IHD-QUERI Update 2011 Research and Methodology Committee Review Meeting -- January 26, 2011 Stephan...
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Transcript of IHD-QUERI Update 2011 Research and Methodology Committee Review Meeting -- January 26, 2011 Stephan...
IHD-QUERI Update 2011Research and Methodology Committee
Review Meeting -- January 26, 2011
Stephan D. Fihn, MD, MPHJohn Rumsfeld, MD, PhDChristian Helfrich, PhDMichael Ho, MD, PhD
Blake Wood, MS
Brief overview – IHD in VA IHD QUERI Update
• Productivity• Innovative projects• Extensive network of partners
Implementation Framework ≈ Strategic Plan (CART-CL=prototype)• Focus on systems of care
Ischemic Heart Disease
Acute IHD Care
Chronic IHD Care
Setting of care CCU, ED, Cath lab Clinic – primary care, cardiology
Providers Cardiologists Primary care, cardiologists
Guidelines STEMI; NSTEMI/UA Chronic IHD, Risk Reduction
Approach High tech, invasive “Low” tech, behavioral
Population 11,000 AMI annually ~0.9-1.2 million
IHD-QUERI Accomplishments:Past 3 years
• 22 IHD QuERI-affiliated investigators• Funding
20 studies led by IHDQ-affiliated investigators during past 3 years with $7.5 million in funding, including 8 QuERI RRPs
Plus: CART development ($5.3 m) QIR ($240k) Patient-aligned Care Team national evaluation center ($990k)
• 77 publications (2008-2010)
Highlights of Recent IHD-QUERI Accomplishments
Examples• Cardiac Care Follow-up
Clinical Study (CCFCS)• Cardiovascular
Assessment Reporting and Tracking System (CART)
8
Actions Taken• New Chief Cardiology Consultant (Dr. Jesse)• National steering committee (including PCS,
operations, research, OQP)• VISN action plans• New performance measures• National training• Technical assistance projects• Major investment in new equipment• Updated clinical guidelines (with AHA/ACC)• National cath lab software package (CART-CL)
CCFCS: AMI mortality within VHA is comparable to Medicare-funded hospitals
Fihn SD, et al. BMC Cardiovascular Disease 2009
Cardiovascular Assessment Reporting and Tracking System for Cath Labs (CART)
Missions of CART1. Clinical care2. Quality improvement3. Research
CART: Innovative Program for Post-Market Device Surveillance
2007: 1 UED Reported from VA to FDA
???
15 LEVEL III Potentially Device-Related
Patient Complications(FDA reportable MedWatch 3500A)
15 LEVEL III Potentially Device-Related
Patient Complications(FDA reportable MedWatch 3500A)
CART-FDA Device SurveillanceAugust 15, 2006-September 31, 2009
26,554 PCI REPORTSEntered in CART
August 15, 2006-September 31, 200926,554 PCI REPORTS
Entered in CART
308 DEVICE-RELATEDEvents Reported in CART
from 47 sites
308 DEVICE-RELATEDEvents Reported in CART
from 47 sites
215 LEVEL INot Specific to the Medical Device
(deidentified – no PHI)
215 LEVEL INot Specific to the Medical Device
(deidentified – no PHI)
78 LEVEL IIPotentially Device-Related
( details for novel events – no PHI)
78 LEVEL IIPotentially Device-Related
( details for novel events – no PHI)
CART IMPLEMENTATION: Key Barriers
Contentment with Current Processes
Staff Resource Concerns
Lack of Interfacing with External Systems
EVIDENCE BASED
PRACTICE
IMPLEMENT IMPROVEMENT
PROGRAMS
EVALUATE IMPROVEMENT
PROGRAMS
MEASURE GAPS
DEVELOP MEASURES AND DATA RESOURCES
DEVELOP CLINICAL EVIDENCE
QuERI Steps
EVIDENCE BASED
PRACTICE
IMPLEMENT IMPROVEMENT
PROGRAMS
EVALUATE IMPROVEMENT
PROGRAMS
MEASURE GAPS
DEVELOP MEASURES AND DATA RESOURCES
DEVELOP CLINICAL EVIDENCE
Implementation Practice
Data systems
Operational partnerships
Evolving systems of care
EVIDENCE BASED
PRACTICE
IMPLEMENT IMPROVEMENT
PROGRAMS
EVALUATE IMPROVEMENT
PROGRAMS
MEASURE GAPS
DEVELOP MEASURES AND DATA RESOURCES
DEVELOP CLINICAL EVIDENCE
Implementation Practice
Data systems
Operational partnerships
Evolving systems of care
Studying interventions built
into systems of care
Understanding the influence of organizational context
Ischemic Heart Disease
Acute IHD Care
Chronic IHD Care
Leveraging CCFCS and CART to identify gaps in care
Gaps in longitudinal
care
RF management
Patient adherence
Failure to optimize systems of care
Suboptimal coordination/transitions
Gaps in quality metrics
IHD Care
IHD as a Continuum
Risk factors:(e.g. hypertensionand hyperlipidemia)
Coronary artery disease:i.e., acute coronary syndromes andTreatment including PCI
Sequelae of CAD:i.e., CHF and chronic therapiesAnd device therapy (ICD)
Asymptomatic
Asymptomatic persons
without known Ischemic
Heart Disease
Stable Angina or Low Risk
Unstable Angina*
Acute Coronary Syndromes
Patients with known Ischemic
Heart Disease
Non-cardiac chest pain
New onset chest pain
Sudden Cardiac Death
Non-invasiveTesting
IHD as a Clinical Continuum
Strategic focus
Strategic foci
IHD QUERI Goals
Proposed projects
•Leveraging systems of care•Emphasis on effectiveness and safety•Team-based, patient-centered, coordinated care•Longitudinal care
Focus on systems of care and strategic partnerships as opposed to specific clinical conditions. Integrations with VHA strategic objectives.
Goal 1: Leverage information systems to improve quality and safety of care
1. Improve availability of timely clinical information at point of decision making
2. Track changes in quality of care and outcomes for AMI
3. Develop implementation tools and interventions at program level
4. Identify organization factors association with utilization of clinical data
Objective 1-1: Improve availability of timely clinical information at point of decision making
• Example: Appropriateness of PCI– Validate data elements in
CART needed to make appropriateness classification
– Assess variation in appropriateness of PCI
APCI-RRP and Bradley CDA
Objective 1-2: Track changes in quality of care and outcomes for AMI
• Longitudinal effectiveness and safety– Bleeding from triple
anti-thrombotic therapy– Prevalence, care, and
outcomes of newly diagnosed diabetes
– Clopidogrel use in CKD patients
IHAMI and CCFCS
Objective 1-3:Develop implementation tools and interventions
• Example: Reducing
radiation dose for invasive cardiac procedures– Develop toolkit to
reduce radiation used for invasive cardiac procedures
– Pilot test toolkit at 2 VA cath labs
Radiation-RRP
Objective 1-4: Identify organizational factors association with utilization of clinical data
• Example: ORCA– Prospectively validate
measure of organizational readiness to change against operationally-relevant outcomes
– Emphasis factors that are actionable
– Collaboration among 4 QUERIs
ORCA
Goal 2: Improve cardiovascular risk factor management by integrating new programs into
evolving systems of care
1. Identify and understand differences in risk factor management and their causes
2. Identify organizational and contextual factors that influence risk factor management
3. Develop implementation tools and interventions at program level to improve care and efficiency
Objective 2-1: Understand differences in risk factor management and causes
• Determine BP and LDL control in year following catheterization among CAD patients
• Determine specific patient, provider, and system factors associated with BP and LDL control
Maddox CDA
Objective 2-2: Identify organizational and contextual factors that influence risk factor
management• Example: Organizational
correlates of medication adherence– Assess roles of organization,
provider and patient-level factors in medication adherence
– Specifically examines structural factors thought to improve adherence (e.g., pharmacy FTE)
OCAM
Objective 2-3: Develop implementation tools and interventions at program level to improve
care and efficiency
• Develop intervention toolkit
• Incorporates formative evaluation focusing on contextual factors
• Collaboration with Stroke QuERI
• Develop and test centralized call center to support SMILE-BP intervention
• Addresses needs of smaller facilities with limited resources
SMIIIR
SMILE-BPRRP
VALUE SDP
• Demonstrated telephone-based staged matched intervention improved BP control
Leveraging established platforms for current projects
CART and CCFCS and IHD-QUERI partnerships and collaborations
Maddox CDA SMILE BP Clopidogrel RRPAPCI-RRP
ORCA OCAMRadiation RRP
Example of Innovative Work Leveraging Established Platforms
Clopidogrel-RRP
Link information systems (i.e., CART-CL and pharmacy) to provide real-time decision support and safety alerts
Leveraging Collaborations with Partners
IHD QuERI Research Coordinating Center
Seattle, WA
IHD QuERI Clinical Coordinating Center
and VA REAPDenver, CO
Jeffrey WhittleAffiliate Investigator
Milwaukee, WI
Sundar NatarajanAffiliate Investigator
New York, NY
Michael FischerInvestigatorChicago, IL
Salim ViraniAffiliate Investigator
Houston, TX
Cynthia JackeviciusAffiliate Investigator
Los Angeles, CA
Paul HeidenreichCHF QuERI
Palo Alto, CA
Michael Ho, Thomas Maddox, Tom TsaiAffiliate Investigators
Denver, CO
Stroke QuERIIndianapolis, IN
Mental Health QuERILittle Rock, AR
Diabetes QuERIAnn Arbor, MI
VA PCS, ACC/NCDR, FDANational Device Surveillance Center
Washington, DC
PACT Evaluation Centerand QIR
Seattle, WA Anne SalesVA IPEC
Michigan
Project to Study Implementation of CART-Eletrophysiology: Leverage Operational
Partnerships
CART-EP SDP
NCDR-ICD registry
National Cardiac Device
Surveillance Program
CART/PCS
Project to Improve Transitions of Care: Leverage Operational and QUERI Partnerships
Transitions-RRP
CHF QUERI
PACTQIR -Predictve
modeling & care
management
IHD QUERI
New Members of IHD-QUERI
• Co-Clinical Coordinator– Mike Ho
• Administrative Coordinator and Co-Implementation Research Coordinator– Blake Wood
• New investigators/EC committee members– Tom Tsai (interventional cardiologist) Paul Varosy
(electrophysiologist), Steve Bradley (general cardiologist), Sundar Natarajan (internist) Paul Hebert (health economist), Anne Sales (nurse) and Cynthia Jackevicius (pharmacist)
Summary Accomplishments to date
• Productivity• Innovative projects• Extensive network of partners
Implementation Strategy ≈ Strategic Plan• Focus on systems of care