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Decision support services in TRANSFoRm

TRANSF o R m. Derek Corrigan, R o yal College of Surgeons in Ireland. Decision support services in TRANSFoRm. Acknowledgements Lucy Hederman, Haseeb Khan, Jean Karl Soler, Vasa Curcin, Theo Arvanitis, Adel Taweel, Tom Fahey, Brendan Delaney.

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Decision support services in TRANSFoRm

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  1. TRANSFoRm Derek Corrigan, Royal College of Surgeons in Ireland Decision support services in TRANSFoRm Acknowledgements Lucy Hederman, Haseeb Khan, Jean Karl Soler, Vasa Curcin, Theo Arvanitis, Adel Taweel, Tom Fahey, Brendan Delaney This project is partially funded by the European Commission under the 7th Framework Programme. Grant Agreement No. 247787 Translational Research and Patient Safety in Europe (TRANSFoRm)

  2. What types of “knowledge” cansupport provision of healthcare? • Clinical trials • Controlled populations • Well-defined questions • EHR systems • Wide coverage • Vast quantity • May lack in detail and quality • Distilled scientific findings • Evidence based • Usable in clinical practice

  3. Translational Research and Patient Safety in Europe Shared Models in TRANSFoRm Specific research knowledge • Clinical Data Integration Model (CDIM) • Mapping clinical data from EHRs and aggregated data repositories • Clinical Research Information Model (CRIM) • Research process information • Evolution of Primary Care Research Object Model (PCROM). • Clinical Evidence Model (CEM) • Clinical evidence upon which decision support can be derived and provided through decision support tools Actionable knowledge Routinely collected knowledge 2

  4. Design – evidence reviews • Research of evidence supporting three clinical uses cases by systematic searching of Medline and Embase databases: chest pain, abdominal pain and dyspnoea • Examples of patient scenarios: • Pulmonary embolism • Pneumonia • Appendicitis • Urinary Tract Infection • Pyelonephritis • Ectopic Pregnancy • Bronchitis • Irritable Bowel Syndrome 3

  5. Design - Evidence obtained from literature Bent et al 2002 - Does this woman have an acute uncomplicated urinary tract infection? Jama, 2002:2701-10.7

  6. Design - Evidence derived from coded data Soler, Okkes et al 2012, The interpretation of the reasons for encounter ‘cough’ and ‘sadness’ in four international family medicine populations, Informatics in Primary Care

  7. Design - Clinical Prediction Rules Little et al 2006 - Developing clinical rules to predict urinary tract infection in primary care settings: sensitivity and specificity of near patient tests (dipsticks) and clinical scores. Br J Gen Pract, 2006:606-12.

  8. General model of evidence

  9. Protégé – concepts and relations 9

  10. Protégé – defining instances of knowledge

  11. Sesame query platform

  12. Future DSS work • Focus moving to defining an updatable web based evidence service • Allow for generation and update of knowledge from data mining done on electronic sources of primary care data 12

  13. Decision Support Tool The Decision Support Tool will provide patient-specific advice at the moment of consultation so that clinicians are able to access and quantify likely differential diagnoses framed in terms of diagnostic probability and alternative diagnostic possibilities. Decision Support Tool Characteristics: • Embedded within the eHR • Triggered by a ‘reason for encounter’ • Collects ontologically controlled diagnostic cue data • Presents diagnostic prompts based on queries to a clinical evidence service • Alerts/suggests for potential missed diagnoses

  14. Bridging the knowledge gap • How TRANSFoRm bridges the gap: • Creation of shared clinical models at the system evidence level • Generation and analysis of underlying evidence from electronic sources • Providing infrastructure to support rapid dissemination, validation and impact analysis of clinical evidence in practice Lang et al 2007, “Knowledge Translation: Closing the Evidence-to-Practice Gap”, Annals of Emergency Medicine

  15. Derek Corrigan: derekcorrigan@rcsi.ie www.hrbcentreprimarycare.ie www.transformproject.eu

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