson, Derek .................................................MP22 434
Wilson, Derek ........................................WOH am 09:30
Wilson, Ian ..................................................... WP36 699
Wilson, Ian ..................................................... WP18 318
Wilson, Ian ..................................................... WP16 286
Wilson, John .................................................... TP08 145
Wilson, Jonathan .......................................... WP16 284
Wilson, Landon ...............................................TP23 376
Wilson, Landon .............................................. MP03 059
Wilson, Landon ...............................................TP08 143
Wilson, Mary ................................................. WP26 458
Wilson, Michael...............................................TP04 064
Wilson, Michael..............................................MP24 484
Wilson, Michael...............................................TP34 684
Wilson, Michael.............................................ThP11 210
Wilson, Michael..............................................MP03 049
Wilson, Mike .................................................. ThP11 211
Wilson, Shannon ...........................................MP15 291
Wiltshire, Steven.............................................TP26 473
Windisch, Vince ..............................................TP25 447
Windisch, Vincent .........................................ThP21 393
Wine, Yariv .................................................... WP24 427
Wineeld, Robert ..........................................ThP28 577
Wingeld, Paul ......................................WOH am 09:10
Winkler, Jessica ............................................. MP24 469
Winkler, Klaus ................................................MP15 286
Winkler, Paul ................................................. WP04 039
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 249
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Winkler, Robert .............................................ThP05 063
Winkler, Stephan ..........................................ThP34 682
Winne, Emily ......................................... MOA am 09:30
Winnik, Witold M ............................................. TP21 325
Winograd, Nicholas ......................................ThP04 043
Winter, Benjamin ..........................................ThP05 059
Winter, Benjamin ..........................................ThP04 050
Winter, Gregory T. ........................................ WP37 713
Winter, Gregory T. ........................................ThP30 621
Wirth, Hans-Jürgen .......................................MP07 137
Wirtz, Stefan ..................................................ThP04 036
Wise, Stephen.................................................TP30 560
Wiseman, Alexander .............................. WOC pm 3:50
Wiseman, Justin ...........................................ThP03 029
Wiseman, Justin ...................................... TOH pm 2:50
Wiseman, Justin M .......................................ThP22 427
Wishart, David................................................. TP11 196
Wishart, David....................................... MOF am 09:10
Wishnies, Steve ............................................. MP06 110
Wißdorf, Walter .............................................. MP15 284
Wißdorf, Walter .............................................. MP15 280
Wißdorf, Walter .............................................. MP15 274
Wißdorf, Walter .............................................. MP15 279
Wissdorf, Walter ........................................... WP38 754
Wißdorf, Walter .............................................. MP15 283
Wisztorski, Maxence ...................................... TP04 087
Wisztorski, Maxence ............................... TOB pm 2:30
Witowski, Nancy .............................................TP24 398
Witt, Matthias .................................................MP10 202
Witt, Matthias .................................................MP03 051
Witt, Matthias ................................................ WP04 036
Wittrig, Ashley .................................................TP02 038
Wleklinski, Michael .......................................ThP06 083
Wleklinski, Michael ......................................... TP34 680
Wode, Florian .................................................. TP31 578
Wodrich, Matthew D............................... MOG pm 3:50
Wodtke, Anne ...........................................TOG pm 2:30
Woessner, Annika ................................. WOF am 09:30
Wohleb, Robert ............................................... TP30 573
Wohleb, Robert .............................................. MP07 132
Wohlfarth, Ariane .......................................... WP08 129
Wohlgemuth, Ingo ........................................ WP28 512
Wojcik, Roza ...................................................TP23 358
Wojtkiewicz, Melinda.................................... WP34 667
Wojtkiewicz, Melinda.....................................MP24 469
Wolfe, Alan J. ...........................................MOA pm 3:50
Wolfe, Derek...................................................MP16 300
Wolfe, Derek...................................................MP15 290
Wolfe, Derek W. ............................................ThP06 104
Wolfe, Lisa ..................................................... WP26 459
Wolfe, Thomas ............................................... MP27 564
Wolfert, Robert ................................................ TP30 568
Wolff, Jean-Claude .......................................ThP01 020
Wolff, Jeremy ................................................ WP23 416
Wolforth, Christopher A. ...............................MP08 151
Wolicki, Alex ..................................................ThP10 182
Wolk, Donna .................................................... TP19 288
Wolken, Jill ......................................................TP29 544
Wolle, Mesay M. .............................................TP32 615
Wollnik, Hermann ...........................................TP33 635
Wolski, Witold................................................ WP31 595
Wolstenholme, Rosalind ..............................MP30 623
Wong, Jon......................................................ThP27 529
Wong, Mayyen ..............................................ThP25 513
Wong, Philip S. .............................................ThP29 609
Wong, Richard .............................................. WP27 487
Wong, Venney .................................................TP04 055
Wongkongkathep, Piriya ............................. WP23 414
Wongkongkathep, Piriya .............................ThP12 223
Woo, Nathan .................................................ThP25 517
Woo, Sunghee ........................................WOB pm 2:50
Woo, Wongu ................................................... MP31 650
Wood, Lauren................................................ WP24 431
Wood, Paul ............................................. TOF am 08:30
Wood, Stephen ............................................. WP33 621
Wood, Troy ....................................................ThP13 239
Wood, Troy ....................................................ThP04 038
Wood, William W. .................................. TOA am 08:30
Woodcroft, Ben .............................................ThP25 500
Wooding, Kerry M......................................... WP06 073
Woodling, Kellie ............................................. MP07 143
Woodman, Michael .......................................MP31 632
Woodruff, Prescott ........................................ WP18 320
Woods, Alisa....................................................TP36 732
Woods, Alisa...................................................MP29 594
Woods, Alisa G ...............................................TP21 336
Woods, Alisa G. ............................................ThP22 437
Woods, Alisa G. ............................................ThP22 439
Woods, Alisa G. ............................................ThP22 438
Woods, Amanda ...........................................ThP10 180
Woods, Amina S ........................................... WP09 148
Woods, Amina S. ........................................... MP12 232
Woods, Amina S. ............................................TP07 125
Woods, Amina S. .......................................... WP23 421
Woods, Jeremy ............................................... TP15 238
Woods, Jeremy ............................................. WP24 439
Woods, Nicholas ............................................. TP08 157
Woods, Robert ................................................TP10 192
Woods, Jr, Virgil ............................................ WP22 397
Wooltt, Adrian R ...........................................MP26 548
Wootton, Christopher .................................... MP23 445
Worboys, Jonathan ........................................TP08 131
Wormwood, Kelly L. .....................................ThP22 437
Wormwood, Kelly L. .....................................ThP22 439
Worth, Andrew J. ............................................TP29 550
Woudneh, Million .......................................... WP03 016
Wouters, Eloy ................................................ThP06 084
Wouters, Eloy ................................................ThP06 094
Wouters, Eloy R. ...........................................ThP06 102
Wouters, Eloy R. ............................................. TP05 101
Wowor, Andy ................................................. WP22 390
Wraith, Stephanie ......................................... WP01 002
Wright, Christopher .......................................MP16 297
Wright, Jill ...................................................... WP24 431
Wright, Michael E. ........................................ WP36 695
Wright, Patience .............................................TP07 124
Wright, Steven ...............................................MP16 297
Wright, Yvonne ................................................TP30 557
Wright, Zachary ..............................................TP17 249
Wrobel, John ..................................................MP24 479
Wrobel, John ..................................................MP19 374
Wroblewski, Matthew ................................... WP27 481
Wroblewski, Matthew ..................................... TP18 265
Wroblewski, Matthew ..................................... TP36 733
Wrona, Mark ..................................................ThP06 089
Wrona, Mark D. ............................................. WP15 280
Wrona, Mark D. ............................................... TP25 421
Wrona, Mark D. ............................................. WP13 232
Wu, Baolin .....................................................ThP23 474
Wu, Bo-Shen .................................................ThP27 531
Wu, Chia-Lin..................................................ThP20 372
Wu, Chia-Lin..................................................ThP31 646
Wu, Chieh-Lin ............................................... WP02 004
Wu, Chih-Che................................................ThP20 370
Wu, Ching ........................................................TP04 057
Wu, Ching ....................................................... MP06 121
Wu, Christine ................................................. WP33 627
Wu, Christine ................................................... TP19 294
Wu, Christine ............................................MOF pm 3:50
Wu, Chunping ............................................... WP05 051
Wu, Cuiling .....................................................MP33 674
Wu, Di ............................................................. WP26 468
Wu, Fang ........................................................MP31 636
Wu, Gang ....................................................... WP30 556
Wu, Guangxiang ........................................... WP26 467
Wu, Hsuan-Wen ............................................ MP11 209
Wu, I-Lin ........................................................... TP06 118
Wu, Jennifer ...................................................MP06 104
Wu, Jianglin .................................................... MP06 121
Wu, Jianglin ..................................................... TP04 057
Wu, Jianqing............................................WOH pm 2:50
Wu, Jing ......................................................... WP26 466
Wu, Jing .........................................................ThP22 424
Wu, Jing-Tao .................................................. MP15 289
Wu, Jing-Tao .................................................. MP01 010
Wu, Jing-Tao ................................................. WP33 637
Wu, Le-Shin .............................................WOB pm 3:50
Wu, Lianming .................................................MP13 246
Wu, Long...................................................MOA pm 4:10
Wu, Manhong .................................................. TP24 388
Wu, Minghuo ..................................................MP31 633
Wu, Naijun ......................................................MP01 030
Wu, Qihua ...................................................... WP03 022
Wu, Qing-Qing .............................................. WP34 645
Wu, Ranran .....................................................TP01 017
Wu, Shari ........................................................MP02 037
Wu, Sheng-Huang ........................................ThP14 253
Wu, Shiaw-Lin .......................................... TOC pm 2:50
Wu, Shiaw-Lin ...............................................ThP22 418
Wu, Shiaw-Lin ...............................................ThP19 333
Wu, Shiaw-Lin ......................................... MOD pm 3:50
Wu, Shiaw-Lin ............................................... WP24 445
Wu, Si ............................................................... TP12 209
Wu, Si ............................................................. WP34 644
Wu, Si ............................................................... TP16 242
Wu, Si ............................................................... TP16 243
Wu, Si .............................................................. MP34 707
Wu, Si ...................................................... TOH am 08:30
Wu, Sz-Wei .................................................... WP02 010
Wu, Wei ............................................................TP23 376
Wu, Wei ............................................................TP15 225
Wu, Weizhen .................................................. MP26 529
Wu, Wells ................................................. MOG pm 3:30
Wu, Wuhua .......................................... ThOG am 09:10
Wu, Xia ........................................................... WP28 495
Wu, Xian-Ying .................................................TP25 444
Wu, Xiaogang................................................ThP24 481
Wu, Xinyu ......................................................ThP28 569
Wu, Yiman ....................................................... TP24 411
Wu, Yiman ......................................................MP05 081
Wu, Zhe..................................................MOG am 09:50
Wu, Zhiping ...................................................ThP17 290
Wu, Zhiping ...................................................ThP23 467
Wu, Zhixiang ..................................................MP29 585
Wu, Zhongchen ............................................ WP20 363
Wuehr, Martin ......................................... TOA am 09:30
Wuenschell, Gerald E. .................................ThP21 409
Wuest, Bernhard ...........................................ThP27 554
Wuest, Bernhard ............................................. TP28 513
Wuest, Bernhard ...........................................ThP25 518
Wuest, Bernhard ............................................MP30 609
Wuest, Bernhard ............................................. TP37 747
Wühr, Martin .................................................... TP28 508
Wujcik, Chad ...................................................TP31 601
Wulff, Jacob ................................................... WP18 312
Wulff, Shaun ..................................................ThP25 496
Wunderlich, Dirk ........................................... WP26 456
Wurch, Louie L. ............................................. WP36 686
Wurlitzer, Marcus ........................................... MP10 202
Wurtele, Eve Syrkin...................................... WP05 069
Wurtele, Eve Syrkin.......................................MP34 702
Wüst, Bernhard .............................................ThP27 548
Wyatt, Shane .................................................ThP10 180
Wyche, Thomas P. .........................................TP24 415
Wylde, James .................................................TP04 083
Wylie, Phillip L. .............................................ThP11 196
Wynne, Paul .................................................. ThP07 116
Wynne, Paul .................................................. WP17 304
Wyse, Donald L. ............................................MP34 688
Wysocki, Vicki .................................................TP19 291
Wysocki, Vicki .......................................MOG am 08:30
Wysocki, Vicki ............................................... WP23 416
Wysocki, Vicki .................................................TP06 123
Wysocki, Vicki ..........................................MOF pm 2:30
Wysocki, Vicki H. ............................................TP14 222
Wysocki, Vicki H. ............................................TP19 288
Wysocki, Vicki H. ............................................TP01 012
Wyttenbach, Thomas ...............................TOF pm 4:10
Xang, Dazhou ...............................................ThP11 213
Xenarios, Ioannis .......................................... WP32 606
Xia, Cindy ...................................................... WP33 637
Xia, Gang ........................................................ MP22 425
Xia, Yankai .......................................................TP21 330
Xia, Yu ............................................................ThP20 373
Xia, Yu .............................................................. TP06 112
Xia, Yu .............................................................. TP06 117
Xia, Yu .............................................................. TP06 111
GENERAL INFORMATION
PAGE 250 61ST ASMS CONFERENCE ON MASS SPECTROMETRYPAGE 250 60TH ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Xia, Yu ............................................................ThP36 715
Xia, Yu ........................................................TOA pm 2:50
Xia, Yu ......................................................WOG pm 4:10
Xia, Yu .............................................................. TP06 114
Xia, Yu ............................................................ThP20 374
Xia, Yu ....................................................WOC am 08:30
Xia, Yu ..............................................................TP02 040
Xian, Feng ..................................................... WP30 546
Xiang, Feng ................................................... WP33 616
Xiang, Ping .....................................................WP08 119
Xiao, Chunying ...............................................TP33 631
Xiao, Gang.....................................................ThP25 495
Xiao, Gang.....................................................ThP33 668
Xiao, Kevin .....................................................MP23 456
Xiao, Saijin..................................................... WP20 363
Xiao, Yijin .......................................................ThP21 409
Xiao, Yijin .........................................................TP25 431
Xiao, Yongsheng...........................................ThP09 168
Xiao, Yu ...........................................................MP16 294
Xiaofeng, Qi.....................................................TP36 734
Xie, Boer ..........................................................TP10 191
Xie, Dan ...........................................................TP21 307
Xie, Dianlin ............................................WOH am 08:30
Xie, Fang ........................................................MP26 540
Xie, Hongwei ...................................................TP15 238
Xie, Hongwei ...................................................TP35 714
Xie, Hongwei ................................................. WP24 439
Xie, Jun ...........................................................MP32 668
Xie, Mingjie ....................................................ThP34 688
Xie, Mingjie .................................................... WP31 580
Xie, Wei ............................................................ TP18 274
Xie, Xiaolei..................................................... WP26 466
Xie, Yongming ................................................ MP34 711
Xie, Yongming ...............................................ThP28 574
Xie, Yongming ................................................ MP34 713
Xie, Yongming ............................................... WP20 366
Xie, Yongming ............................................... WP34 647
Xie, Yongming ................................................ MP13 237
Xie, Yongming ...............................................ThP01 008
Xie, Yongming ................................................ MP34 710
Xie, Zhongyu ................................................. WP29 536
Xie, Zhongyu ................................................. WP29 535
Ximenes Filho, Edivaldo ..............................ThP08 128
Xin, Baomin ................................................... WP27 487
Xin, Lei .............................................................TP28 510
Xin, Lei ...........................................................ThP34 689
Xin, Yi ..............................................................MP16 316
Xing, Chuanhua .................................................. Special
Xing, Chuanhua .............................................. TP18 268
Xing, Jie .........................................................ThP27 530
Xing, Jie ..........................................................MP01 017
Xing, Jie ...........................................................TP35 701
xing, xiaopeng ...............................................ThP35 704
Xiong, Bob .......................................................TP08 130
Xiong, Caiqiao...............................................ThP12 222
Xiong, Caiqiao...............................................ThP06 097
Xiong, Qiang .................................................ThP08 123
Xiong, Wei .....................................................ThP21 402
Xiong, Weili....................................................ThP09 153
Xiong, Weili....................................................ThP25 502
Xiong, XingChuang .......................................MP16 296
Xiong, Xingchuang ........................................ MP16 306
Xiong, Yi ..........................................................MP32 668
Xiongxiong, Qiu .............................................MP03 054
Xu, Allan ........................................................... TP25 447
Xu, Allan .........................................................ThP21 393
Xu, Chong-Feng .............................................TP15 230
Xu, Fuxing .......................................................TP01 014
Xu, Fuxing .................................................TOA pm 3:50
Xu, Fuxing ......................................................MP16 305
Xu, Guifen .......................................................MP01 002
Xu, Guoliang ..................................................MP34 713
Xu, Hongliang (Leo) .......................................TP25 429
Xu, Hongliang (Leo) ..................................... ThP11 197
Xu, Hua ..........................................................ThP16 275
Xu, Leo ........................................................... WP13 227
Xu, Libin .........................................................ThP28 585
Xu, Lin ................................................... ThOF am 08:50
Xu, Ling ........................................................... MP15 289
Xu, Ling ........................................................... MP01 010
Xu, Meng ....................................................... WP14 251
Xu, Ping .........................................................ThP25 488
Xu, Shaohang .................................................TP21 331
Xu, Shaohang ................................................MP24 465
Xu, Wei ............................................................MP16 306
Xu, Wei ............................................................MP16 316
Xu, Wei ............................................................MP16 295
Xu, Wei ............................................................MP16 296
Xu, Xiaobin .................................................... WP28 493
Xu, Xiaoyan .................................................... MP34 711
Xu, Xiaoyan .................................................... MP34 713
Xu, Xiaqing .................................................... WP22 396
Xu, Xin .............................................................. TP25 443
Xu, Yan .............................................................TP26 454
Xu, Yan Juan ......................................... MOA am 09:50
Xu, Yang ......................................................... MP10 187
Xu, Yanji ......................................................... WP30 561
Xu, Yanji .........................................................ThP17 290
Xu, Ying ..........................................................ThP25 491
Xu, Yingrong .................................................... TP11 200
Xu, Yongmei ..................................................ThP20 366
Xuan, Yue ...................................................... WP37 722
Xuan, Yue .............................................. MOA am 08:30
Xuan, Yue ......................................................ThP12 227
Xuan, Yue ......................................................ThP12 229
Xue, Liang ....................................................... TP11 194
Xue, Liang ..................................................... WP34 655
Xue, Liang .....................................................ThP11 213
Xue, Liang ..................................................... WP30 573
Xue, Liang .............................................. ThOE pm 3:50
Xue, Peng ........................................................ TP36 727
Xue, Yu ..................................................... MOD pm 3:10
Yabuki, Masashi.............................................WP11 171
Yabuki, Masashi.............................................WP11 173
Yabut, Jocelyn ................................................MP26 547
Yadav, Sunita ..................................................TP33 639
Yager, James D. .............................................TP24 391
Yagnik, Gargey ..............................................WP12 211
Yagnik, Gargey ............................................. WP12 205
Yahata, Yukinori ............................................ ThP11 202
Yakkundi, Shirish .................................... MOC pm 3:30
Yakshin, Mikhail ............................................ThP30 628
Yalcin, Talat ..................................................... TP06 115
Yalcin, Talat ...................................................ThP36 716
Yalcin, Talat ..................................................... TP06 119
Yamabe, Keiko ............................................... MP11 214
Yamada, Koji ................................................. WP19 341
Yamada, Koshi ..............................................ThP19 349
Yamada, Masaki .............................................TP27 478
Yamada, Masaki ...........................................ThP28 563
Yamada, Masuyoshi .......................................TP05 088
Yamada, Masuyoshi .......................................TP05 092
Yamada, Mayumi ........................................... MP23 448
Yamada, Shigeru ........................................... MP26 533
Yamada, Takayuki ........................................ThP28 583
Yamada, Takayuki ......................................... MP06 089
Yamada, Tesshi ..............................................TP08 163
Yamada, Tesshi ............................................ThP23 469
Yamada, Toichiro ...........................................WP11 171
Yamada, Toichiro ...........................................WP11 173
Yamada, Yoshihiro ........................................MP18 359
Yamagaki, Tohru ...........................................ThP31 636
Yamaguchi, Seiji .............................................TP30 569
Yamaguchi, Shinichi ..................................... WP19 341
Yamaguchi, Yoshiki ........................................TP35 695
Yamamoto, Hideki ........................................ThP07 115
Yamamoto, Naomi ........................................ThP25 493
Yamamoto, Yuki ............................................. MP04 065
Yamanaka, Sanae ......................................... MP12 224
Yamashita, Yasuhiro ....................................ThP28 566
Yamauchi, Yoshio .......................................... MP14 257
Yamauchi, Yoshio .......................................... MP14 256
Yamazaki, Yuzo ............................................ThP25 493
Yamazaki, Yuzo ............................................ThP19 340
Yamazaki, Yuzo ............................................ WP30 564
Yan, Bo ...........................................................ThP02 024
Yan, Hong ....................................................... MP09 182
Yan, Lin ...........................................................MP01 013
Yan, Pin ........................................................... MP26 541
Yan, Ping..........................................................TP21 334
Yan, Wang ...................................................... MP03 054
Yan, X. Steven ...................................... MOE am 10:10
Yan, X. Steven .............................................. WP15 282
Yan, Xiaojing ................................................. WP35 681
Yan, Xiaojing ................................................. WP35 680
Yan, Xin ............................................................ TP34 685
Yan, Xinjian......................................................TP15 237
Yan, Xinjian....................................................ThP34 669
Yan, Xinjin ....................................................... MP19 384
Yan, Yuetian .................................................. WP22 390
Yanes, Rolando E. .......................................ThP09 140
Yang, Bing ......................................................MP21 397
Yang, Bing ................................................MOA pm 4:10
Yang, Charles..................................................TP31 589
Yang, Charles.................................................MP06 123
Yang, Charles................................................ WP03 034
Yang, Charles..................................................TP37 757
Yang, Charles................................................ WP19 348
Yang, Charles................................................ WP04 042
Yang, Charles..................................................TP37 763
Yang, Charles................................................ WP03 024
Yang, Charles..................................................TP31 597
Yang, Charles................................................ThP27 544
Yang, Charles..................................................TP31 600
Yang, Charles T. ........................................... WP20 369
Yang, Chenxi ................................................... TP18 264
Yang, Chun-Yi ...............................................ThP18 316
Yang, Da-Qing ................................................TP26 465
Yang, David ................................................... WP29 533
Yang, Dorothy ...............................................ThP07 119
Yang, Feng .....................................................MP26 540
Yang, Feng ............................................... TOD pm 3:30
Yang, Fu quan .................................................TP36 727
Yang, Fuquan .................................................. TP27 479
Yang, Fuquan ................................................ WP33 612
Yang, Hao ......................................................ThP08 134
Yang, Heyi ......................................................MP30 604
Yang, Hongqian ....................................WOB am 09:30
Yang, Jane ................................................TOG pm 2:30
Yang, Jeong Soo .......................................... WP29 530
Yang, John ..................................................... WP03 022
Yang, Jun ....................................................... WP17 308
Yang, Juncong ....................................... TOA am 10:10
Yang, Juncong ..............................................ThP04 037
Yang, Junhai..................................................ThP04 033
Yang, Junhai.................................................. WP09 156
Yang, Junhai..................................................ThP05 061
Yang, Junhai.................................................. WP10 163
Yang, Junhai.................................................. WP10 166
Yang, Kai-Chih ..............................................ThP27 531
Yang, Kui.........................................................MP12 228
Yang, Li ............................................................ TP11 194
Yang, Lian ...................................................... WP31 580
Yang, Lian ......................................................ThP34 688
Yang, Lian ......................................................ThP34 689
Yang, Lian ...................................................... WP31 579
Yang, Lifang .................................................. WP26 474
Yang, Liping ....................................................MP22 432
Yang, Liyu .......................................................WP11 182
Yang, Liyu ....................................................... MP26 537
Yang, Lulu ......................................................ThP21 395
Yang, Ming-Hui ...............................................TP18 263
Yang, Ming-Hui ............................................. WP26 453
Yang, Ming-Hui .............................................ThP22 435
Yang, Mo .......................................................... TP05 089
Yang, Panhia .................................................. MP03 049
Yang, Paul ..................................................... WP04 042
Yang, Paul .......................................................TP31 589
Yang, Paul .....................................................ThP27 529
Yang, Paul .......................................................TP31 597
Yang, Peng ..................................................... MP34 712
Yang, Pengxiang ................................... TOB am 08:50
Yang, Pinguang .............................................MP29 594
Yang, Seung-Il ................................................TP37 761
Yang, Seung-ju ..............................................MP31 634
Yang, Tianjiao..................................................TP21 317
Yang, Tianjiao................................................ThP20 367
61ST ASMS CONFERENCE ON MASS SPECTROMETRY PAGE 251
INDEX OF AUTHORS
Yang, Wen Horng ......................................... WP30 550
Yang, Xi ..........................................................ThP28 588
Yang, Xi ............................................................ TP24 383
Yang, Xiaoyu ...................................................TP15 237
Yang, Xiaoyu ................................................. WP31 592
Yang, Ya .........................................................ThP22 426
Yang, Yanan ................................................... MP25 512
Yang, Yanan ..................................................ThP25 514
Yang, Yanan ....................................................TP26 459
Yang, Yanling ................................................ WP30 561
Yang, Yijie ......................................................ThP35 702
Yang, Yingying ............................................... MP21 411
Yang, Yinmeng .............................................. WP18 312
Yang, Yong .....................................................MP32 663
Yang, Zhibo .....................................................TP02 035
Yang, Zhibo .....................................................TP02 023
Yang, Zhichang ............................................... TP21 328
Yang, Zhihua ................................................. WP15 270
Yang, Zicheng ...............................................ThP27 547
Yang, Zicheng .................................................TP04 054
Yang, Zicheng .................................................TP31 580
Yang, Zicheng ...............................................ThP27 538
Yang, Zong .................................................... WP37 723
Yao, Chunxiang ............................................ WP33 630
Yao, Chunxiang ..............................................TP18 258
Yao, Jinting .................................................... WP06 078
Yao, Jinting ......................................................TP37 740
Yao, Jinting ....................................................ThP27 528
Yao, Jinting .................................................... WP20 368
Yao, Jinting .................................................... WP03 033
Yao, Jinting ......................................................TP37 742
Yao, Jinting ......................................................TP37 741
Yao, Xudong ...................................................MP23 462
Yao, Xudong ..................................................ThP24 479
Yao, Xudong .................................................. WP27 480
Yao, Xudong ..................................................ThP24 478
Yao, Zhong-Ping ............................................. TP34 676
Yapici, Ipek ............................................MOG am 08:50
Yargeau, Viviane ............................................TP31 588
Yassine, Hussein .......................................... WP26 472
Yates, John R. ................................................MP29 598
Yates, Nathan..................................................TP21 320
Yates, Nathan................................................ WP30 570
Yates, Nathan................................................ThP01 011
Yates, Nathan A. ............................................ MP26 529
Yates, Nathan A. .................................... ThOD pm 4:10
Yates, Sandy ..................................................MP03 052
Yates III, John R ...........................................ThP17 286
Yates III, John ...............................................ThP09 162
Yates III, John .................................................TP21 318
Yates III, John R. ............................................TP05 096
Yau, Hoi Kei (Natalie) ....................................TP35 713
Yau, Kerrm ....................................................... TP34 686
Yauch, Bob ......................................................TP22 349
Yauch, Robert .................................................TP28 502
Yavor, Mikhail ................................................. MP16 324
Yavor, Mikhail ................................................. MP16 323
Ye, Hui .............................................................. TP23 367
Ye, Hui ............................................................ThP15 267
Ye, Hui ............................................................ WP17 293
Ye, Hui ............................................................. WP11 178
Ye, Mingliang ................................................. WP34 647
Ye, Qiuping ..................................................... MP01 002
Ye, Sha Joshua ............................................. WP06 080
Ye, Sha Joshua ............................................. WP19 354
Ye, Sha Joshua ............................................. WP06 079
Ye, Sha Joshua ............................................. WP03 017
Ye, Tao ............................................................ MP26 537
Ye, Vivian Hui ................................................ WP09 151
Ye, Xiaoying ..................................................ThP19 352
Ye Dee, Tay ...................................................ThP09 163
Yeh, Li-Tain ..................................................... MP01 028
Yeh, Suzie ....................................................... MP14 261
Yeh, Suzie ......................................................ThP21 396
Yeh, Suzie ....................................................... MP14 259
Yen, Gloria ............................................... WOE pm 3:10
Yen, Roger .....................................................ThP22 420
Yen, Ten-Yang ...............................................ThP22 420
Yeo, Thong Hiang ..........................................MP07 144
Yeom, Jeonghun ........................................... WP29 518
Yergey, A. Karl........................................ThOH pm 3:10
Yergey, Alfred L. ............................................. MP12 227
Yergey, Alfred L. ..................................... ThOD pm 3:50
Yergey, Alfred L. ..................................... ThOH pm 3:10
Yergey, Alfred L. ............................................ WP38 740
Yergey, Alfred L. ..............................................TP33 657
Yeung, Anthony ...............................................TP21 314
Yfantis, Harry G. ........................................... WP18 312
Yi, Ju Eun ........................................................TP21 308
Yi, Linda ...........................................................TP15 238
Yi, Ming .......................................................... WP18 312
Yi, Rong .......................................................... MP30 626
Yi, Wei ............................................................ThP08 122
Yi, Zhengping ................................................ WP33 633
Yi, Zhengping ................................................ThP17 293
Yim, Yong-Hyeon ............................................ TP32 608
Yim, Yong-Hyeon ............................................ TP23 374
Yin, Haidi ........................................................ThP19 344
Yin, Haidi ........................................................ThP19 343
Yin, Hongfeng ............................................... WP24 430
Yin, Hongfeng ...............................................ThP09 147
Yin, Hongfeng ................................................ MP25 512
Yin, Hongfeng ................................................ MP22 431
Yin, Hongfeng ............................................... WP21 380
Yin, Jie ..............................................................TP37 758
Yin, John ................................................. ThOB pm 2:30
Yin, Sheng ..................................................... WP23 414
Yin, Wei ............................................................ TP25 444
Yiqin, Wu .........................................................MP31 651
Yocum, Anastasia K. .............................. WOB pm 2:30
Yoder, Andrea ..................................................TP29 532
Yogi, Patrícia Schneider ............................... MP10 196
Yokoi, Yasuto .................................................ThP28 583
Yokoi, Yasuto .................................................ThP28 591
Yokoi, Yasuto ..................................................MP12 225
Yokoyama, Shigetoshi ................................. WP26 462
Yol, Aleer M. ...................................................MP36 728
Yoo, Chul .........................................................TP33 623
Yoo, Jisun ....................................................... MP06 091
Yoo, Jong Shin ......................................... TOC pm 3:50
Yoo, Jong Shin ............................................... MP06 091
Yoo, Jong Shin .............................................. WP35 675
Yoo, Tag Keun ...............................................ThP23 457
Yoon, Alexander ..............................................TP26 457
Yoon, Alexander ............................................ThP24 485
Yoon, Hye-Joo ................................................TP01 007
Yoon, Seo Hyun ............................................ WP06 076
Yoon, Sohee ..................................................ThP05 055
Yoon, Sohee ..................................................ThP05 071
Yoon, Sung Hwan ...........................................TP04 064
Yoon, Sung Hwan ...........................................TP34 684
Yoon, Sung Hwan .......................................... MP17 336
Yoon, Sung Hwan .......................................... MP24 484
Yoshida, Masaru ...........................................ThP28 583
Yoshida, Masaru ............................................ MP27 563
Yoshida, Shigeharu .............................. WOA am 08:30
Yoshikane, Mitsuha ........................................ TP31 590
Yoshimasa Tsunoi, Yoshimasa Tsunoi ......ThP27 541
Yoshimura, Kentaro .......................................WP07 115
Yoshioka, Mariko ........................................... MP36 733
Yost, Richard .................................................. MP26 538
Yost, Richard .................................................ThP01 015
Yost, Richard .................................................. MP10 199
Yost, Richard ................................................. WP12 204
Yost, Richard ................................................. WP18 317
Yost, Richard .................................................. MP10 189
Yost, Richard A. ....................................MOC am 09:30
Yost, Richard A. ............................................ThP01 014
Yost, Richard A. ............................................ WP09 143
You, Changjun .............................................. WP32 599
You, Yeanwoong ............................................ MP31 634
Youhnovski, Nikolay ..................................... ThP29 611
Young, Jacque ..............................................ThP09 153
Young, Lydia .............................................MOF pm 4:10
Young, Nicolas ............................................... MP22 422
Young, Nicolas ............................................... MP22 440
Young, Nicolas ................................................ TP22 345
Young, Nicolas ........................................ MOB pm 3:10
Young, Nicolas L. ..........................................ThP13 249
Young, Nicolas L. ............................................TP22 343
Young, Nicolas L. ................................... TOF am 09:50
Young, Nicolas L. ........................................... MP10 200
Young, Nicolas L. ............................................TP22 344
Young, Nicolas L ...........................................ThP13 241
Young, Rebeccah ...........................................TP18 257
Young, Tracy ..................................................MP14 261
Young, Vincent ................................................ TP35 710
Youssef, Mohamed ...................................... WP08 127
Yu, Cheng-Han .............................................ThP18 326
Yu, Chih-Chuan ............................................ WP18 314
Yu, Chongtian .................................................TP31 605
Yu, ChuanFei ................................................ WP24 436
Yu, Chuan-Yih ............................................... WP32 598
Yu, Chuan-yih ............................................... WP26 470
Yu, Chuan-Yih .................................................TP36 737
Yu, Chuan-Yih ...............................................ThP20 376
Yu, Clinton ......................................................MP21 404
Yu, Deyang ...................................................... TP12 207
Yu, Fang................................................ThOH am 09:30
Yu, Haiqiang ................................................... WP08 118
Yu, Haoying ..................................................... TP21 337
Yu, Haoying .................................................... MP25 510
Yu, Hua ..........................................................ThP28 587
Yu, Jason .......................................................ThP25 513
Yu, Jian ..........................................................ThP23 473
Yu, Jiancheng ................................................MP31 646
Yu, Jianlan ...................................................... MP13 237
Yu, John .......................................................... MP25 505
Yu, John .......................................................... MP25 506
Yu, John .......................................................... MP25 504
Yu, Kate .................................................. TOC am 08:30
Yu, Kate ..........................................................MP32 659
Yu, Kebing ..................................................... WP34 656
Yu, Kenneth ..................................................... TP24 393
Yu, Kuan-lin ..................................................... TP23 379
Yu, Kyung-Sang ............................................ WP06 076
Yu, Liangli ......................................................ThP11 186
Yu, Li-Rong ....................................................ThP17 305
Yu, Li-Rong ......................................................TP37 766
Yu, Lu .............................................................ThP25 504
Yu, Lu-Gang ...................................................MP27 554
Yu, Mamie ...................................................... WP33 632
Yu, Peng ........................................................ WP29 520
Yu, Qing .........................................................ThP15 271
Yu, Qing .........................................................ThP15 270
Yu, Shaoxia ....................................................MP15 289
Yu, Shaoxia ....................................................MP01 010
Yu, Wei ........................................................... WP29 528
Yu, Xia .............................................................. TP06 113
Yu, Xiang .................................................WOG pm 2:50
Yu, Xiang .......................................................ThP20 365
Yu, Xiang ...............................................WOC am 09:10
Yu, Xiaohong ..................................................MP25 497
Yu, Yanbao .....................................................MP19 374
Yu, Yanyan ....................................................ThP08 122
Yu, Yi-Kuo ................................................ MOG pm 3:30
Yu, Yi-Kuo ....................................................... MP18 372
Yu, Ying Qing ..................................................TP36 719
Yu, Ying Qing ..................................................TP15 232
Yu, Ying Qing ................................................ WP25 447
Yu, Ying-Qing ................................................ WP25 448
Yu, Yongjia ...................................................... MP35 716
Yuan, Cheng-Hui ............................................TP33 635
Yuan, Eric ...................................................... WP36 701
Yuan, Gu ......................................................... MP13 235
Yuan, Gu ................................................ MOH am 09:50
Yuan, Long .....................................................MP25 508
Yuan, Min ....................................................... WP28 504
Yuan, Min ...............................................WOD am 08:50
Yuan, Min .......................................................ThP17 296
Yuan, Moucun ............................................... WP33 624
Yuan, Moucun ................................................ MP26 534
Yuan, Moucun ................................................. TP25 449
Yuan, Xianglin ................................................. TP12 212
Yuan, Yuan ....................................................ThP09 169
Yue, Hongfei .................................................. WP14 251
Yue, Peng ...................................................... WP33 632
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Yue, Xiaoshan ............................................... WP34 648
Yue, Xuan-Feng ............................................ThP30 625
Yuki, Hashi.....................................................ThP27 550
Yukihira, Daichi ............................................. WP12 221
Yukihira, Daichi ............................................. WP19 341
Yun, Nayoung .................................................TP35 705
Yungster, Nir ......................................... ThOH am 10:10
Yurek, David ..................................................ThP10 184
Yurong, Guo ...................................................MP04 069
Yurong, Guo ............................................. TOB pm 4:10
Yuska, Brad .....................................................TP25 420
Yuska, Brad ............................................. MOE pm 2:50
Yuska, Brad .....................................................TP25 428
Yuzawa, Yukio ...............................................ThP19 330
Zaarur, Nava ................................................. WP28 493
Zabet-Moghaddam, Masoud .......................MP24 481
Zabrouskov, Vlad ..........................................ThP25 519
Zabrouskov, Vlad .................................. WOE am 09:50
Zabrouskov, Vlad ............................................ TP05 096
Zabrouskov, Vlad ...........................................MP29 596
Zabrouskov, Vlad .................................. MOA am 08:30
Zabrouskov, Vlad .....................................MOA pm 2:30
Zabrouskov, Vlad .......................................... WP31 582
Zabrouskov, Vlad ..........................................ThP23 449
Zabrouskov, Vlad ............................................ TP14 218
Zabrouskov, Vlad ...........................................MP24 490
Zabrouskov, Vlad ............................................ TP05 093
Zabrouskov, Vlad ......................................TOA pm 2:30
Zabrouskov, Vlad .......................................... WP36 689
Zabruouskov, Vlad................................. TOA am 09:30
Zabuga, Aleksandra .....................................ThP35 696
Zacharos, Athanasios ..................................ThP06 079
Zacharos, Athanasios ....................................TP05 097
Zacharos, Athanasios ....................................TP05 103
Zachova, Katerina ........................................ WP32 601
Zaczek, Wojciech ..........................................MP16 297
Zagst, Patricia ................................................ MP06 103
Zahedi, René..................................................MP23 461
Zahedi, René............................................ TOD pm 3:10
Zahedi, Rene P. ..............................................TP19 285
Zahradka, Peter .............................................. TP23 373
Zaia, Joseph ..................................................ThP20 365
Zaia, Joseph ............................................WOG pm 4:10
Zaia, Joseph .................................................... TP36 724
Zaia, Joseph ..................................................ThP20 364
Zaia, Joseph ..........................................WOC am 09:10
Zaia, Joseph ..................................................ThP20 362
Zaia, Joseph ..................................................ThP20 363
Zaia, Joseph ........................................................ Special
Zaia, Joseph .................................................... TP36 723
Zaia, Joseph ..............................................TOF pm 3:30
Zaikin, Vladimir ..............................................MP36 724
Zainal, Nur .....................................................ThP15 266
Zaitseva, Irina .................................................TP29 549
Zakoucka, Eva ................................................TP10 175
Zaman, Khalil ........................................ MOE am 08:50
Zaman, Uzma ................................................MP20 387
Zamay, Anna ................................................. WP26 454
Zamay, Galina ............................................... WP26 454
Zamay, Tatyana ............................................ WP26 454
Zamboni, Nicola ............................................ WP36 702
Zamboni, William ............................................ TP25 439
Zamora, Ismael ....................................... MOE pm 3:10
Zamora, Ismael .............................................. MP02 032
Zamora, Ismael .............................................. MP02 031
Zampieri, Gianfranco ................................... WP07 100
Zandkarimi, Fereshteh...................................TP24 401
Zanella, Renato ............................................ThP27 555
Zang, Li ............................................................TP15 230
Zang, Lisa ...................................................... WP14 242
Zang, Xiaoling .................................................TP24 389
Zang, Xuejun .................................................. WP07 113
Zanivan, Sara ................................................ThP17 292
Zanon, Stephen ..............................................TP04 054
Zanon, Stephen .............................................MP15 271
Zappacosta, Francesca ............................... WP34 651
Zaragoza, William J. ....................................ThP25 517
Zare, Richard ................................................ WP37 731
Zare, Richard N. ............................................MP10 205
Zarth, Adam ..................................................... TP29 542
Zaucke, Frank ................................................ MP21 398
Zavalin, Andre ...............................................ThP05 061
Zavalin, Andrey ............................................. WP09 154
Zavitsanos, Paul ...................................... TOG pm 3:30
Zavras, Athanasios.............................. WOG am 10:10
Zaw, Thiri ....................................................... WP27 488
Zawadzka, Anna M. ............................ThOD am 08:50
Zaza, Stefano .................................................MP31 642
Zedda, Marco ........................................ WOF am 10:10
Zee, Barry ............................................... TOE am 09:50
Zeeberg, David ............................................. WP16 291
Zeeberg, David ............................................. WP16 290
Zeeman, Gerda G ..........................................TP20 304
Zehr, R. Dan .................................................... TP23 370
Zeijl, René J.M. van ..................................... WP09 141
Zeisel, Steven ............................................... WP18 321
Zekavat, Behrooz ..........................................MP15 268
Zekavat, Behrooz ..........................................MP15 269
Zekavat, Behrooz ...........................................TP09 164
Zekavat, Behrooz .........................................ThP11 195
Zelesky, Veronica ................................. MOE am 09:50
Zelesky, Veronica .........................................ThP10 185
Zelesky, Veronica ......................................... WP15 255
Zelesky, Veronica A. ...................................... MP02 033
Zell, Manfred ................................................. WP15 268
Zeller, Martin ...................................................TP14 218
Zemaitaitis, Bozena ................................MOA pm 3:50
Zen, Nobuyuki ................................................ MP16 314
Zendong, Zita ................................................ThP25 518
Zeng, Hang .................................................... WP33 626
Zeng, Jianing........................................... MOC pm 3:50
Zeng, Lingfei ................................................. WP28 502
Zeng, Lu .........................................................ThP10 176
Zeng, Qian ....................................................... TP34 673
Zeng, Rong .................................................... WP34 645
Zeng, Shang .................................................. WP02 005
Zenka, Roman ...............................................MP18 363
Zenka, Roman ...............................................MP26 546
Zenka, Roman ..............................................ThP23 466
Zenka, Roman ...............................................MP18 362
Zenobi, Renato ..............................................MP13 236
Zenobi, Renato ..............................................MP15 263
Zerega, Yves ..................................................MP15 270
Zetterberg, Henrik ..........................................TP19 280
Zetterberg, Henrik ..........................................TP21 323
Zhai, Bo .......................................................... WP28 509
zhai, huili ........................................................ThP08 122
Zhai, Qianqian................................................MP13 241
Zhan, Qiao ....................................................... TP08 162
Zhan, Song .................................................... WP20 368
Zhan, Song ...................................................... TP37 742
Zhan, Zhaoqi ...................................................TP35 701
Zhan, Zhaoqi .................................................ThP27 530
Zhan, Zhaoqi .................................................. MP01 017
Zhang, Aiping ..........................................WOD pm 4:10
Zhang, Aming .......................................... MOD pm 3:10
Zhang, Bai ................................................ TOD pm 3:30
Zhang, Baichen.............................................ThP28 559
Zhang, Bailin ..................................................MP24 480
Zhang, Bing .................................................... MP32 669
Zhang, Bochao ...............................................TP32 610
Zhang, Boyu ................................................... MP36 743
Zhang, Chen ...................................................TP27 491
Zhang, Chengcheng .................................... WP36 705
Zhang, Chengcheng .................................... WP36 694
Zhang, Fan .................................................... WP36 690
Zhang, Fang .................................................... TP31 605
Zhang, Guoan ................................................ MP29 601
Zhang, Guodong...................................WOD am 09:30
Zhang, Hailong ...............................................TP36 718
Zhang, Hailong ...............................................TP36 717
Zhang, Haizhen .............................................MP26 541
Zhang, Han ...................................................... TP12 206
Zhang, Hao .................................................... WP23 402
Zhang, Hao .................................................... WP23 401
Zhang, Hao .....................................................MP21 412
Zhang, Hao .............................................. MOB pm 2:30
Zhang, Hao ....................................................ThP36 713
Zhang, Hao .....................................................MP23 451
Zhang, Hao .................................................... WP30 571
Zhang, Hao .................................................... WP23 403
Zhang, Hao ...................................................... TP09 168
Zhang, Hua ...................................................... TP23 369
Zhang, Hua .....................................................MP16 295
Zhang, Hui ................................................ TOD pm 3:30
Zhang, Hui ............................................. MOE am 09:50
Zhang, Hui ...................................................... MP02 038
Zhang, Hui ...................................................... MP02 039
Zhang, Irene .............................................MOA pm 3:10
Zhang, Jennifer .............................................. MP22 416
Zhang, Ji ........................................................ WP33 637
Zhang, Jia ...................................................... WP30 546
Zhang, Jialing .................................................MP10 205
Zhang, Jianbin ...............................................MP34 712
Zhang, Jiang .................................................ThP12 223
Zhang, Jiang ................................................. WP23 415
Zhang, Jianping .............................................MP29 602
Zhang, Jianqiu ................................................TP08 129
Zhang, Jianqiu (Michelle) .............................. TP28 527
Zhang, Jianyi .................................................ThP08 123
Zhang, Jin ....................................................... MP24 478
Zhang, Jing ...................................................... TP37 758
Zhang, Jing ...................................................... TP37 751
Zhang, Jinran .................................................MP07 148
Zhang, Ju ........................................................ MP27 558
Zhang, Ju ....................................................... WP30 546
Zhang, Jun..................................................... WP22 390
Zhang, Jun..................................................... WP30 546
Zhang, Jun......................................................MP22 438
Zhang, Jun.....................................................ThP12 226
Zhang, Junmei ................................................ TP12 211
Zhang, Kai ..................................................... WP29 530
Zhang, Kai ..................................................... WP21 377
Zhang, Kai ......................................................MP22 420
Zhang, Kerong ...............................................MP34 710
Zhang, Kun ...............................................MOA pm 4:10
Zhang, Kun ..................................................... MP21 397
Zhang, Li .......................................................... TP35 710
Zhang, Li ......................................................... MP23 456
Zhang, Li ......................................................... MP31 640
Zhang, Linwen ................................................TP34 662
Zhang, Liwen..................................................MP20 392
Zhang, Mei-Jun ............................................... TP21 338
Zhang, Mei-Jun ........................................MOA pm 4:10
Zhang, Mengliang.........................................ThP11 187
Zhang, Ming ...................................................MP25 510
Zhang, Ning ................................................... WP28 508
Zhang, Ning ...................................................ThP12 222
Zhang, Pan ..................................................... MP21 397
Zhang, Qian....................................................MP22 422
Zhang, Qian....................................................MP22 440
Zhang, Qiang ........................................ MOH am 09:50
Zhang, Qiang .................................................MP13 235
Zhang, Qibo.....................................................TP30 568
Zhang, Qingchun .......................................... WP24 446
Zhang, Qiyun..................................................MP34 713
Zhang, Rena .................................................ThP21 396
Zhang, Rena ..................................................MP14 261
Zhang, Rena ..................................................MP26 547
Zhang, Rena ..................................................MP14 259
Zhang, Sheng ............................................... WP30 559
Zhang, Sheng .......................................... TOC pm 2:30
Zhang, Sheng ...............................................ThP18 328
Zhang, Shenyan ............................................MP24 465
Zhang, Shuaipeng .......................................... TP18 274
Zhang, Shucha ............................................. WP18 321
Zhang, Shuo ............................................. TOD pm 4:10
Zhang, Su-chun ............................................ WP17 293
Zhang, Suhong .............................................. MP11 218
Zhang, Suhong ...............................................TP24 393
Zhang, Terry .................................................. WP19 348
Zhang, Terry ....................................................TP31 600
Zhang, Wanjun ............................................... MP08 162
Zhang, Wei ......................................................TP35 693
Zhang, Weiying .............................................ThP35 707
Zhang, Wenfang ........................................... WP37 723
Zhang, Wen-Hong ..........................................TP21 338
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Zhang, X. Kate ........................................ MOD pm 3:30
Zhang, Xi ....................................................... WP20 358
Zhang, Xi ....................................................... WP20 364
Zhang, Xi ....................................................... WP20 357
Zhang, Xiangmin .......................................... WP33 633
Zhang, Xiangmin ..........................................ThP17 293
Zhang, Xiaohua .............................................MP16 295
Zhang, Xiaolin ...............................................ThP21 388
Zhang, Xiaoqiang ......................................... WP37 712
Zhang, Xiaoqun ................................... ThOF am 09:50
Zhang, Xiaotao .............................................ThP21 402
Zhang, Xin .....................................................ThP29 607
Zhang, Xing ...................................................ThP12 223
Zhang, Xing .....................................................TP33 625
Zhang, Xinglei ............................................... WP20 363
Zhang, Xinglei .................................................TP34 673
Zhang, Xinglei ............................................... WP20 362
Zhang, Xingzhong ........................................ WP19 342
Zhang, Xinyu ..........................................TOG am 08:30
Zhang, Xu ...................................................... WP03 013
Zhang, Xu ...................................................... WP03 018
Zhang, Yan .................................................... WP27 481
Zhang, Yan ......................................................TP34 673
Zhang, Yan ......................................................TP25 444
Zhang, Yangjun ............................................. WP27 485
Zhang, Yanhua ............................................... MP26 531
Zhang, Yanni .................................................. MP09 171
Zhang, Yaofang ............................................. MP10 190
Zhang, Yaping ...............................................ThP22 429
Zhang, Yaping ................................................. TP27 490
Zhang, Yi .........................................................MP25 502
Zhang, Yi ........................................................ WP35 683
Zhang, Yi ........................................................ThP08 135
Zhang, Yiming ...............................................ThP12 222
Zhang, Ying ....................................................MP22 438
Zhang, Ying .....................................................TP08 152
Zhang, Ying ................................................... WP31 593
Zhang, Ying .....................................................TP28 515
Zhang, Ying ....................................................MP23 458
Zhang, Yinong ...............................................ThP10 176
Zhang, Yixuan ............................................... WP23 405
Zhang, Yixuan ............................................... WP23 406
Zhang, Yue ....................................................ThP22 418
Zhang, Yuhong ..............................................MP36 749
Zhang, Yulong ...............................................ThP25 505
Zhang, Yun ......................................................TP19 288
Zhang, Yun ......................................................TP01 012
Zhang, Yun ...............................................MOF pm 2:30
Zhang, Zefeng............................................... WP31 596
Zhang, Zhe .................................................... WP23 417
Zhang, Zhengxiang ...................................... WP19 324
Zhang, Zheng-Xiang .............................. MOE pm 4:10
Zhang, Zhixu ...................................................TP31 605
Zhang, Zhixu ..................................................MP33 674
Zhang, Zhixu ..................................................MP34 709
Zhang, Zhi-Xu ......................................... MOE pm 4:10
Zhang, Zhongqi....................................... MOD pm 2:30
Zhang, Zhongqi...............................................TP15 228
Zhang, Zhongqi.............................................ThP25 495
Zhang, Zichuan .............................................. MP08 156
Zhang, Zong-Ping......................................... WP06 070
Zhang, Zong-Ping..........................................MP06 130
Zhang, Zong-Ping......................................... WP27 477
Zhang, Zong-Ping......................................... WP06 071
Zhang, Zong-Ping......................................... WP06 096
Zhao, Haiyi ......................................................TP28 503
Zhao, Hanqing ................................................TP21 338
Zhao, Hanwei ................................................. MP25 499
Zhao, Harry .....................................................TP25 431
Zhao, Harry ...................................................ThP21 409
Zhao, Harry .....................................................TP25 450
Zhao, Harry .....................................................TP26 471
Zhao, Jiuyan .................................................... TP34 673
Zhao, Lei .......................................................... TP21 334
Zhao, Liang .....................................................TP24 391
Zhao, Lijiao ....................................................ThP21 389
Zhao, Lijiao ...................................................... TP29 533
Zhao, Ning .....................................................ThP36 717
Zhao, Rui ................................................TOH am 08:30
Zhao, Rui .........................................................TP12 209
Zhao, Rui ....................................................... WP34 644
Zhao, Rui ........................................................MP26 542
Zhao, Rui ........................................................MP26 540
Zhao, Rui ....................................................... WP27 484
Zhao, Sarah....................................................MP30 626
Zhao, Shan ...................................................... TP37 751
Zhao, Song ...................................................... TP25 449
Zhao, Xiaolu ....................................................TP25 437
Zhao, Xiaoming...............................................TP31 589
Zhao, Xiaoming............................................. WP04 042
Zhao, Xiaoming...............................................TP31 597
Zhao, Xueqing............................................... WP18 321
Zhao, Yan-Xia .................................................TP02 046
Zhao, Yi .......................................................... WP26 460
Zhao, Yingming ............................................. WP29 536
Zhao, Yingming ............................................. WP29 535
Zhao, Yingming ............................................. WP29 530
Zhao, Yinsheng ............................................. WP19 351
Zhao, Yuejie ..........................................WOC am 09:50
Zhao, Yuejie ..................................................ThP20 366
Zhao, Yun ...................................................... WP35 679
Zhao, Yunzhu ................................................. MP35 717
Zhao, Zhiyang ............................................... WP12 197
Zhen, Eugene Y. ............................................MP26 530
Zheng, Chen .................................................ThP01 008
Zheng, Chuanqi ..............................................TP37 743
Zheng, Chunxiang ........................................ WP28 495
Zheng, Jie ......................................................ThP25 508
Zheng, Ling .....................................................TP25 437
Zheng, Ming ....................................................TP24 388
Zheng, Naiyu ........................................... MOC pm 3:50
Zheng, Nancy ................................................ WP06 070
Zheng, Nancy ................................................ WP06 071
Zheng, Ning .................................................... MP22 433
Zheng, Ouyang .............................................ThP06 078
Zheng, Qiuling................................................MP23 451
Zheng, Shuzhen ........................................... WP29 530
Zheng, Suping................................................MP06 122
Zheng, Xueyun ...............................................TP33 619
Zheng, Yupeng ....................................ThOH am 10:10
Zhong, Cathy..................................................MP32 667
Zhong, Hongying ............................................TP03 049
Zhong, Jun......................................................MP24 478
Zhong, Ming ...................................................MP01 007
Zhong, Qisheng ............................................ WP20 368
Zhong, Quan ................................................. WP36 685
Zhong, Rugang .............................................ThP21 389
Zhong, Wenwan............................................ WP02 005
Zhong, Xiaotian............................................. WP24 431
Zhong, Xuefei .................................................. TP35 709
Zhong, Xuefei .................................................. TP23 367
Zhong, Xuefei ................................................ WP17 293
Zhong, Yueyang .............................................TP33 644
Zhong, Yueyang .............................................TP33 646
Zhong, Yuhuan ..............................................MP34 710
Zhou, Baojin ...................................................MP24 465
Zhou, Bin ........................................................MP03 046
Zhou, Bo .........................................................MP30 604
Zhou, Dongmei ..............................................MP01 028
Zhou, Guangchun......................................... WP06 087
Zhou, Haihong ................................................TP21 307
Zhou, Haihong ........................................WOD pm 3:10
Zhou, Houjiang ............................................. WP30 541
Zhou, Houjiang ..............................................MP06 098
Zhou, Hui ................................................TOD am 09:10
Zhou, Hui ........................................................MP34 706
Zhou, Hui .........................................................TP36 730
Zhou, Jiang ............................................ MOH am 09:50
Zhou, Jiang .....................................................MP13 235
Zhou, Jing ......................................................ThP23 473
Zhou, Jing ....................................................... MP34 712
Zhou, Jing ........................................................ TP26 466
Zhou, Jing ...................................................... WP06 082
Zhou, Keyu .............................................. WOF pm 3:10
Zhou, Li ..........................................................ThP12 222
Zhou, Luying ...................................................TP37 740
Zhou, Luying ...................................................TP37 741
Zhou, Manshui .....................................ThOE am 09:30
Zhou, Manshui ................................................TP33 654
Zhou, Manshui ................................................TP24 389
Zhou, Manshui .............................................. WP17 292
Zhou, Ming.......................................................TP08 158
zhou, mingfei .................................................ThP35 704
Zhou, Mowei .............................................MOF pm 2:30
Zhou, Mowei .................................................... TP01 012
Zhou, Qi ......................................................... WP19 339
Zhou, Ruokun .................................................TP17 251
Zhou, Shan .................................................... WP19 342
Zhou, Shaolian ..............................................ThP08 122
Zhou, Shiyue ...................................................TP35 702
Zhou, Shiyue ...................................................TP35 692
Zhou, Shiyue ................................................. WP26 460
Zhou, Tao ......................................................... TP21 330
Zhou, Wei ......................................................ThP30 632
Zhou, Weihong..............................................ThP25 505
Zhou, Xiang .....................................................TP26 456
Zhou, Xiaoyu .................................................ThP06 078
Zhou, Xue ........................................................TP25 444
Zhou, Yafei .................................................... WP20 363
Zhou, Ya-Fei .................................................... TP37 770
Zhou, YanWen ...............................................MP08 152
Zhou, Ying .................................................TOF pm 3:30
Zhou, Ying ......................................................MP12 222
Zhou, Ying ......................................................MP12 221
Zhou, Yue ........................................................TP36 727
Zhou, Yueming ..............................................ThP12 222
Zhou, Yuping ...................................................TP10 183
Zhou, Zhen .....................................................MP31 641
Zhou, Zhen .....................................................MP31 640
Zhou, Zhen ......................................................TP37 770
Zhou, Zhiqin ....................................................TP23 369
Zhou, Zhongyue ................................. ThOG am 09:10
Zhou, Zuomin .................................................. TP21 330
Zhu, Alex ......................................................... MP25 511
Zhu, Alex ......................................................... MP25 513
Zhu, Feifei ........................................................ TP36 722
Zhu, Guijie ..................................................... WP35 682
Zhu, Guijie ..................................................... WP35 680
Zhu, Guijie ..................................................... WP35 681
Zhu, Guili ........................................................MP34 712
Zhu, Haitao ............................................... TOD pm 4:10
Zhu, Honghui................................................. WP19 354
Zhu, Huaien ................................................... WP20 366
Zhu, Jianhui ...................................................ThP21 384
Zhu, Jianhui ...................................................ThP19 343
Zhu, Jianhui ...................................................ThP22 424
Zhu, Jian-kang ....................................... ThOE pm 3:50
Zhu, Jie .......................................................... WP27 489
Zhu, Kan ........................................................ WP24 438
Zhu, Kan ........................................................ WP31 594
Zhu, Lanlan .....................................................TP34 673
Zhu, Lian ........................................................ThP17 284
Zhu, Liang ...................................................... WP20 362
Zhu, Liang ......................................................ThP28 574
Zhu, Li-ji ..........................................................MP26 529
Zhu, Lin ............................................................TP25 444
Zhu, Linyan ...................................................... TP31 583
Zhu, Mengmeng ............................................MP32 653
Zhu, Mingshe ........................................... TOG pm 3:50
Zhu, Mingshe ................................................ WP08 129
Zhu, Ming-Zhi .................................................. TP24 410
Zhu, Ning ........................................................MP32 653
Zhu, Qiuying .................................................... TP08 162
Zhu, Qiuying ................................................... MP13 245
Zhu, Rui ...........................................................TP21 317
Zhu, Shaolong.......................................WOH am 09:30
Zhu, Xiang .......................................................TP08 136
Zhu, Xiang ......................................................MP06 125
Zhu, Xiaodong.................................................TP26 466
Zhu, Xiaodong............................................... WP06 082
Zhu, Xiujuan ....................................................TP25 437
Zhu, Xudong ...................................................MP07 148
Zhu, Xuling ....................................................ThP18 328
Zhu, YaQin .....................................................ThP22 426
Zhu, Yi ............................................................ThP23 461
Zhu, Yiying ..................................................... WP30 558
Zhu, Zhenqian ...............................................ThP32 662
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
GENERAL INFORMATION
PAGE 254 61ST ASMS CONFERENCE ON MASS SPECTROMETRY
INDEX OF AUTHORS
Program code: M,T,W, Th = Day O = Oral, P = Poster Time or poster number
Zhu, Zhikai .....................................................ThP19 355
Zhu, Zhiliang ...................................................TP31 583
Zhuang, Xiaomei ...........................................MP34 710
Zhurov, Konstantin O. .................................. WP05 047
Zhurov, Konstantin O. ..........................WOE am 08:50
Zhurov, Konstantin O. ............................ MOG pm 3:50
Zi, Jin ................................................................ TP21 331
Zi, Jin .............................................................. WP30 546
Zieger, Antoine ............................................... MP28 573
Ziegler, Emanuel............................................MP29 581
Ziegler, Emanuel............................................MP29 582
Ziegler, Emanuel...........................................ThP34 675
Ziegler, Emanuel............................................MP19 383
Ziganshin, Rustam ........................................MP27 550
Ziganshin, Rustam ....................................... WP26 469
Zilkenat, Susann ................................... WOB am 09:50
Zima Kropf, Daniela ............................. MOE am 10:10
Zimmer, Jennifer ........................................... WP27 478
Zimmerman, Carl ...........................................MP06 105
Zimmerman, Tyler .........................................MP23 459
Zimmerman, Tyler A .....................................ThP23 446
Zimmermann, Nadin ......................................TP22 354
Zimmermann, Ralf .................................. WOF pm 2:50
Zimmermann, Ralf .................................. MOH pm 3:50
Zimmermann, Ralf .............................. ThOG am 08:30
Zimmermann, Stefan ................................... WP38 754
Zimmermann, Stefan ....................................MP15 280
Zimmermann, Stefan ....................................MP17 347
Zimmermann, Stefan ....................................MP16 329
Zimnicka, Magdalena.....................................TP33 649
Zink, Erika ...................................................... WP34 644
Zink, Jeffrey I.................................................ThP09 140
Zinnel, Nathanael F ........................................ TP33 648
Zirah, Séverine ...............................................TP06 122
Ziskind, Michael .............................................. TP04 087
Zivkovic, Angela ..............................................TP24 396
Zivkovic, Angela ............................................ThP19 341
Zongxiu, Nie .................................................. WP12 213
Zott, Roseann .................................................TP26 467
Zou, Hanfa ..................................................... WP34 647
Zou, Peng .................................................MOF pm 3:30
Zou, Wei ......................................................... WP03 015
Zou, Wei ..........................................................WP07 112
Zou, Yun Yun .................................................ThP27 529
Zrada, Matt ............................................WOD am 08:30
Zubair, Faizan ...............................................ThP04 033
Zubarev, Roman ...........................................ThP19 332
Zubarev, Roman ........................................... WP26 454
Zubarev, Roman ...................................WOB am 09:30
Zubarev, Roman .............................................TP04 071
Zubarev, Roman A. ......................................ThP33 668
Zucchetti, Massimo .......................................WP11 191
Zucht, Hans Dieter .........................................TP19 295
Zuck, Paul ......................................................ThP10 182
Zuniga, Azeret ................................................MP03 053
Zuppa, Athena............................................... WP06 094
Zurek, Gabriela ...............................................TP24 408
Zuurveld, Marleen ........................................ WP28 514
Zvyaga, Tatyana ...................................WOD am 09:50
Zweigenbaum, Jerry .................................... WP37 719
Zweigenbaum, Jerry ............................... TOE pm 4:10
Zweigenbaum, Jerry ...............................TOG pm 3:30
Zweynert, Friederike .....................................MP10 193
Zwiener, Christian................................. WOF am 10:10
Zwier, Timothy ...............................................ThP35 699
Zwier, Timothy ...............................................ThP14 256

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