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Transcript of The Information-Powered Health System
The Information-Powered Health System
Transforming Care Delivery with Data
Conflict of Interest Disclosure
David Katz, MD, JD
• Salary: Yes
• Royalty: NA
• Receipt of Intellectual Property Rights/Patent Holder: NA
• Consulting Fees (e.g., advisory boards): NA
• Fees for Non-CME Services Received Directly from a Commercial Interest or their Agents (e.g., speakers’ bureau): NA
• Contracted Research:NA
• Ownership Interest (stocks, stock options or other ownership interest excluding diversified mutual funds): Stock Holder
• Other: NA
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Health IT Takes Center Stage
Transforming Care Delivery with Data
Migrating to a New Business Model
Road Map for Discussion
• Meeting the Meaningful Use Mandate
• Building the Foundation for Analytics
• Delivering Information-Powered Care
1. Health IT Takes Center Stage
A Massive Infusion of “Obama Bucks”
Health IT Funding in Stimulus Bill Designed to Accelerate EHR Adoption
Source: American Reinvestment and Recovery Act, 2009; Innovations Center interviews and analysis.
Market Force #1 – The New Health IT Mandate
$34 B$2 B $36 B
Breakdown of Health IT Funding in 2009 HITECH Act1
Provider EHR Incentives
Office of the National Coordinator for Health IT
Total
Hospital Incentives
Physician Incentives
Health Information Exchange Grants
IT Support for Critical Access Facilities
1 Health Information Technology for Economic and Clinical Health Act.
Source: IT Insights interviews and analysis.
Health IT Only One Piece of the Larger Reform Agenda
Timing and Impact of Health Reform Proposals
Expanding Coverage
Market Force #2 – Payment Reform
Promoting Efficiency Reducing Demand
Time
Impact on
Provider Business
Employer Mandate
Individual Mandate
Reduced DSH Payments
PublicPlan
Bundled Payments
At-Risk Quality
Bonuses
Outcome-Based
Penalties
Episode-Based
Payments
Stimulus IT Incentives
Medical Homes
Comparative Effectiveness
Disease Management
Capitation
Source: Innovations Center interviews and analysis.
IT Backbone Essential to Transforming Care Delivery
Evolutionary Path of Payment Models
Pay for Performance
Episodic Bundling
Capitation/Shared Savings
Level of Clinical IT
Integration
Span of Accountability
Minimal
Extensive
Hospital Care Continuum
2. Transforming Care Delivery with Data
• Meeting the Meaningful Use Mandate
• Building the Foundation for Analytics
• Delivering Information-Powered Care
Source: Innovations Center interviews and analysis.
The Information-Powered Health System
Hospital Performance
Elevating Care at the
Bedside
Reinforcing Core Clinical
Systems
Maximizing CPOE
Utilization
Exchanging Data Across the
Continuum
Time
Ensuring Data Quality
Upskilling the Analytics
Team
Supporting Chronic Care Management
PreventingDisease
Synthesizing Clinical Data
I. Meeting the Meaningful Use
Mandate
II. Building the Foundation for
Analytics
III. Delivering Information-
Powered Care
Source: Innovations Center interviews and analysis.
Unbundling the Mandates for Inpatient EHR Systems
Four Key Challenges to Achieving Meaningful Use Compliance
Meeting the Meaningful Use Mandate
II. Securing CPOE Adoption
III. Integrating Across the Continuum
IV. Connecting Patients to Providers
Installing the Full Suite of Inpatient Systems Looking Beyond Our Four Walls
I. Clearing the Hurdle for Core Clinical Systems
1 Certifying Commission for Health Information Technology. Source Innovations Center interviews and analysis.
Clearing the Hurdle for Core Clinical Systems
Looming Penalties Accelerating Replacement of Outmoded IT Systems
Common Concerns in Achieving Meaningful Use Compliance
Meaningful Use Mandate #1
Lacking Key Components Certification in Question Insufficient Legacy Systems
• Clinical system missing some or all ancillary systems
• Documentation system lacking, unable to interface with existing systems
• Central data repository not present or without interoperability functionalities
• Homegrown system functionalities insufficient to meet meaningful use
• Core system unable to gain CCHIT1 certification
• System architecture incompatible with needed components
• Legacy systems lack integration capabilities to aggregate data for reporting
• Older software lacking necessary functionality
• Vendor no longer supports upgrades, is out of business
Source: HIMSS Analytics EMR Adoption Model, August 2009; College of Health Information Management Executives, “Summary of CHIME Member Survey on Adoption of CPOE,” July 2009, available at www.cio-chime.org; Innovations Center interviews and analysis.
Securing CPOE Adoption
Percentage of Hospitals with CPOE in Place
Third Quarter 2009
Meaningful Use Mandate #2
Few Hospitals with CPOE, Even Fewer with Strong Utilization
11%
57%
8% 8%
27%
20% or Less Entered by Physicians
30% - 50% Entered by Physicians
60% - 80% Entered by Physicians
90+% Entered by Physicians
Percentage of Orders Entered by Physicians in Hospitals with CPOE
n = 199
1 Pseudonym. Source: Innovation Center interviews and analysis.
Hollop University Health System
Case in Brief
• Eight-hospital health system located in the Midwest
• Leadership identified conversion of care processes from paper to digital as a key challenge
• Added new staff, provided incentives for physician participation to address problems with conversion
Rethinking Traditional Staffing to Ensure Successful Adoption
Hospitals Leveraging Informaticists to Ease Transition to Digital Medicine
Key Components of CPOE Process Redesign Success at Hollop University Health System1
Hired Chief Medical Information Officer
Addition of physician executive builds credibility with physicians and other clinical leaders
Recruited Team of Informaticists
Informaticists serve as liaison between clinical, IT staff ensuring system compatibility with true care delivery process
Incented Physiciansto Actively Participate
Existing program providing compensation to clinicians who work on quality improvement expanded to include contribution to designing digital care pathways
1 2 3
Source: Innovations Center interviews and analysis.
Integrating Providers Across the Continuum
Meaningful Use Mandate #3
Value
Level of Integration
Provider Portal
Bi-directional Exchange
Fax Transmission
Medical records, diagnostic results faxed to providers
Physicians provided with read-only access to inpatient EHR
Patient health records updated in acute care and ambulatory settings
“An Antiquated Approach” “The Basic Option” “The Emerging Baseline”
Two-Way Data Flow the New Standard for Hospital-Physician Connectivity
Source: Howard, AJ, “The Hospital as the Network Hub,” Health Data Management, August 2008; Innovations Center interviews and analysis.
Building Virtual Integrated Networks
Array of Provider-Led Integration Initiatives
Health Systems Leveraging Integration Engines to Facilitate Data Exchange
1 University of Pittsburgh Medical Center.
42-hospital Catholic Healthcare West funding multiple regional integration initiatives
500-bed Hoag Memorial creating network with over 1,000 independent practices
Three-hospital Exempla Healthcare linking to ambulatory EHRs using Medicity Novo Grid
300-bed Silver Cross Hospital installed Mirth integration engine to integrate lab data for physician offices
20-hospital UPMC1
partnering with dbMotion to integrate clinic-based EHRs
Seven-hospital Spectrum Health using Medicity Novo Grid solution to connect with independent practices
1 Pseudonym. Source: Innovations Center interviews and analysis.
Milliways Regional Hospital
Case in Brief
• 2,500-bed hospital located in the Southwest
• Developed PHR in partnership with Microsoft HealthVault
• Piloted with cardiac surgery patients, ultimately to be offered to all hospital patients
Connecting Patients to Providers
Key Features of Milliways Regional Hospital1 Personal Health Record
Meaningful Use Mandate #4
EMR Driven
PHR is updated with information from the hospital’s EMR
Easy Portability
Patient can authorize access to record for any physician with access to HealthVault
Branding Value
PHR is accessed via hospital-branded website, building greater patient loyalty
Next-Generation PHRs Beginning to Emerge
Source: Innovations Center interviews and analysis.
Banking on Clinical IT to Elevate Performance
Maximizing Administrative Systems
Leveraging Clinical Information Systems
Impact on Performance
IT Sophistication
Supply Chain Management
Revenue Cycle Management
Staffing Productivity
Potential Performance
Gap
Source: Innovations Center interviews and analysis.
The Information-Powered Health System
Hospital Performance
Elevating Care at the
Bedside
Reinforcing Core Clinical
Systems
Maximizing CPOE
Utilization
Exchanging Data Across the
Continuum
Time
Ensuring Data Quality
Upskilling the Analytics
Team
Supporting Chronic Care Management
PreventingDisease
Synthesizing Clinical Data
I. Meeting the Meaningful Use
Mandate
II. Building the Foundation for
Analytics
III. Delivering Information-
Powered Care
Technical Hurdles Hindering Analysis
1 Clinical information systems.
Data not consistently documented, lack of standardized definitions
Data locked in disparate systems, unable to aggregate for analysis
Report generation technically challenging, limiting widespread adoption of analytics
Common Challenges to Developing a Robust Analytics Platform
Inconsistent Data Quality Siloed Information Systems Time-Consuming Reporting
ADTCIS1
Pharm Billing
ICU
Registration
Pharmacy
“Jon Smith”
“Jonathan Smith”
“Smith, Jon H.”
PENDING COMPLETE
Source: Innovations Center interviews and analysis.
1 Pseudonym. Source: Innovations Center interviews and analysis.
Zellerbach Health System1
Case in Brief
• 400-bed hospital located in the Northeast
• Identified need for comprehensive data management strategy to improve
reliability and usefulness of clinical data
Build a Dedicated Data Management Infrastructure
Committees Tackle Nettlesome Data Quality Issues
Establishing the Data Quality Baseline
Metric Management Committee
Data Quality Committee
Systems Integration Committee
• Constructs data dictionary
• Defines enterprise metrics
• Supervises core measure workgroup
• Manages data extraction, transformation, and loading
• Supervises data warehouse workgroup
• Conducts data quality audits
• Evaluates structured documentation
• Supervises data stewards
• Ensures alignment of data management efforts
• Supervises data committees and workgroups
Enterprise Data Steering Committee
1 Clinical information systems. Source: Innovations Center interviews and analysis.
Divergent Approaches to Pooling Clinical Data
Aggregating Data for Meaningful Analysis
Enterprise Data Warehouse
Ancillaries ADT CIS1
Data Warehousing Strategy Data Mart Strategy
Diabetes Data Mart
Surgery Data Mart
PneumoniaData Mart
Central repository to support diverse analyses Discrete solutions to analyze specific questions
Ancillaries ADT CIS1
$70K -$295K
$190K -$560K
$450 K
$1.5 M
Technology Labor
Significant Cost Differential Between Approaches
Average 300-Bed Hospital
Data Infrastructure Costs Potential Drawbacks to Data Mart Strategy
Data Marts Data Warehouse
Data Mart the Low-Cost Option, but Not Without Limitations
Source: Innovations Center interviews and analysis.
Limits scope of analysis to data elements defined during development
Requires greater understanding of specific data elements needed for desired analysis
Fails to identify dependent relationships extending beyond the scope of the mart
Data Specificity
Analytical Scope
Pattern Recognition
Source: Innovations Center interviews and analysis.
Push Analytics to the Front Line
Success Dependent on Ensuring Accessible Information for Key Decision Makers
Normalizing the Data Creating Effective Analytical Tools
Source Systems
Data Repository
Role-Based Dashboards
Critical Alerts
Drill-Down Reports
Pre-programmed Queries
Expanding Data AccessTechnical Staff Clinical Leaders
Source: Cerner, available at http://www.cerner.com, accessed June 23, 2009; SAP, available at http://www.sap.com, accessed June 23, 2009; Innovations Center interviews and analysis.
No Shortage of Vendor Solutions
Representative Vendor Offerings
PowerInsightEnterprise data warehouse built on the Cerner Millennium data model that includes Web-based dashboards with enterprise-wide view of performance measures; includes 600 predefined performance measures across four topic areas: clinical, regulatory, operational, and financial
Compass ToolsWeb-based BI tools providing robust data collection, real-time decision support, advanced analytical capabilities, and dedicated advisor support; includes financial, operational, and clinical analytical solutions
Business Objects Integrated enterprise data warehouse platform that includes query, analysis, dashboard, and predictive analytics capabilities; provides performance management tools related to financial consolidation, spend analytics, and business planning
Source: Innovations Center interviews and analysis.
Organizational Hurdles Hindering Analytics
Common Challenges to Staffing the Analytics Effort
Widening Skills Gap
Lack of clinical expertise or background limits analytical sophistication of clinical data sources
Redundant Analytical Efforts
Lack of staff cooperation or integration results in redundant, potentially contradictory analyses
Unfocused Analytical Initiatives
Ad hoc analytical efforts limit impact, potential misalignment with strategic priorities
Staff Skills
MRSA Report
MRSA Report
Source: Innovations Center interviews and analysis.
Requiring More Advanced Analytical Expertise
Cultivating Internal Analytics Expertise
Health Informaticist Medical Informaticist Bioinformaticist
Role Intermediary between clinicians and IT team in development of clinical IT systems
Internal “developer” of analytic tools that improve the clinical decision-making process
Clinical expert wholeverages genetic data to improve disease detection and prevention
Background • Physician • Nurse• Computer programmer
• Physician • Nurse• Computer programmer
• Physician • Biostatistician
Training Master’s degree in clinical informatics
Master’s degree in clinical informatics
Master’s degree, PhD in bioinformatics
TypicalProjects
• Deploy EHR systems• Develop CPOE systems
• Build decision support tools
• Develop evidence-based care systems
• DNA sequencing• Genetic modeling
EBM
Implementation-Focused
Analytics-Focused
Range of Informatics Specialists
Source: Innovations Center interviews and analysis.
Kaiser Permanente Northwest
Case in Brief
• Integrated delivery system based in Portland, Oregon
• Developed robust skills training for analytical staff to foster internal development of advanced analytical talent
Taking Staff Competencies to the Next Level
Data and Information Management Enhancement (DIME) Program Overview
Walking in Their Shoes Elevating Communication Competencies
• Shadow physicians, business leaders for eight half days to better understand clinical operations across care continuum
• Identify how users interact with systems and analytical needs
• Participate in Toastmasters to improve communication and presentation skills
• Train with communications coach on conveying complex analyses and improving active listening skills to better understand, identify client needs
Source: Innovations Center interviews and analysis.
Upskilling the Analytics Team
Supplementing Baseline Analytical Skills with Advanced Training
Ongoing Analytics Training at Kaiser Permanente Northwest
Learn advanced business intelligence tools, simulation modeling
Attend doctoral courses in dynamic simulation modeling at local university
Develop annual individual development plan for ongoing skills advancement
Participate in professional societies, conferences; attend vendor-sponsored user summits
Individual
Development
Plan
Σ(x1 – μ)2
nk=1
n
Advanced Technical Training
Continuing Education
Professional Engagement
Ongoing Development
Clinical Informatics
Quality Improvement
1 Pseudonym. Source: Innovations Center interviews and analysis.
Haas Health1
Case in Brief
• Five-hospital health system located in the West
• Reorganized departments to reduce duplication and leverage synergies
• between staff to enhance performance improvement efforts
Overcoming Organizational Silos
Clinical Improvement Department
Consolidating Clinical Improvement Expertise
Provide advanced analytical services for entire system
Deliver quality improvement education sessions to staff
CNO CIO COO
Performance Acceleration
Previous Organizational Model Reorganized Department Structure
Serve as internal consultants on process improvement, Lean redesign
Source: Innovations Center interviews and analysis.
Creating a One-Stop Clinical Improvement Shop
Benefits of an Integrated Model
Performance Acceleration Staff
Clinical Informaticists
Acting as the Single Source of Truth for Data
• Consistent data collection, analysis methodology ensures data reliability, validity
• Specialized informaticists ensure high-quality analysis
Increasing Impact of Analytical Initiatives
• Adept staff able to quickly translate findings into actionable improvement
• Continual monitoring, refinement of process ensures sustained gains
Quality Improvement Staff
Source: Innovations Center interviews and analysis.
The Information-Powered Health System
Hospital Performance
Treating Disease
Reinforcing Core Clinical
Systems
Maximizing CPOE
Utilization
Exchanging Data Across the
Continuum
Time
Ensuring Data Quality
Upskilling the Analytics
Team
Managing Disease
PreventingDisease
Synthesizing Clinical Data
I. Meeting the Meaningful Use
Mandate
II. Building the Foundation for
Analytics
III. Delivering Information-
Powered Care
1 Ventilator-associated pneumonia.
Source: Starmer J, et al., “A Real-Time Ventilator Management Dashboard: Toward Hardwiring Compliance with Evidence-based Guidelines,” American Medical Informatics Association Annual Symposium Proceedings Archive, 2008; Innovations Center interviews and analysis.
Vanderbilt Medical CenterCase in Brief
• 600-bed academic medical center located in Nashville, Tennessee
• Developed automated electronic dashboard to display real-time patient status for compliance with evidence-based ventilator management bundle
Combating Pneumonia with Analytics
Vanderbilt Developing Next-Generation Treatment Algorithms
EHR
Pulls data from nurse documentation, CPOE, and respiratory therapy systems into EHR
Displays overdue treatments in color-coded dashboard on ICU computer screensaver and EHR
VAP Bundle
vs.
Identifies gaps in documented care against recommended VAP1 management bundle
Automated Algorithms Data Aggregation Staff Alerts
Ms.Wu
Treating Disease
1 Urinary tract infections.
Source: Govern P, “ICU Teams Drastically Reduce Vent-Related Pneumonia Rates,” Reporter, February 13, 2009; Innovations Center interviews and analysis.
Automating Best Practice Yields Impressive Results
October 2007 – August 2008
VAP Dashboard Pilot Results
VAP Rate Reduction
($1.9 - $3.5 M)
Estimated Cost Reduction
Next Areas of Focus at Vanderbilt
(41%)
Patient Falls
Pressure UlcersBlood Stream
Infections
Catheter Associated UTIs1
1 Pseudonym.
2 Practice management system. Source: Innovations Center interviews and analysis.
Bowles Health Information Exhange
Case in Brief
• Not-for-profit health information exchange located in the East
• Leverages claims data mining software to generate customized disease dashboards for participating physicians, enhance outreach to chronically-ill patients
Supporting the Front Lines of Care
Health Information Exchange Supports Analytical Platform for Care Management
Managing Disease
• Disease registry to manage chronically ill population
• Treatment alerts to maximize patient visits
• Quality reporting tools to identify opportunities for improvement
Proactive Patient Outreach
• Notifications to remind overdue, non-compliant patients
• Patient education, self-management tools to increase compliance
• Health coaching to reinforce care plan
Care Management Decision Support
PMS2 EHR Lab eRX
Bowles Health Information Exchange1
Source: Dallas-Fort Worth Hospital Council; Innovations Center interviews and analysis.
Dallas Fort-Worth Regional Enterprise Master Patient Index
Project in Brief
• First-of-its-kind regional patient index created by the Dallas-Fort Worth Hospital Council Education and Research Foundation using QuadraMed software
• Facilitates tracking of readmissions patterns, ED utilization, and other service utilization by specific patients across 75 hospitals in the North Texas region
Pinpointing Gaps in the Chronic Care Continuum
Data Mining Tool Facilitates Tracking of Chronically Ill Patients
Regional Master Patient Index
Member Hospitals Data Mining Infrastructure Sample Reports
ED Utilization Report
Readmissions Report
Chronic Care Continuum Gap Assessment
Claims Database
Source: Oregon Center for Aging and Technology (ORCATECH), available at www.orcatech.org, accessed August 11, 2009; Kaye J, “Technology and the Aging Brain: New Approaches to Understanding Change,” ORCATECH; Innovations Center interviews and analysis.
Oregon Center for Aging and Technology (ORCATECH)
Case in Brief
• Part of the Oregon Health & Sciences University located in Portland, Oregon
• Established in 2004 to provide an infrastructure for developing technologies to support independent aging
• Partners with senior living communities to provide living laboratories for testing home-care technologies
Next-Generation Remote Monitoring
Sensors capture variations in mobility
Hallway sensors monitor gait and mobility
Computer kiosk assesses cognitive function
Wiring the Patient Home to Continuously Monitor Patient Health
1 For example, potential dementia or Alzheimer’s disease.
2 Research funded by National Institute on Aging grants AG024978, AG024059, AG008017.
Source: ORCATECH, “Algorithms for Long-Term Change,” available http://www.orcatech.org, accessed August 11, 2009; Innovations Center interviews and analysis.
Detecting the Subtle Signs of Cognitive Decline
• ORCATECH research funded by National Institute on Aging and Intel Corporation2
• Leveraging longitudinal data generated by home-based seniors to detect early onset of dementia, Alzheimer's disease
Study in Brief
Sleep Patterns
Computer Use
Medication Adherence
Daily Mobility
Long-Term Change Algorithm
Indications of Normal Aging
Early Warning Signs
Evidence of Cognitive Decline1
Collecting Data on Daily Routines Analyzing the Data to Assess Risk
1 Core measure manager.
Source: Niemi K, et al., “Implementation and Evaluation of Electronic Clinical Decision Support for Compliance with Pneumonia and Heart Failure Quality Indicators,” American Journal of Health-System Pharmacy, 2006 (66) 4: 389-397; Innovations Center interviews and analysis.
Sutter Medical Center, Sacramento
Case in Brief
• 306-bed hospital located in Sacramento, California
• Developed Core Measure Manager (CMM) to identify at-risk pneumonia patients
Unearthing Latent Risks with Predictive Modeling
CMM1 Identifies At-Risk Patients in (Near) Real-Time
Preventing Disease
Automated algorithm pulls patient data to generate list of those at risk for pneumonia
CMM validates findings by querying pharmacy to check if appropriate medications dispensed
If proper care outstanding, alert sent to pharmacy, nursing unit to assess patient
CMMRx
CMM
ADTRad
Lab Rx
Elderly patient admitted for hip fracture
Patient Admission Risk Assessment System Verification Clinical Alert
1 Pseudonym. Source: Innovations Center interviews and analysis.
Tolman Health System
Case in Brief
• Five-hospital health system located in the Midwest
• Partnering with public health agency, community organizations on wide-scale cardiovascular disease prevention initiative for a local community
Seeking to Eradicate Heart Disease
Tolman Health1 Leverages EHR for Community-Wide CV Prevention Effort
Primary/Secondary Prevention Efforts
Medical History
Genetic Information
Remote Monitoring Data
Generating the health profile of a community…
Weight Management Classes
CT Angiography
Advanced Diagnostics
Calcium Scoring
Medication Management
…to improve targeting of interventions
3. Migrating to a New Business Model
Shouldering the Cost, Sharing the Benefits
Source: Walker J, “The Value of Health Care Information Exchange and Interoperability,” Health Affairs, January 19, 2005; Innovations Center interviews and analysis.
Distribution of Ongoing IT Costs by Stakeholder Distribution of Net Benefits by Stakeholder
3%Payers and Other
Stakeholders
97%
39% 61%
Health Care Providers
Payers and Other Stakeholders
Health Care Providers
1 Health risk assessments.
2 Clinical information systems. Source: Innovations Center interviews and analysis.
Clarian Healthy Results
Case in Brief
• Separate subsidiary within Clarian Health, an integrated delivery network based in Indianapolis, Indiana
• Developed corporate employee wellness division based on the data-driven success of own internal wellness program
Striking into the Insurer’s Domain
Wellness Services Distinguished by Robust Analytical Foundation
Continuously Refining Risk Stratification
Claims Pharm
HRAs1 CIS2
Differentiating on Data-Driven Approach
Electronic care management system
Proprietary algorithms for medication management Σ (x1 – μ)2
n
k=1
n
Data mining infrastructure, predictive modeling software
Data Mart
Leveraging IT to Develop New Product Lines
Source: Innovations Center interviews and analysis.
Delivering ROI to Employers
Clarian’s Healthy Results Division Reining in Employee Health Costs
Medical Claims Expense Growth
Healthy Results Contracting Success
4
4,500
13
30,000
Total Contracts Covered Lives
2008 2009
8.0%
6.1%
Pre-Contract Year One
Total Contracts and Covered Lives
Representative Client Results
1 Pseudonym. Source: Innovations Center interviews and analysis.
Sproul Health Network1
Case in Brief
• Three-hospital health system located in the Midwest
• Demonstrated success in using health IT for population health management
• Supporting system efforts to transform business model and negotiate capitated contracts
Making the Case for a Capitated Contract
Pursuing Risk-Based Contracting
Chronic Disease Management System
Health IT Assets Hospitalizations per 1,000Diabetic Patients
370
2005 2007
315Remote Monitoring, Telehealth
Physician Performance Monitoring
Health System Highlights IT-Driven Care Management Capabilities
Source: Innovations Center interviews and analysis.
Realizing the Clinical and Strategic Value of IT
Point of Care Decision Support
Integrated Information
Exchange
Advanced Analytics
Patient-Provider Connectivity
Impact on Care Delivery
IT Investment