The Successful Future Of TKA Digging Your Way Through Bundle Syllabus

2015-10-05

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10/5/2015
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Migration of care in TJA
Steven B. Haas MD, MPH
Chief, Knee Service
John N. Insall Chair, Knee Surgery
The Hospital for Special Surgery
New York, NY
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
Disclosure
Smith & Nephew Orthopaedics
Designer (Royalty income), Consultant and Research
Support on Knee Products
APOS Therapy
Medical Advisory Board
SandDance Technology
Ownership
IMP
Royalty
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Migration of care in TJA in 2015
Improved knowledge
Entire care pathway practices
Improved technology
Patient factors
Increasing life expectancy
Expanding indications
Millennium patient
No longer primarily geriatric orthopedics
More demanding patients
ALL ROADS LEAD TO RAPID RECOVERY
Both in ASCs & Hospitals
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Why do we care about rapid
recovery?
Is it for the science?
Current consensus is that mid-term
to long-term results are similar
regardless of short-term results
Available resolution of measurement tools?
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Why do we care about rapid
recovery?
“It’s not about how much money you spend, it’s about where you
spend the money you have.” - Fred Cushner, MD
COST CONTAINMENT
Global endeavor
Decrease in healthcare $
Decrease available patient resources
If you’re not careful:
Can affect patient care
Your quality
Disempowers surgeon
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Why do we care about rapid
recovery?
COST CONTAINMENT = improve efficiencies
Technique
Implant cost
Pharmacy
OR utilization
Ancillary services
Nursing utilization
Discharge status
Acute Rehab
Nursing facility
Home
Hospital Length of Stay
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Implant
Technologies Technique
Factors that may matter for recovery
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Technique is important
But not enough by itself
MIS approaches
Most important to do the surgery well
Blood conservation techniques
Alternative anesthesia
Multimodal pain control
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Implant
Technique
Factors that may matter for recovery
Technologies
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
New Technologies to Improve
Efficiency & Outcome
Visionaire PSI
FastPaK Disposable Instruments
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
New Technologies that
May Improve Outcome
Orthosensor - Intraop Balancing Sensors
Blue Belt Robotic Navigated Surgery
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
TechniqueTechnologies
Factors that may matter for recovery
Implant
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Technology needs to
meet patient expectations
and demands
Our Younger Active Patients
want to:
Skiing Golfing Racket Sports
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Performance/Satisfaction of TKA’s v THA?
Post THA: sports activities increased
from 36% to 52%
Post TKA: sports activities decreased
from 42% to 34%
The Ulm Osteoarthritis Study- K Huch
Up to 20% of patients are not satisfied
with the outcome following total knee
replacement
Only 82% to 89% of primary TKA
patients are satisfied
J Bone Joint Surg Br. 2010 Sep;92(9): Scott CE,
Howie CR, MacDonald D, Biant LC
Clin Orthop Relat Res. 2010 Jan;468(1):57-63: Bourne
RB, Chesworth BM, Davis AM, Mahomed NN, Charron
KD
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Understanding Normal Knee Kinematics
Better A Dynamic MRI Study
A. Williams M.D. JBJS 2002
MEDIAL
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Understanding Normal Knee Kinematics
Better A Dynamic MRI Study
A. Williams M.D. JBJS 2002
LATERAL
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
0°(Full Extension)
Screw-home
(5°femoral internal axial
rotation)
Posterior femoral condyle
nearly flush with posterior tibia
0-90°
Medial pivot
(rollback + femoral external
axial rotation)
Q-angle minimized
(quad mechanism in straight
line)
90-155°
Posterior femoral translation
Axial rotation ceases
Kinematics Normal Knee
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Kinematics Normal Knee
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Traditional TKA limitations
Non-anatomic (abnormal) positioning
Paradoxical motion (anterior sliding)
8-13 mm
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Conventional TKA limitations
Non-anatomic (abnormal) motion
Paradoxical motion (anterior sliding)
No Rotation or even Lateral pivoting
Conventional Knee
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Abnormal kinematic patterns
Forward sliding of the femur
Posterior impingement
Extensor mechanism lever arm
Victor J, Banks S, Bellemans J: Kinematics of posterior cruciate
ligament retaining and substituting total knee replacements. J Bone Joi nt
Surg Br. 2005 May; 87 (5)
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Abnormal kinematic patterns
Forward sliding of the femur
Posterior impingement
Extensor mechanism lever arm
Axial rotation
Limited or Reverse femoral/tibial rotation ~ Q-angle
Victor J, Banks S, Bellemans J: Kinematics of posterior cruciate
ligament retaining and substituting total knee replacements. J Bone Joi nt
Surg Br. 2005 May; 87 (5)
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Reverse tibial rotation
lateral pivot
LATERAL MEDIAL
Q
Patellar ML Shear Force
-50
0
50
100
150
200
250
030 60 90 120 150
Flexion Angle (deg)
Force (N)
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Correct tibial rotation
LATERAL MEDIAL
Q
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Solutions?
Either retain both cruciates
Either substitute for both cruciates
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Saving Both Cruciates
Limited number of
ideal patients
Technically difficult
for most surgeons
Potential new
complications
(ACL avulsion / fx)
Anatomic shapes
likely more desired
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
HYPOTHESIS
As TKA is a surface replacement within
an existing soft tissue envelope, we
assume that the lack of restoration of
normal anatomic contours and kinematic
patterns is the reason for impaired
function
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Normal anatomic
contours
CT and MRI antropomorphic
data
Computer modeling and
simulation
Femoral/Tibial geometry
controlled with over 80
parameters
lateral
medial
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Reproduces Normal Kinematics Flexion and Stability
Precise Matching of Normal Anatomy
Most Anatomically Correct for Females & Males
Differing Tibial Geometry Medial / Lateral
Normal anatomic contour matching
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Anatomic contours matching
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Anatomic contours matching - tibia
High ML Conformity
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Anatomic contours matching - tibia
medial lateral
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Anatomic contours matching
Cupped medial
compartment
Sloped lateral
compartment
medial joint line level
lateral joint line level
OUCH
Normal Anatomy, TKA and Joint Line
Normal Anatomy, TKA and Joint Line
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Bone resection
Bone resection
Anatomic contours matching
If you want kinematic alignment, why not do it the right way?
Avoid internal rotation of femur
Avoid excessive valgus/varus tibia resections
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Anterior Cam
Provides anterior
stabilization during early gait
(up to 20°flexion)
Maximized contact area
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Designed Roll Back
Traditional PS knee
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Asymmetric Posterior Cam
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Bicruciate Substituting & Retaining
AP Position and Rotation
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Results - KINEMATICS
• “BCS designs were able to
achieve early femoral rollback
and external femoral rotation,
both hallmarks of healthy intact
knee motion”
95% normal axial rotation patterns
100% posterior femoral translation
The average axial tibiofemoral
rotation from full extension to
maximum flexion for all TKAs was
10.8°
010 20 30 40 50 60 70 80 90
20
40
60
80
A/P medial CP [%TibSize]
<--Pos A/P location [%TibSize] Ant-->
Flexion [Deg]
010 20 30 40 50 60 70 80 90
20
40
60
80
A/P lateral CP [%TibSize]
<--Pos A/P location [%TibSize] Ant-->
Flexion [Deg]
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Implant Conclusion
While successful, TKR patients are frequently limited in
higher level activity
Traditional TKR do NOT reproduce normal kinematics
JOURNEY II BCS is designed to allow for more normal
kinematics
Improvements in kinematics may lead to improved
performance of higher level activity
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Overall summary
Business of medicine affects your quality of care
Rapid recovery model for TJA
Little to do with “kicking patients out”
More to do with adopting best clinical practices
It’s a clinical, scientific & financial shift
TJA landscape is changing
Multiple variables affect recovery speed
We all are learning from each other’s experiences
NEW TECHNOLOGY CAN IMPROVE BOTH
Efficiency
Quality
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Clinical Results & OR Efficiencies
David J. Mayman, MD
Associate Professor
The Hospital for Special Surgery
New York, NY
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Disclosures
Consultant: Mako/Stryker
Consultant: Smith and Nephew
OrthAlign Stock Options
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Single Site Registry Early reports
2 Single-Site: Early outcome reports
Dr. Bill Huang
Dr. Dave Mayman
JOURNEY II TKA: Excelling in The Bundle
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JOURNEY™ II BCS: Patient Satisfaction
Dr. Mark Snyder
Registry Experience
Redcap Registry Database, level-3 data
JOURNEY II BCS outcomes data at 1 year
n = 56
Mean age = 59
Mark A Snyder, MD
Director, Orthopaedic Center of Excellence
Good Samaritan Hospital
Med Exec, Trihealth Orthopaedic & Spine Institute
Cincinnati, Ohio
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: Patient Satisfaction
Dr. Mark Snyder
Registry Experience
Pre-op EuroQol5: 50 (35 to 70)
Post-op EuroQol5: 93 (60 to 100)
Statistically insignificantly different from THA in young
patients!
Mean flexion 130.7o(115oto 145o)
Patient satisfaction (VAS 1-10 Scale) 9.4 (98.7 %)
Risk Adjusted 30-day Readmission Rate: 0%
Relevant Surgical Complication Rate: 0% (National range
4-6%)
No transfusions and no venous thromboembolisms
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: Patient Satisfaction
Dr. Mark Snyder
Registry Experience
Pre-op UCLA activity score: 4.7 (3 to 6)
Post-op UCLA activity score: 7.3 (6 to 9)
Competes with THA and RHA improvements in patients!
Groin pain after metal on metal hip resurfacing: a mid-term
follow-up of a prospective cohort of patients. Illical E, et a. HSS J
2012;8(3):257
Physical activity before and after primary total hip arthroplasty: A
registry-based study. Lubbeke A, et al. Arthritis Care Res 2013
Aug 7 [Epub]
At 1 year 88% in sports and 100% back to work!
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Single Site Registry Early reports
2 Single-Site: Early outcome reports
Dr. Bill Huang
Dr. Dave Mayman
JOURNEY II TKA: Excelling in The Bundle
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JOURNEY™ II BCS: LOS Reduction
Bill Huang , MD
Almost exclusively PS TKR user
2007-2009 Legion, Journey 1 BCS, & PFC Sigma RP
2009 -2013 Legion
2013 -2015 Legion & Journey 2 BCS
Fellowship-trained arthroplasty surgeon
Practices exclusively in hip and knee replacements
Private practice in a community hospital
Averages 250 TKR/UNI and 200 THA per year
50 revisions per year
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: LOS Reduction
Bill Huang MD -- early outcome
Methods:
Functional scores
Knee Society Score
Radiographic follow-up
Pre op
1 months
4 months
Complications
Technical Data
Legion PS Primary PS
n: 50
Mean age: 61.9
Average BMI: 34
M/F ratio: 54%/46%
Journey 2 BCS
n: 50
Mean age: 60.4
Average BMI: 36.1
M/F ratio: 51%/49%
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: LOS Reduction
Bill Huang MD
LEGION Primary PS
Tourniquet time: 42 minutes
LOS: 2.4 days
JOURNEY II BCS
Tourniquet time: 45 minutes
LOS: 1.8 days
ROM
Pre Op: 6.8 110.1
1 month: 3.2 90.1
4 months: 0.66 122.4
Pre Op: 6.5 108
1 month: 3.7 108
4 months: 0.58 127.4
Wound issues: 2
Infection: 0
VTE: 0
Reoperation: 0
MUA: 3
Wound issues: 1
Infection: 0
VTE: 0
Reoperation: 0
MUA: 1
Complications
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: LOS Reduction
Bill Huang MD -- Knee Society Scores
Legion PS Primary PS
KNEE SCORE
Pre Op: 42.8
1 month: 64
4 months: 87.6
Journey 2 BCS
KNEE SCORE
Pre Op: 43.2
1 month: 69.6
4 months: 92.6
FUNCTION SCORE
Pre Op: 59
1 month: 76
4 months: 98
FUNCTION SCORE
Pre Op: 62
1 month: 79
4 months: 98
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: LOS Reduction
Bill Huang, MD
Early Outcome Experience
Key Points:
JOURNEY II BCS Achieved:
Earlier, Greater ROM
Higher KS Scores
Less MUA rate
Anecdotal Patient Comments:
Less pain and less narcotic usage in first 4 months
Less joint swelling/effusion in first 1 months
Easier getting up from seated position
– Feels less “mechanical”
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ADULT RECONSTRUCTION AND JOINT REPLACEMENT
Single Site Registry Early reports
2 Single-Site: Early outcome reports
Dr. Bill Huang
Dr. Dave Mayman
JOURNEY II TKA: Excelling in The Bundle
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: Functional
Improvement
David Mayman, MD
Early Outcome Experience
Methods:
N= 200 retrospectively reviewed
100 TKA with Legion
100 TKA with Journey
113 females and 87 males
Mean age 51 years ( range 43-66)
All patients underwent a clinical exam and post-operative ROM was
recorded at 6 weeks
ADULT RECONSTRUCTION AND JOINT REPLACEMENT
JOURNEY™ II BCS: Functional
Improvement
David Mayman, MD
Results:
Average ROM
Legion 96°(range 85-116)
Journey 119°(range 95-125)
Average Pain (KSS)
Legion: 30
Journey: 37
Conclusion:
There was a significant and clinically relevant improvement in flexion in patients who
underwent a TKA with a JOURNEY II TKA implant (p<.0001)
Patients who undergo a TKR with a Journey implant have better range of motion and less pain
post-operatively at 6 weeks.
This study suggests that an implant design that more closely replicates the normal anatomic
joint line and knee kinematic patterns may help reduce some of the dissatisfaction following
TKA.
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Efficiency Has Not Been Addressed
Why do we have trial implants in the room for right
and left knees?
Why do we have trials for every size implant in the
room?
Relies on sterilizing many trays
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
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What can we do to improve this?
Smith and Nephew has come up with three options to
address as many surgeons and hospitals as possible
Option 1
Template Derived Instrumentation
Option 2
VISIONAIRE
Option 3
Disposable instruments with VISIONAIRE
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
Pre-Operative Templating
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
Digital Templating
Anticipate sizes of components
Avoid leg length discrepancy
Restore offset
Avoid femoral fracture
Avoid instability
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Accuracy of Digital Templating for
TKA
N=71 patients (76 knees)
Standing anteroposterior and
lateral knee digital
radiographs
Calibrated using a 25mm
calibration marker
Templated sizes for the
femoral and tibial
components compared to
implanted sizes.
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Results
Tibia and Femur were both exact = 43/76 (63%)
Tibia and Femur ±1 size = 74/76 ( 97%)
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
Template Derived Instrumentation
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Instruments Picked From Plan
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ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
Visionaire
Takes the pre-operative templating and advances
the accuracy
Has the potential to improve efficiency further
MRI and long leg x-rays required
Must be done at least 3 weeks prior to surgery
Surgeon receives a plan from an engineer that is
approved by the surgeon and then patient
specific cutting guides are created
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
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Disposables
Disposable instruments build on the experience
of VISIONAIREand takes efficiency in the OR to
the next step
ADULT RECONSTRUCTION AND JOINT REPLACEMENTADULT RECONSTRUCTION AND JOINT REPLACEMENT
Poly
Trials
Tibial Trial
Femoral Trial
Femoral cutting
Block
Tibial cut
block
Distal femoral
Cutting block
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Summary
Pre-operative templating is an accurate method
for predetermining implants w/I 1 size
Patient specific instrumentation of some sort can
help improve the efficiency of delivery
As demand increases and reimbursement
decreases we need to improve efficiency while
maintaining or improving quality.
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Thank you
10/5/2015
1
New Developments in CMS Policy 2015 and Beyond
Digging Your Way Through the Bundle
Peter C. Geagan Director of Commercialization, Smith & Nephew, Inc. 1
Inspired Leadership Facilitates Change
Do you know the true costs of your episode of care?
When TDABC is fully embraced we will know the
true cost of an episode of care”
Michael Porter, Bishop William Lawrence University Professor at The Institute
for Strategy and Competitiveness, Harvard Business School 1
“If you cannot measure your outcomes & quality, then
someone will report what they measure and report it”
- Dr. Joseph Iannotti, Professor and Chair Orthopaedic and Rheumatologic
Institute, Clinical Transformation, Cleveland Clinic 1
2
1 “Shifting From Volume to Value, AAOS Bundled Payment Summit, 5/28/15, Washington, DC
Culture Change Is Key
Agenda
3
Bundled
Payment
Programs
What
WhyWhen
10/5/2015
2
2015
History of Bundled Payments
2013
2012
2010
2010
2000
1980
4
https://www.cms.gov/Newsroom/MediaReleaseDatabase/Fact-sheets/2014-Fact-sheets-items/2014-01-30-2.html
acceleratingaccelerating
Impact of the Affordable Care Act (2010)
Payment reform is the pace of change
Shifting from volume based payments to value based
payments
More emphasis on quality metrics & outcomes & less on RVUs
Moving toward shared risk contracts and capitation models 5
BPCI CCJR HRRP HAC VBP ACOs MSSP
accelerating
Why the Shift to Bundles in TJA?
2014 over 475,000 inpatient primary TJA were paid for
through CMS
TJA accounts for over $15 Billion in annual CMS spend
Tremendous variance in cost and quality of care for TJA in the
90 day episode
$16,500 to $33,000 across geographic areas
Post Acute Care utilization & quality varied by site of service
Rate of infections and implant failures varied greatly -3x in
some cases requiring readmission to hospital
6
http://innovation.cms.gov/initiatives/ccjr/
10/5/2015
3
Wide cost variances
currently exist across a
TJA episode of care
With the most variation
occurring during the
post-acute aspect of
the bundle
7
$30,000
$25,000
$20,000
$15,000
$10,000
$5,000
$-
Lowest Cost Highest Cost Variation
Hip Replacements
Key Findings
Why Shift? Variation within the bundle
Miller, D.C., et al (2011). Large Variations in Medicare Payments for Surgery Highlight Savings Potential From Bundled Payment Programs. Health Affairs, 30 (11). 2107-2115.
Index Hospitalization
Physician Services
Readmissions
Post Discharge Care
8
$$$
$
$
$
$
Fee-For-Service Bundled Payment
Payment for each service regardless of quantity or quality Payment for comprehensive, coordinated intervention
Vs.
Bundled Payment - Overview
Pre-Admission
Services
Part A Inpatient
Services (Hospital)
Part B Inpatient
Services (MDs)
Post-Acute Costs
(Part A & Part B)
Readmissions
http://innovation.cms.gov/initiatives/bundled-payments
Target percentage of Medicare Fee for Service payments linked to quality
and bundled payment models
10
All Medicare FFS
85% - Payments
linked to quality
30% -
Bundled
Payments
All Medicare FFS
90% - Payments
linked to quality
50% - Bundled
Payments
2016 2018
Change
Medicare Payment Method Shift
Center for Medicare and Medicaid Innovation, 8/1/ 2013 (CMS.gov)
10/5/2015
4
MSSP BPCI CCJR
National
Reach
Gain
Sharing
Timeline Annual 3-Pre
90-Post
Admission
90-Post
Various
Models
Mandatory
Alternative Payment Models
75 MSA’s
11
http://innovation.cms.gov/initiatives/bundled-payments/
http://innovation.cms.gov/initiatives/ccjr/
https://www.cms.gov/Newsroom/MediaReleaseDatabase/Fact-sheets/2014-Fact-sheets-items/2014-01-30-2.html
Participation
Agreement
12
BPCI: Brief overview
Covers 48 different episodes of care (DRGs)
78% participants chose lower extremity joint
replacement
Bundled Payment for Care Improvement
4 different voluntary models (Models 1, 2, 3, and 4)
Controlled by (any)
Physician group (295)
Hospital (403)
3rd Party Convener
Outcome Measures
Implementation Plan (IP) proposed by awardee outlines quality
metrics to be improved
Goal of aligning inpatient and post-acute care pathways to
increase quality and reduce costs
Bundle Price Target (2-3% off 3 yr avg of account’s
history):
If costs less than historical spend, savings may be
retained/shared
If costs are more than historical spend, payment owed to
CMS
Physician Gain Sharing up to 50% of FFS
Episode of Care Horizon
All Medicare Part A / B fee-for-service payments
Admission Discharge
30, 60, 90 days
http://innovation.cms.gov/initiatives/bundled-payments/
(Participants as of
July 1,2015)
13
Model 1 (11)
(retrospective)
Model 2 (741)
(retrospective)
Model 3 (1,353)
(retrospective)
Model 4 (10)
(prospective)
CMMI BPCI Models
Pre-Admission
Services
(3 days*)
Part A Inpatient
Services
(Hospital)
Part B Inpatient
Services (MDs)
Related Readmissions
(Part A / B) & Unrelated
Readmissions (Part B only)
Post-Acute Costs
(Part A & Part B)
Model 2 presents the broadest opportunity to improve care by focusing on the entire continuum
of care for targeted DRGs
http://innovation.cms.gov/initiatives/bundled-payments
10/5/2015
5
BPCI Update Model 2August 2015
BPCI Participant motivation:
1. Wanting to learn about payment reform
2. Pursuing the financial opportunities of BPCI
3. Urging of leadership and wanting to be innovative
4. BPCI opportunities to improve quality
5. Alignment with participation in other initiatives.
Early results Q4,2013: note small sample size
Inpatient and PAC alignment with 23 of 24 Model 2 awardees
Decrease in anchor LOS from 4.6 days to 4.3 days
90 Day Episode of care costs dropped from $37,275 to $32,369
statistically significant
30 Day Unplanned Readmissions from 8.6% to 6.7%
Emergency Dept (no hospital admit) visits from 6.9% to 8.7%
No change in Mortality rates
The Lewin Group, CMS Bundled Payments for Care Improvement (BPCI) Initiative Models 2-4: Year 1 Evaluation & Monitoring Annual Report, Feb 2015
14
“It’s about making changes that matter clinically…if we get away from patient care & it’s all about
finances, we lose.” -Dr. Jim Weinstein, CEO of Dartmouth/Hitchcock 1
“No one wants the low-cost/low-quality option”
-Dr. Daniel Murrey, CEO of Orthocarolina 1
“If you cannot prove your outcomes and quality of care is better, then you will compete only on price”
-Dr. Joseph Iannotti, Professor and Chair Orthopaedic and Rheumatologic Institute, Clinical
Transformation, Cleveland Clinic 1
“How do you inspire change? Strong physician clinical process leadership integrated with
administrative support-Dr. Mark Snyder, Medical Executive Tri-Health Orthopedics and Spine Institute
1
“Make data denial impossible…& keep riveting people on the why (outcomes/efficiency improvement)
to overcome the aversion to change.”
-Michael Porter, Bishop William Lawrence University Professor at The Institute for Strategy and
Competitiveness, Harvard Business School 1
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1 “Shifting From Volume to Value, AAOS Bundled Payment Summit, 5/28/15, Washington, DC
2 “Crossing the Chasm” Geoffrey A. Moore, HarperBusiness, 1991.
Tipping point Law of Diffusion of Innovation
2
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CCJR: Brief overview
Lower Extremity Joint Specific
With and without complications
(DRG 469 470)
Mandatory Bundled Pay Program by
CMS
Hospital Controlled
Fee - Weighted (shifting to Regional)
4 Outcome Measures
Readmissions
Complications
Patient Experience (HCAHPS)
Additional Financial Incentive for Functional PROs
75 MSA Covered Areas
20% Cap on bonus for savings to hospital
50% Cap on physician FFS
Episode Horizon
All Medicare Part A / B fee-for-service payments
Admission Discharge
90 days
10/5/2015
6
HRRP
Hospital Readmit
Reduction Program
HAC
Hospital Acquired
Condition
VBP
Value Based
Purchasing
Penalty
Only
Improve
Quality/Safety
Timeline Annual Annual Annual
Mandatory
Quality Programs Above and Beyond BPCI/CCJR
Bonuses
30 Day
Readmits
% at Risk 3% 1% 1.75%
17
https://www.cms.gov/medicare/medicare-fee-for-service-payment/acuteinpatientpps/readmissions-reduction-program.html
https://www.cms.gov/Medicare/Medicare-Fee-for-Service-Payment/AcuteInpatientPPS/HAC-Reduction-Program.html
https://www.cms.gov/Medicare/Quality-Initiatives-Patient-Assessment-Instruments/hospital-value-based-purchasing/index.html
Affordable Care Act Penalty Avoidance
2016 -Up to 6.75 % of total Medicare FFS Inpatient revenues hospital
wide potentially at risk
8/1/15 - Press Ganey Associates Knowledge Brief Hospital Pay for Performance 2015 Update
18
Quality Programs - Affordable Care Act
$428 Million in Penalties experienced by Hospitals
in 2015 (eroding FFS Medicare Inpatient Revenue)
Re-Admissions (HRRP) up to 3% penalties for highest rates
2,610 were penalized in 2015 (433 more than 2014)
Potentially Avoidable Readmissions
result in approx. $17B Medicare spend
2015 - $13.3 million was largest
penalty for Single Hosp - Avg was -.63%1
Hip/Knee Replacements added as a measure in 2015 based on July
2010-June30 2013 data collection
The three main causes of 30 day readmissions (for TJA) were2
Wound complications
Surgical site infections (SSIs) Most Costly
Medical issues
1The Bottom Line of Hospital Readmissions, The Camden Group Insights Blog, Matthew Smith, Setember 18,2015.
2Cost Burden of 30-Day Readmissions Following Medicare Total Hip and Knee Arthroplasty, Joseph A. Bosco III, et al. The Journal of Arthroplasty 2013.
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10/5/2015
7
HACs Hospital Acquired Conditions ¾ of hospitals with lowest HAC rates
held harmless, bottom ¼ get 1% penalty
Domain 1:Pressure ulcer rate (PSI 3); Iatrogenic pneumothorax rate (PSI
6); Central venous catheter-related blood stream infection rate (PSI 7);
Postoperative hip fracture rate (PSI 8); Postoperative pulmonary
embolism (PE) or deep vein thrombosis rate (DVT) (PSI 12);
Postoperative sepsis rate (PSI 13); Wound dehiscence rate (PSI 14);
and Accidental puncture and laceration rate (PSI 15).
Domain 2: Central Line-Associated Blood Stream Infection and
Catheter-Associated Urinary Tract Infection.
VBP Value Based Purchasing 1.5% withheld for FY 2015; 1.75% for 2016
2016 Score Weighted as follows: Process of Care (SCIPs) (10%), Experience of
Care (HCAHPS) (25%), Clinical Outcomes (AMI-HF-PN Mortality-CAUTI-
CLABSI-SSI)(40%), Medicare spending per beneficiary-Efficiency (25%)
Quality Programs - Affordable Care Act
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http://innovation.cms.gov/
Quality Metrics
CMMI released a list of quality metrics for monitoring
Measures pull largely from existing reporting programs and fall
into:
Case Mix
Utilization and Efficiency
Clinical Quality: Process
Clinical Quality: Outcome
Care Experience
Measures are for hospitals, home health, SNF, IRF, and LTCH
CMMI has not released information on evaluation and
performance benchmarks
6 provider-submitted measures 21
Provider/Physician Response
BPCI/CCJR/HRRP/VBP/HACs Creates visibility to Quality
of care such as Complications/Readmissions/excessive
Use of Post acute Resources (Bending the Cost Curve)
How will the Episode of Care Redesign process increase
functional and quality of life and pain scores? (ICHOM) *
Embrace Culture Change driving Episode of Care Re-
design
TDABC (Bozic/Porter), outcomes improvement data, and be
willing to employ BPs from early adopters like HSS, CJRI,
Geisinger, NOSA
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* “Shifting From Volume to Value, AAOS Bundled Payment Summit, 5/28/15, Washington, DC The International Consortium for Health
Outcomes Measurement (ICHOM), Slide 215.
10/5/2015
8
All Medicare Part A / B fee-for-service payments
Rehabilitatio
n and
Recovery
Acquisition Cost /
Hospital
Efficiencies
Long Term
Follow Up
‘Prehab’
Phase
Medicare FFS Part A and B Breakdown of Cost Across Care Continuum THA (2011-2013).
One more look at TJA cost drivers…
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Admission Discharge 90 Day 10 Year
90 days
Implant and
Device
Acquisition
Hospital Fees
LOS
Physician Fees
Post-Acute Care and Rehabilitation
Readmission Costs
Facility Costs (SNF, Home Health)
Know Your Why
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1 “Shifting From Volume to Value, AAOS Bundled Payment Summit, 5/28/15, Washington, DCJim Weinstein, MD CEO of Dartmouth-
Hitchcock
Simon Senick , https://www.youtube.com/watch?v=sioZd3AxmnE
Thank you!
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