Dionisio Acosta: Clinical decision support systems

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Delivering Clinical Decision Support System for Cancer Multidisciplinary Meetings: MATE Dionisio Acosta, CHIME, UCL Vivek Patkar, Cancer Institute, UCL Mo Keshtgar, Department of Surgery, Royal Free Hospital John Fox, Department of Engineering Science, University of Oxford

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Dr Dionisio Acosta, University College London, on delivering a clinical decision support system for Cancer Multidisciplinary Meetings (MDMs).

Transcript of Dionisio Acosta: Clinical decision support systems

Page 1: Dionisio Acosta: Clinical decision support systems

Delivering Clinical Decision Support System for Cancer Multidisciplinary Meetings: MATE

Dionisio Acosta, CHIME, UCL

Vivek Patkar, Cancer Institute, UCL

Mo Keshtgar, Department of Surgery, Royal Free Hospital

John Fox, Department of Engineering Science, University of Oxford

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Outline

• Introduction• Approach• Results & Discussion• Conclusion

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IntroductionCancer MDM

Cancer Multidisciplinary Meeting (MDM) is a widely endorsed mechanism for ensuring high quality evidence-based cancer treatment.

However, in a context of increased demand and accountability there are shortcomings in the current conduct of MDMs that have made them a priority of the National Cancer Action Team (NCAT) and the National Health Service (NHS).

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IntroductionMDM Shortcomings

Inadequate documentation of both patient data and MDM decisions.

Missed opportunities to screen patients suitable for clinical trials.

Lack of appropriate tools for auditing and monitoring the MDM performance.

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IntroductionChallenges

Harmonize multiple clinical guidelines in one framework

Generate individual treatment recommendations

User-centred application design

Integrate prognostications tools

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Approach

Clinical Knowledge Base (17 CPGs)

PROformaDecision Engine

GraphicalUser Interface

ElectronicPatient Record

Audit &Performance

AccurateMDM Documentation

ClinicalTrial Screening

PrognosticationTools

MATE Middle-ware

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ResultsMultidisciplinary Assistant & Treatment sElector (MATE)

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Results

Currently evaluated in a randomised control trial at the same institution.

Successfully piloted at the Royal Free Hospital Breast MDM in over 1000 patients.

Concordance with clinical guidelines in 97% of cases.

Identified 60% more eligible patients for clinical trials.

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DiscussionPotential Impact

• The methodology, know-how and the underlying technology can be directly applied to other cancer MDMs.

• Reducing unwarranted variations in cancer care– Promoting adherence to best practices.

– Minimizing unjustifiable deviations.

• Supporting the life-cycle of clinical practice guidelines– Documenting deviations and their corresponding justifications.

– Dissemination and implementation.

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DiscussionLimitations

• Personalised patient recommendations:– Does not account for patient preferences.– Does not seamlessly integrate with prognostic

calculators.– Does not capture (local) treatment outcomes.

• Communicating Risk– Does not depicts patient pathways.– Does not harmonize recommendations with prognostic

calculators.– Not designed for patients.

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DiscussionRisks for Technology Uptake

• Integration with EHR– Clinical document standard architectures (HL7 CDA,

EN13606).– Controlled terminologies.– Governance.

• Knowledge base updates– Centralised vs. distributed approach.– Governance: Who?, when?, where?, how?

• Understanding and communicating economic impact.