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HIMSS Davies Award Davies Enterprise Committee Site Visit
Duke Health
June 7, 2018
Case Study #3:DUHS Care Redesign
George Cheely, MD, MBADavid Attarian, MD
Jennie Wahl PTHeather McLean, MD
George R. Cheely, Jr. MD, MBAAssistant Professor of Medicine and hospitalist physician, Duke University HospitalMedical Director for Care Redesign at Duke University Health SystemFaculty expert in the Margolis Center for Health Policy
EDUCATION:MD, University of Pennsylvania School of Medicine, 2009MBA, The Wharton School, University of PennsylvaniaRESIDENCY:Internal Medicine, Duke University Medical Center, 2012BOARD CERTIFICATION:American Board of Internal Medicine, Internal Medicine
PHYSICIAN PROFILE
CASE STUDY #3: Care Redesign
PROBLEM Affordable Care Act has Accelerated Pace of Change
DGMH15
Slide 4
DGMH15 need original of this to update from preferablyDr Genie McPeek Hinz, 6/1/2018
CASE STUDY #3: Care Redesign
PROBLEM
OPPORTUNITY: In response to the evolving payment models, a Care Redesign Oversight
Committee was established in 2011. The goal was simple--improve the care experience and population health while reducing the cost of care
PROBLEM: Government and commercial pressures to reduce reimbursement by as much as
20% in North Carolina .
Care Redesign Focus: Process to Get the Care Right First
CASE STUDY #3: Care Redesign
Focus on Value
Identify Variation
Physicians & Nurses Lead Teams
Data and Evidence Informs Change
Design and Implement Improvements
Hardwire in Maestro Care
Monitor Impacts
DESIGN
Care Redesign Oversight Committee Responsibilities
CASE STUDY #3: Care Redesign
• Provide oversight for the Care Redesign program
• Review and approve Team Charters
• Review and approve design initiatives
• Hold teams accountable to achieve milestones
• Review progress to ensure initiatives are on track
• Resolve barriers to making progress
• Drive acceptance across organization
• Support prioritization of implementation efforts
DESIGN
CASE STUDY #3: Care RedesignOverview of Process • Analyze current processes and data
• Launch multidisciplinary core team
• Brainstorm improvement strategies• Prioritize improvements
• Design initiatives along with metrics• Develop management tool
• Deploy EHR build• Define process changes, create communication plan
and education
• Monitor and adjust performance with teams• Update content as needed
Define Problems
Analyze Opportunities
Develop Solutions
Deploy Changes
Refine & Sustain
Care Redesign: Tactics Focused on Patient Care
CASE STUDY #3: Care Redesign
CASE STUDY #3: Care Redesign
Improving Episodes of Care: FY13‐FY14Clinical Teams
FY13: Prepare for Bundled Payments• PCI• CHF• Total Hip• Total Knee• Hip Fracture• CVA• TIA
Improving Episodes of Care: FY13‐FY14Clinical Teams
FY14: Spread Outcomes/Cost Improvement
• Atrial fibrillation Ablation• CABG• Cardiac Valve Replacement• Bariatric Surgery• Total Laparoscopic Hysterectomy• Cystectomy• Colorectal Surgery• Peds Asthma• COPD Exacerbation
Care Redesign Caselets
CASE STUDY #3: Care Redesign
Transforming Our Future: FY14-FY17
Clinical TeamsWave 3• Heart Transplant and VAD • Kidney and Liver
Transplant• Pediatric Cardiac SurgeryWave 4•PCI Diagnostic Cath •Cerebrovascular Disease•Renal Failure
Transforming Our Future: FY14-FY17
Clinical TeamsWave 5•Colorectal Surgery•Lung Transplant •Psychological and Behavioral DisordersWave 6•Nephrectomy and Prostatectomy
Transforming Our Future: FY14-FY17
Clinical TeamsWave 1
• Hip and Knee • Septicemia - Adult • Hematological Malignancies
• SpineWave 2
• Complex ICU – Adult • Complex ICU and Septicemia - Peds
• Neonatology • Obstetric Deliveries
CASE STUDY #3: Care Redesign
DESIGN Improved Workflow
DataAvailability
Improved Communication
ReducedVariation
Care Redesign and making work easier: for documentation
CASE STUDY #3: Care Redesign
DESIGN
Care Redesign and making work easier: for communication of patient specific needs
Improved Workflow
DataAvailability
Improved Communication
ReducedVariation
CASE STUDY #3: Care Redesign
DESIGN
Care Redesign and making work easier: for protocol and standardized care
Improved Workflow
DataAvailability
Improved Communication
ReducedVariation
CASE STUDY #3: Care Redesign
DESIGN
Care Redesign and making work easier: for data access
Improved Workflow
DataAvailability
Improved Communication
ReducedVariation
CASE STUDY #3: Care Redesign
HIT: Dashboards
CASE STUDY #3: Care Redesign
VALUE
Days SavedLOS Index Changes
from FY13 to FY16
- 500 1,000 1,500 2,000 2,500 3,000 3,500
Complex ICU - AdultsComplex ICU - Peds
Heart Transplant / VADHematologic Malignancies
Hip & KneeKidney / Liver Transplant
ObstetricsPCI and Diagnostic Cath
Renal FailureSepsisStroke
DUHS Hospital Days Avoided(FY13 to FY16 LOS index changes, MS-DRG defined)
CASE STUDY #3: Care Redesign
VALUE
Finance Cost Savings (Transforming our Future Benefit Close-Out),$20.3M
Wave and Team Total ToF Benefits Wave 1Hematologic Malignancy 942,132Hip & Knee 107,258Sepsis 841,881Wave 2Complex ICU – Adult 291,031Complex ICU – Peds 943,312Neonatology 204,263Obstetrics 521,843Spine 68,880Wave 3Heart Transplant / VAD 2,133,869
Kidney / Liver Transplant 659,882Peds Cardiac 479,488Wave 4PCI / Diagnostic Cath 1,134,104Renal Failure 628,874Stroke 1,258,583Care Management LOSGrand Total 20,284,975
CASE STUDY #3: Care Redesign
VALUE
Cost Improvement(FY17 Year End versus FY18 YTD thru Qtr 2 DUHS)
$4.7 million in cost improvement in FY18 YTD
Wave Team Performance to Target
Wave 1
HEM MAL 1,136,691 ORTHO 386,692 SEPSIS (898,940)SPINE (2,321,960)
Wave 2
ADULT ICU 1,146,598 NICU 703,461 OBSTETRICS (172,977)PICU 828,761
Wave 3
HEART TRANSPLANT VAD (719,578)KIDNEY TRANSPLANT (210,026)LIVER TRANSPLANT (165,283)PEDS CARDIAC SURGERY (402,418)
Wave 4PCI 487,140 RENAL FAILURE (31,606)STROKE 78,045
Wave 5COLECTOMY (ERAS) (31,003)PROCTECTOMY (ERAS) (13,370)LUNG TRANSPLANT 1,975
Wave 6 NEPHRECTOMY (ERAS) (45,709)PROSTATECTOMY (ERAS) (143,179)Total 4,769,364
CASE STUDY #3: Care Redesign
VALUE
Improvement in patient outcomes and satisfaction
Multi modal process improvement with HIT across large clinical diagnoses and processes
Significant savings in terms of ALOS, readmission rates and cost per case
CASE STUDY #3: Complete Joint Replacement
Total Joint Hip and Knee Care Redesign
David Attarian, MD, FACS, FAOADuke PDC, Chief Medical Officer
Professor and Executive Vice Chair–Department of Orthopaedic Surgery
Jennie Wahl, MBAAdministrative Director
Musculoskeletal and Spine CSU
June 7, 2018
David E. Attarian, MD, FACS, FAOAChief Medical Officer, Duke Private Diagnostic Clinic (SOM Clinical Faculty)Professor and Executive Vice Chair, Department of Orthopaedic Surgery
EDUCATION:MD, Duke University School of Medicine, 1980BA, Biochemistry, Princeton University, 1976RESIDENCY:Surgery and Orthopaedic Surgery, Duke University Medical Center, 1980-1986BOARD CERTIFICATION:American Board of Orthopaedic Surgery, Orthopaedics
PHYSICIAN PROFILE
Jennie E Wahl, MBAAdministrative Director, Musculoskeletal and Spine Clinical Services, Duke University Hospital
About Jennie:Jennie first started at Duke in 1990 as a Physical Therapist, where she spent over 20 years treating patients and providing supervision of therapists and students. Jennie now provides oversight of all quality and performance improvement initiatives and helps with strategic and business planning efforts. Jennie has successfully leveraged process improvement tactics to lead several teams in improving quality and efficiency indicators.
EDUCATION:BS in Physical Therapy from West Virginia UniversityMBA from The University of North Carolina’s Kenan-Flagler School of Business
CERTIFICATION:Six Sigma Black Belt
PRESENTER PROFILE
Devices and Supplies50%
Room and Board14%
Ancillary Therapy4%
Lab2%Imaging
1%Trauma and Emergency
0%
Unmapped0%
Pharmacy14%
Periop14%
DomainsDevices and Supplies
Pharmacy
Periop
Room and Board
Ancillary Therapy
Lab
Imaging
Trauma and Emergency
Unmapped
CASE STUDY #3: Complete Joint Replacement
PROBLEM
Direct cost data from FY13 Devices and Supplies – 50% Pharmacy – 14% Periop – 14% Room and Board – 14%
CJR Cost Attribution Before
CASE STUDY #3: Complete Joint Replacement
PROBLEM: CJR Opportunities
DRG DRG Description Discharges
0461 Bilateral or Multiple Major Joint Procs of Lower Extremity w MCC 2
0462 Bilateral or Multiple Major Joint Procs of Lower Extremity w/o MCC 56
0466 Revision of Hip or Knee Replacement w MCC 10 0467 Revision of Hip or Knee Replacement w CC 133 0468 Revision of Hip or Knee Replacement w/o CC/MCC 197
0469 Major Joint Replacement or Reattachment of Lower Extremity w MCC 62
0470 Major Joint Replacement or Reattachment of Lower Extremity w/o MCC 2,399
Duke University Health System Total 2,859
Key Tactics• Premium implant
usage standards• Vendor consolidation• Lower cost
medications• Improved pain
management• Planned support to
return home
CASE STUDY #3: Complete Joint Replacement
DESIGN Focus
Leveraging data to set priorities and direction Risk stratification of patients before surgery to direct
post operative management options Measure performance and impact of initiatives Dashboards: inclusive and functional; allows for a
strong emphasis on continuous feedback and transparency for specific interventions
CASE STUDY #3: Complete Joint Replacement
DESIGN – Risk Stratification Developed Risk Stratification tool to identify patient status up front –inpatient versus outpatient
What factors are important? What does not matter?
Establish model using comorbidities and demographic factors
Improves care delivery as the care path and transitions of care can be determined earlier based on the predicted patient status
CASE STUDY #3: Complete Joint Replacement
HIT
Preoperative patient reported outcomes capture
Allows for standardized data capture to emulate best practice and reduce variation among providers
CASE STUDY #3: Complete Joint ReplacementHIT
Preoperative patient reported outcomes capture
Provides discrete data element documentation to measure performance over time
CASE STUDY #3: Complete Joint Replacement
HIT
A Medicare patient had a hip or knee replacement at Duke. Within 90 days postop, she shows up to the ED where the diagnosis is S79.099P (or one of many other lower extremity fracture ICD‐10 codes). This
causes the BPA to display in the BPA section (not a popup). • The in basket message sends automatically to a pool.
• Provider has access to 2 consults, click Apply Selected then Sign. There are no requirement prompts in the orders to fill in.
• There’s also a “Does not meet CJR criteria” that hides the BPA to everyone for 24 hours.
CJR Bundle Best Practice
Alert
Real-time alerts so clinicians can make informed decisions in the moment
CASE STUDY #3: Complete Joint Replacement
HITOther examples of how the joint replacement team leveraged HIT
• Pre and post operative order sets• Standardized nursing teaching plans and neuro-
assessments• Multi-modal pain algorithm• Risk stratification and predictive modeling• Meds to beds• Smart phrases• Alert banners and BPA’s• Duke MyChart functionality for patient outcome tools
(HOOS, KOOS, Promise)
CASE STUDY #3: Complete Joint Replacement
Promotes Trans‐parency
Available to all
members
Aggregate and
provider level
options
Detailed view of priorities
VALUE: CJR Summary
CASE STUDY #3: Complete Joint Replacement
VALUE: Total Joint Dashboard
PICase Review
Patient Level Detail
Provider Level Detail
CASE STUDY #3: Complete Joint Replacement
VALUESelect
Initiatives Improvement Levers Intended Impacts
Improve Advanced Planning
•Standardized tactics to identify patients who could avoid extra hospital days through advanced planning
Reduction in length of stay/readmissions
Improve Discharge Facilitation
•Optimized and standardized discharge instructions (After Visit Summary, Certification for Home Health Services) and post discharge referral orders and processes
Reduction in length of stay/readmissionsIncrease in patients discharged to home
Enhance Patient Experience
•Standardized pre-op and inpatient teaching and scripting as well as clinical care/teaching plans
Aligned expectations among care team, patients and caregivers to streamline discharge process
Reduce Implant Utilization and
Negotiate Improved Pricing
•Conducted system-wide component utilization analysis •Developed an approach to maintain accountability for use of agreed-upon high cost implants
•Leveraged stakeholders to support vendor negotiations
Reduction of implant spend through utilization and pricing initiatives
$1.7+M Annual Cost Savings
CASE STUDY #3: Complete Joint Replacement
VALUE
Impact of new Medicare ruling
Average Length of Stay over time
CASE STUDY #3: Complete Joint Replacement
VALUE
HCAPS CategoriesFebruary 2017‐ January 2018
Claire HowellPerformance Services
CASE STUDY #3: Complete Joint Replacement
VALUE
71%68%
71%
76%
10%
15%18%
14%18%
15%11%
9%
0%
10%
20%
30%
40%
50%
60%
70%
80%
2015 2016 2017 2018P9
% of Patients
Discharge DispositionPrimary Hip
HomeHome HealthSkilled Nursing
53%56%
63%
70%
23% 22% 23%
16%
21% 21%
13% 13%
0%
10%
20%
30%
40%
50%
60%
70%
80%
2015 2016 2017 2018P9
% of P
atients
Discharge DispositionPrimary Knee
CASE STUDY #3: Complete Joint Replacement
VALUE
Duke Institute of Health Innovation
CASE STUDY #3: Complete Joint Replacement
VALUE
Adapted Care Redesign monitoring tools with CMS Comprehensive Joint Replacement’s expanded project focus
CASE STUDY #3: Complete Joint Replacement
Translating and sharing our work
CASE STUDY #3: Complete Joint Replacement
Continuous EvolutionOnline videos for patient education Short vignettes addressing FAQ, patient testimonials Live web cast with total joint surgeon and team Increase POD 0 dischargesAnticipate OP hip and knee arthroplasty to represent 10‐15% of activity in futureManage new Medicare ruling for TKA: no longer on the inpatient only listWorking on pre‐surgical opportunitiesRisk stratification with Predictive modelingContinue to use Health information technology to navigate change and support clinical initiatives
30 day readmissionsReturn to ED (to capture outpatient volume)Real‐time informationAlertsReportsOptimize MyChart usage for registered patients
CASE STUDY #3: Asthma Care Redesign
Pediatric Asthma Care Redesign
Heather McLean, MD
Heather McLean MDVice Chair for Quality, Department of Pediatrics
EDUCATIONUniversity of Michigan Medical School, 1996RESIDENCYPediatrics, Children's Hospital Boston (Massachusetts), 1996-1999
PHYSICIAN PROFILE