CDM Data Analytics Using a RIM approach

Report
CDM Data Analytics
Using a RIM approach
Diane Gutiw PhD
SAIC Canada
Health Solutions Business Unit
CDM Data Analytics Discussion …
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The Business Problem
Overview of CDM Workflow
Overview of the need for Data Analytics
Support in V3 messaging and RIM
How to implement
BioSense as potential solution for CDM
The CDM Business Problem
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Multiple disease conditions
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Diabetes, CHF, COPD, HBP, Asthma, Renal, Depression, Arthritis,
Alzheimer's, Epilepsy, Hepatitis, CF, Eating Disorders, Obesity, Cancer,
Anemia, AIDS/HIV etc.
May be overlap in conditions
Treatment focus is disease management not cure
CDM Clinician collaboratives
Data sharing based on treatments and outcomes rather
than POS data
Challenges of data collection
Challenges of data standardization/normalization
Potential Data Sources
Drug
Repository
EMR
EMR
EMR
SHR
RIM
Lab
Repository
Pharmacy
Pharmacy
ADT
ADT
Provider
Location
Repository
Repository
Client
Registry
DI
Repository
Immunization
Repository
CDM Workflow
Collaborate
Protocols
Outcomes
Treatment
Assessment
Diagnose Condition
Support in Messaging
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Supporting Messages:
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Lab
Diagnostic Imaging
Immunization
Prescription
ADT
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Gaps identified in existing reporting for
CDM
Gaps in HL7 v3 Messaging
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Use existing Registries/Repositories as “source of truth”
CDM elements available in RIM
Clinical data specific to CDM not in any existing RMIM
Data required for CDM Analytics outside of existing repositories:
 Clinical background (smoking cessation, diet, weight loss) all
available in SNOMED
 Concept of Collaborative Teams
 Includes combined assessment, referrals, treatment,
hospitalizations and adjusted treatment pattern for CDM
 Treatment refusals, testing negation indicators and lifestyle
adjustments/refusals critical to data analytics
And then how to consolidate data and extract for “meaningful use”?
Benefits of a RIM-based solution
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Supports data modeling requirements
Supports standardization
Supports normalization
Extends to multiple conditions, treatments,
outcomes
Supports reporting needs
BioSense Solution
BioSense Solution:
To provide a technology platform which
simplifies the enablement of public health
reporting in a healthcare-centric environment,
satisfying the requirements of HITECH and
“meaningful use” objectives relative to Public
Health.
BioSense Architecture
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A toolset that can be run standalone, or can be
integrated into an existing system or system interface.
An interface that allows loose coupling. This allows it to
be integrated into proprietary platforms such as Microsoft
.NET.
A design to support Public Health reporting, and flexible
enough to support future health reporting requirements.
Interoperable
Hardware and software vendor independent.
Able to collect appropriate and targeted
hospital/jurisdictional data.
BioSense System
Rhapsody
Secure
Messaging
The Integrator “listens”
to the source’s HL7
traffic and places
needed data on-line
Provides a
guaranteed message
delivery service
across the internet
Integrator
POS
Hospitals &
Clinics
Data Broker
Rhapsody
Receives source
data, un-batches and
transforms HL7 files
to XML & send XML
to queue
Extract,
Transform,
Load (ETL)
Informatica
Apply business rules
to data and load Data
Warehouse
Secure Data Network
POS
Labs
Provides Certificate based
authentication services
Retail
Pharmacy Rx
Application
Public Health Users
And CDM Users
Bio-Intelligence
Users
Data Marts
SAS
WebLogic
ESRI
LifeRay Portal
Application specific,
de-normalized &
decentralized data
SAS Analytics
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Data
Warehouse
Centralized Data
Repository
Example: Stand-alone Solution for
Surveillance
PHORS leverages SAIC’s healthcare and
HL7 messaging knowledge.
The PHORS architecture is designed to
allow Infection Control Practitioners
(ICPs) to define detection rules which are
then stored in a rules based engine and
used by web services to identify patient
data to assist ICPs in managing and
reporting of Hospital Acquired Infections
(HAI)
Public Health Open
Reporting System
(PHORS)
NATIONAL HEALTH
SAFETY NETWORK
BIOSENSE
ELR
BIOSENSE
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BioSense Features
 Configurable by the end user
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 You select the characteristics of the
records
 Controllable by the end user
Additional reporting available
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 Can require user approval prior to
reporting
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Can add other characteristics or reports for
local needs
Supports a multitude of data feeds
Next Steps….
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BioSense currently in production in US for Public Health
BioSense currently receives > 4 million clinical records daily
Batch (Not Real Time)
913 Veterans Affairs (VA) facilities
375 Department of Defense (DOD) facilities
Real Time
117 facilities from 24 Hospital Systems
536 facilities from 9 Syndromic Systems
2 National Reference Labs (LabCorp and Quest)
>35,000 retail pharmacies (PerSe, McKesson RelayHealth)
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BioSense to be presented to Canadian Public Health
and CDM business users
BioSense to be adapted to meet CDM requirements as
POC
Questions or follow up …
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Diane Gutiw [email protected]

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