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7/28/2019 Standard-Based Integration Profiles for Clinical Research and Patient Safety_SALUS_SRDC_Sinaci
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Standard-based integration profiles for
SALUS
Gokce B. Laleci Erturkmen, PhD
A. Anil Sinaci, MSc
SRDC Software Research, Development and Consultancy
Ankara, Turkey
2013 Joint Summits on Translational Science1
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2013 Joint Summits onTranslational Science
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SALUS: Scalable, Standard based Interoperability
Framework for Sustainable Proactive Post Market Safety Studies
(http://www.salusproject.eu/)
A STREP funded under Objective ICT-2011.5.3b Tools and
environments enabling the re-use of electronic health records
which aims to
Enable effective integration and utilization of electronic health record
(EHR) data to improve post-market safety activities on a proactive
basis Pilots in Lombardia Region (Italy) and Eastern Saxony (Germany)
WHO-UMCand ROCHEare actively involved in pilot studies
Partners
SRDC Ltd, Turkey (coordinator) EUROREC, France
WHO- UMC, Sweden
OFFIS, Germany
AGFA Healthcare, Belgium
ERS, Netherlands LISPA, Italy
INSERM, France
TUD, Germany
ROCHE, Switzerland
http://www.srdc.com.tr/salus/http://www.srdc.com.tr/salus/7/28/2019 Standard-Based Integration Profiles for Clinical Research and Patient Safety_SALUS_SRDC_Sinaci
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32013 Joint Summits onTranslational Science
How SALUS extends current spontaneous reporting system to
seamlessly exploit the already existing clinical data at EHRs
An ideal system for ADR surveillance would combine thestrengths of case reports with those of EHRs
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Use Cases
Enabling Semi-automatic Notification of Suspected ADEs and Reporting
ADEs within a Hospital
Enabling Notification of Suspected ADEs
Enabling Semi-automaticADE Reporting
Supporting Clinical Evaluation of a Potential Signal through Accessing the
EHRs
Characterizing the cases and contrasting them to a background population
What differs between the patients having a myocardial infarction within two weeks
of Nifedipine intake to all the other patients taking Nifedipine?
Temporal pattern characterisation
Is there a temporal association between a drug of interest and a medical eventofinterest
By comparing the actual and expected counts of events in different time periods relative
to thefirst prescription of a drug
Can be used for evaluating ADEs
Can be used to assesspositive impacts of drugs
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Running Exploratory Analysis Studies over EHRs for Signal
Detection Temporal association screening on EHRs
What does the Medical Event profile look like for Nifedipine?
Are there any drugs that might be associated with causing MyocardialInfarction?
Open ended analysis, no prior hypothesis
Generates associations that might become signals
Manual clinical review of relevant medical history
Using EHRs as secondary use data sources for Post Marketingsafety studies
Estimate incidence rates of congestive heart failure (CHF)in diabetic patients with a recent acute coronary syndrome(ACS) event on different diabetic medications
Use Cases
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SALUS Semantic & Technical Interoperability
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Standard-based IHE profiles for SALUS
SALUS Technical Interoperability Subscription/Query Based Interoperability
Profiles heterogeneous EHR systems
population based
eligible patient group (inclusion/exclusion)
continuous screening
Related available interoperability approaches have been examined
From ITI: IHE RFD, From QRPH: IHE DSC, CRD
Form based interaction, not query/subscription based, focusing on case safety reports
From ITI: IHE XDS (MS), From PCC: IHE QED, IHE CM
Subscription/query based, yet not specialized for population based queries
Not only HL7 CCD, SALUS would support patient summaries expressed in EN13606 artefacts
Representing eligibility queries:
HL7 HQMF queries
CDISC Study Design Model (SDM)
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Standard-based IHE profiles for SALUS
For the subscription/query based profiles of SALUS Extended IHE CM (subscription) and IHE QED (query)
population based eligibility criteria
use HL7 HQMF
Carry EN13606 EHR EXTRACTs in addition to ASTM/HL7 CCD.
For ADE Reporting (ICSR)
QED, DSC or IHE DEXare possible solutions
DEX: Modular, dynamic, interoperable
Study Design for Observational Studies
DEX
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IHE DEX
For the reuse of EHRs for clinical research
E.g. CCD
CDASH annotated ODM
Can be achieved through existing IHE profiles
RFD, CRD, Redaction
The problem: one size fits all XSLT mappings
Power of an MDR
apply mappings earlier in the process During the form design, data elements of the form have already been mapped to the
corresponding elements in the EHR export
The MDR to maintain the exact correspondences between the research and
healthcare data elements
DEX is to support study feasibility,patient eligibilityand recruiting,
adverse event reporting, retrospective observational studies as well as
case report form pre-population
existing standards for patient summaries ASTM/HL7 CCD
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IHE DEX Actors and Transactions
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Retrieve Metadata [QRPH-Y1]
This transaction is used by the Metadata Consumer to retrieve the metadata of a selected Data
Element from the Metadata Repository. The Metadata Consumer has previously obtained the
UUID of the Data Element she is looking by means outside of the scope of this transaction
DEX
Volume 1 is complete
Volume 2 is underway
Release for
Public comment in May
Trial Implementation inJuly
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Semantic Metadata Registry (MDR)
Data within each system is stand-alone and not interoperable
have a common understanding of the meaning and descriptive characteristics(e.g. representation) of data
Metadata for Semantic Interoperability
annotate the information models of different systems
with the same set ofdata elements residing in the metadata registries
early approach: bottom-up takes root from several other disciplines like linguistics, compilers etc
2013 Joint Summits onTranslational Science
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Patient Name
Surname
Birth Date
Sex
Patient Firstname
Surname
Date of Birth
Gender
Patient First name
Last name
Date of Birth
Sex
MDRISO/IEC11179
Any other
Metadata
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Disparate Data Elements, Content Models
There are many different efforts to define Data Elements, and binding them to
actual data sources (like CCD documents)
Examples:
Health Information Technology Standards Panel (HITSP) has defined the C154: Data
Dictionary Component
HITSP C83 marks the elements in CCD document with the corresponding HITSP C154 data
elements
The Federal Health Information Model (FHIM) develops a common Computationally
Independent Model (CIM) for EHRs
GE/Intermountain Healthcare Clinical Element Models (CEM)
The Transitions of Care Initiative (ToC) maintains the S&IClinical Element Data Dictionary
(CEDD)
Mappings to I2B2, PopMedNet, HQuery implementations, FHIM Model, HITSP C154 when
possible
available in separate excel sheets, PDFs
CDISC SDTM, CDASH
Mini SentinelCommon Data Model (CDM)
I2B2 data model
Observational Medical Outcomes Project (OMOP) Common Data Model (CDM)
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Linked Metadata
Federated Semantic MDRs Maintain & Manage
Data Elements the relations between Data Elements
the components of Data Elements
the relations between the components of Data Elements
Different Data Elements from different Content Models
their relations and mappings are managed semantically
A set of Data Elements with lots of relationsSemantic Resource Set
The relations can be through the LOD cloud Linked Metadata!
The relations may point to native representations of the Content Models
Extraction Specification
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An example Execution in SALUS
Local
Semantic MDR
links to SDTM CDEs
Preparing
Study design
for anobservational
study
CDISC ODMStudy Design
Document
Search and use
CDEs from the
local MDR
Metadata Source
implementing
DEX
ODM is annotated
with SDTM
HITSP
Semantic MDR
Search forCCD
Extraction
s of the
SDTM
CDEs
BRIDG
Semantic MDR
CDISC
Semantic MDR
XPATH of corresponding
CCD element is returned
Ask for Extraction Specification of HITSP CDE:ResultValue
Receives the URI of HITSPCDE:Result.Value
Queries federatedMDR Cloud for
SDTM
LBORRES
1
BRIDG Semantic MDR maintains
a skos:exactMatch mapping fromLBORRES to Result.Value
throughPerformedObservationResult.value.Any
2 3
4
5
6
7
//cda:observation[cda:templateId/@root =
'2.16.840.1.113883.10.20.1.31'] /cda:value
Metadata
Consumer
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Participation to a projectathon?
Using DEX?
SALUS is implementing a semantic MDR for the semantic interoperability Semantic MDR can implement IHE DEX in order to provide
extraction specifications during ICSR Reporting
population of data collection sets for eligible patients during observational studies
SALUS EHR4CR collaboration through DEX
CDISC SHARE can be extended
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DEX
Interface
Retrieve
Metadata
SALUS MDR
(Metadata Source)
EHR4CR
(Metadata Consumer)
C l i
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Conclusion
Standard-based IHE profiles for
TRANSFoRm, EHR4CR, SALUS use cases Collaborating to test IHE profiles during a joint
projectathon will be a first step towards global
interoperability between EHR4CR,TRANSFoRM and SALUS platforms and
towards a pan-EU capability for clinical
research and patient safety.
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EHR4CR / TrRANSFoRM use cases
Clinical Research
SALUS use cases
Patient Safety
Use case #1:
Identification of
populations of patients
Protocol feasibility study
Patient recruitment
Signal detection
IHE QRPH:Retrieve Process for Execution [RPE], Clinical Research
Process Content [CRPC], Data Element Exchange [DEX] (under
development) IHE PCC Query for Existing Data [QED], Care
Management [CM]
Use case #2: Extraction
of a set of individual
clinical data
Case Report Form (CRF) pre-
population
Individual case safety report
(ICSR) form pre-population
IHE ITI: Retrieve Form for Data Capture [RFD],
IHE QRPH: Retrieve Process for Execution [RPE], Clinical Clinical
Research Process Content [CRPC], Data Element Exchange [DEX]
(under development)
Research Document [CRD] Drug Safety Content [DSC]
Use case #3: Extractionof sets of individual
clinical
Retrospective observational studyUse case #1+ Use case #2
Data Element Exchange [DEX] (under development)
Security &
confidentiality
IHE ITI: XUS, CT, ATNA
Standards : CDISC (CDASH, Operational Design Model (ODM), Study Design Model (SDM),
CSHARE, BRIDG) - HL7 (RIM, DCM, Clinical Statement model, CDA (templates e.g. CCD),Vocabulary) ISO (ISO 21090, ISO 11179)
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Questions ?
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