Title: UPMC
1UPMC
University of Pittsburgh
Medical Center
Information Services Division
A Practical Guide to LIS Implementations The
LIS and the Hospital CIO Sean ORourke
Pittsburgh, September 9, 2007
2Overview
- Background (Perspective)
- Operations
- Personnel
- Financial
- Wrap-up
3Background
4Clinical Department Systems Supply most of The
Data In An EHR
- Each month at UPMC we perform
- 4,500,000 Clinical Lab Tests
- 86,000 Radiology Exams
- 400,000 Radiology Images
- 13,000 Surgical Pathology Cases
- 17,000 Cytology Exams
All Of That Data Is Available, Immediately Upon
Completion, To Clinicians For On-line Review
Through The EHR Or Other Integrated Enterprise
Systems
5Clinical Department Systems Supply most of The
Data In An EHR
6Clinical Department Systems Distribution of the
systems
We are working towards the consolidation of the
different clinical department systems across the
organization
7Clinical Laboratory Overview Functions Supported
- Chemistry
- Hematology
- Urinalysis
- Special Chemistry
- Endocrinology
- Coagulation
- Specimen Processing
- Phlebotomy
- Microbiology
- Blood Bank
- Reference Testing
- Tissue Typing
- Cell Products Lab
- Tumor Markers
- Research Testing
- Inventory Mgmt
8Clinical Laboratory Overview System Services
- Client Services Liaison for Laboratories
- Misys Information System Support and Maintenance
- Enhancements Specification, Testing and
Implementation - Instrument Interfaces
- Application Interfaces
- Specimen Processing And Tracking
- Automated Testing
- Calculations And Rules
- Quality Control
- Point Of Care Testing
- Charting And On-line Results Reporting
9Clinical Laboratory Overview System Services
- Quest Diagnostics Venture, Inc.
- Support, maintenance of Misys interface
- UPMC IS liaison for labs/Quest
- Coordination of Quest lab projects at UPMC (ie.
PCO) - Department of Health Interface
- Reference Lab Interfaces
- - ARUP/FOCUS/Mayo/Pediatrics (in development)
- Deployment of real-time infection control system
(TheraDoc) - Tumor Marker System
- Development, Implementation and Support
- Microbiology/Epidemiology Data Supports Anthrax
Testing And Other Bioterrorism Initiatives
10Clinical Laboratory Overview Key considerations
- The Misys application is our Enterprise
Laboratory Information system. - Today
- More than 70 of the patient record is composed
of clinical laboratory data - Over 1.1 Million of lab orders are generated
every month - Over 4.5 Million test are completed every month
- Over 54 Million lab tests are completed per year
and there is an incredible trend upward of lab
test volume (20 volume increase during the last
year)
Laboratory test volumes continue to grow and
services continue to expand
11Clinical Laboratory Overview Growth in
Laboratory System Use
12Clinical Laboratory Overview Key considerations
Today we have 4100 Misys users 134 Instrument
Interfaces 13 sites Step increase of service
requests during the last year (average increase
of 60) An average of 10 instrument or
application interfaces per year (new or
replacement)
Laboratory test volumes continue to grow and
services continue to expand
13UPMC Information Services Division Management Team
Dan Drawbaugh
CIO
UPMC
Bill Hanna VP IT Infrastructure
Jim Bycura CIO, WPIC
John Houston Director Privacy Officer and
Assistant Counsel
Jody Cervenak CIO, Physician Division
Cliff Denholm Bio-Preparedness/PA National Guard
Nancy Landman VP Business Development and
Operations
Jacque Dailey CIO, Childrens Hospital
Sean ORourke CIO Service Lines and Products
Mark Hopkins CIO, Academic and Community
Hospitals
Paul Sikora VP IT Technology Transformation
Deb Salava/Scott Briercheck (interim) CTO,
International and Strategic Business Initiatives
Jay Srini VP Emerging Technologies
Ed McCallister CIO, UPMC Health Plan
Scott Gilstrap VP IMITs Center
Chuck Watson Director, Enterprise Business
Applications
Matrix reporting relationship to Business Unit
Leader
14Clinical Department Systems The teams
15Clinical Laboratory Overview On Site Support
16Clinical Laboratory Overview Key Areas for
Development
Several Opportunities Exist for
Improvements Utilization of SOA/Other
approach(es) to improve implementation time,
reduce maintenance costs for Instrument
Interfaces Standards development and
improvement for interoperability and utilization
of Lab Results New application development to
support diagnostic testing (Molecular
Diagnostics, Flow Cytometry, Cellular
Products) UI/Visualization techniques to
support interpretation for new tests
Increased specificity (personalization) of tests
and results will continue as part of
genomics/proteomics expansion
17Anatomic Pathology Overview Functions Supported
- Surgical Pathology
- Cytology
- Autopsy
- Histology
- Transcription
- Pathology Administration and Pathologists
- Molecular Diagnostics
- Bone Marrow and Flow Labs
- Cytogenetics
- Dermatopathology
- Dental Pathology
- Neuropathology
- Transplant Pathology
- Pathology Research and Consultations
Molecular Diagnostics And Cytogenetics Testing
Provide Leading Edge Technology For Diagnosis
18Anatomic Pathology Overview System Services
- CoPath Plus Pathology Information System Support
and Maintenance - Interfaces
- Specimen Accessioning And Tracking
- Lab Automation
- Special Procedure Testing
- Pathology Imaging
- Synoptic Templates For Structured Data Entry
- Diagnostic Support For UPMC Transplant Facilities
In Telepathology Allows Consultation On Remote
Cases
Pathology Centers Of Excellence Optimize The Use
Of Technology And Resources Across The Enterprise
19Anatomic Pathology Overview System Services
- Departmental Support
- PC/Device support coordination in PUH/SHY
- General IS Support for Pathologists
- Web site development and support
- Middleware app development and support
20Anatomic Pathology Overview Growth in Copath Use
21Anatomic Pathology Overview Key Areas for
Development
Similar Opportunites as with CP Lab
areas Integrated multi-media reporting in
collaboration with other (image intensive)
services (e.g., Radiology) Standards
development and improvement for interoperability
and utilization of Lab Results New application
development to support diagnostic testing
(Molecular Anatomic Pathology (MAP), Whole slide
Imaging) UI/Visualization techniques to
support interpretation for new tests
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ruments-equipment/pathologist-Becich-informatics.h
tm
Increased specificity (personalization) of tests
and results will continue as part of
genomics/proteomics expansion
22Specialty Laboratories Overview What is SLI
enabling?
- Growing testing volume in specialty laboratories,
new laboratory information systems
implementations, increase compliance with FDA
regulations, need to support increasing
workloads. - Consistent testing volume growth in specialty
laboratories (25 p/year MDx, 25 Tissue
Typing, etc). - Effort to consolidate services for laboratories
not adequately supported by current systems. - Support to all molecular testing across the UPMC
laboratories (area with highest growth rates in
labs) - Support to key clinical services in the cancer
center such as bone marrow transplant
Growing testing volume in specialty laboratories,
new laboratory information systems
implementations, increase compliance with FDA
regulations, need to support increasing
workloads.
23Specialty Laboratories Overview Applications and
Services Supported
- Cerner lab applications in the PathNet platform
PathNet-HLA, PathNet-GenLab, PathNet-Helix - Specialized support for niche applications such
as StemLab and SOPTrak - Over 80 users supported in 4 different laboratory
environments - Expected addition of 1 laboratory per year to
specialty labs group (at least 20 growth user
base)
Molecular testing volumes continue to grow and
other specialized laboratories will need to be
serviced by the Specialty Labs Informatics group
24Specialty Laboratories Overview Ongoing projects
Implementation of StemLab for Hematopoietic
Stem Cell and Cellular Therapies Laboratories
(UPCI) Implementation of SOPTrak for
Hematopoietic Stem Cell and Cellular Therapies
Laboratories (UPCI) Implementation of
PathNet-Helix for Molecular Diagnostics
Laboratory Optimization of PathNet-HLA in
Tissue Typing Laboratory Planning to support
Cytogenetics, Flow Cytometry and Molecular
Anatomic Pathology for FY08 implementations
Introducing significant efficiencies in the
workflow of the supported laboratories,
optimizing current systems and enabling cost
savings in new laboratory technologist hires
25Specialty Laboratories Overview Volumes
26The SLA Approach Commitment to our customer base
- Common base of understanding
- Problem categories
- Expected response times
- Expected follow up
- Problem escalation procedure
- Mission critical hours
- Disaster Recovery plans
- Identify processes
- Align resources
- Align Expectations
- Ensure Consistent Service
27Laboratory Information Systems Which systems
and what is covered (scope)?
- Areas Covered
- Anatomic Pathology
- Clinical Laboratories
- Specialty Laboratories
- Areas to be considered
- Radiology
- Imaging
- Other Ologies
- Cardiology
- Oncology
Systems tailored to support clinical departments
and specialist groups that complement and support
the data, resources and functions available in
the EHR system
28Operations
- Business Process, Technology
29Operations Process Technology
- Partnership with operations
- Clinical
- Operations (admin)
- Clear leadership support and involvement
- Identification of specific scope
- Identification of business(es) in scope
- Scope of operations
- Champion(s), Leader(s), Staff engagement
30Operations Process Technology
- Current State
- Requirements, Nice-to-have, Future
- Cost per volume driver(s)
- Test
- Procedure
- IT, SLA
- Future State
- Operational optimization
- Application (joint) development
- Imaging
- Integrated CP, AP, other ologies
- Cost per process projected, SLA costs
31Operations Process Technology
- Clinical operations
- Projected requirements for existing business(es)
- New businesses and/or opportunities
- Reference lab
- Other revenue model(s)
- Analysis of personnel requirements
- Analysis of business model impact
- IT requirements
- Financial assessment
32Personnel
33Personnel Human Resources
- Existing staff skills
- Current state implementation, support and service
(SLA) model - Translation to new environment
- Operations
- Technical
- Analytic
- Development requirements
- Operational optimization (internally or
externally led) - Application (joint) development
- New technologies and related skills
- Staffing requirements
- IT
- Operations
- Other(s)?
34Personnel Human Resources
- Training requirements
- Project team
- Customer training
- Additional areas (bio-medical equipment,
facilities) - Release time for all affected areas (financial
impact) - Availability
- Internal retention, recruitment
- External
- Augmentation
- Consulting
- Market local, regional, national
- New skills
- Costs
35Financial
- Business Model and Pro Forma
36Financial Business Model and Pro Forma
- One-time costs
- Expense of outstanding capital
- Conversion (software, hardware)
- Implementation
- Optimization (pre, simultaneous, post)
- Additional feature, function, services
- Point of service
- Robotics
37Financial Business Model and Pro Forma
- On-going costs
- Maintenance (application, hardware, other)
- Interface maintenance
- Other considerations
- Staffing
- Available
- Augmentation
- Consulting
- Out-sourcing
38Financial Business Model and Pro Forma
- Innovation
- New instrumentation
- Development
- SOA
- Vocabulary servics/standardization
- Clinical decision suppport
- Imaging
- Specialty lab areas
39Financial Business Model and Pro Forma
- Financial comparison may not be straight-forward
- Multiple year projections are necessary
- Many costs of innovation and general costs beyond
one or two years are highly speculative - Business relationship and alignment of incentives
are critical - Partnership (joint ownership)
- Joint investemnt for new development
- Other creativeapproaches
40Wrap-up