The adaptation of the desirability of outcome ranking for interventional clinical trials in epilepsy: A novel consumer‐led outcome measure

Author:

Vivash Lucy1234ORCID,Johns Hannah3,O'Brien Terence J.1234,Churilov Leonid34

Affiliation:

1. Department of Neuroscience Monash University Melbourne Victoria Australia

2. Department of Neurology Alfred Health Melbourne Victoria Australia

3. Department of Medicine (Royal Melbourne Hospital) University of Melbourne Melbourne Victoria Australia

4. Department of Neurology Royal Melbourne Hospital Parkville Victoria Australia

Abstract

AbstractInterventional clinical trials in epilepsy are typically designed and powered to detect a change in seizure frequency as the primary endpoint, with little consideration given to other benefits or harms of the therapy, or impacts on common epilepsy comorbidities. Desirability of outcome ranking (DOOR) is a novel methodology for evaluating benefits and harms associated with introduction of a new treatment. Multiple outcomes are combined and the resulting combinations are ranked according to their desirability. Herein we describe the adaptation of DOOR for use in therapy trials in epilepsy. Consumers with epilepsy were presented with a selection of measures typically included in epilepsy trials and asked to rank their importance in terms of a desirable outcome and to identify interactions between different seizure control levels and other measures. Seizure control, adverse events, and psychiatric comorbidities were identified as most important, and combinations of these outcomes were ranked to form epilepsy‐DOOR. A separate consumer discussion group verified the appropriateness and accuracy of the ranking. The resultant epilepsy‐DOOR includes 60 possible outcomes, representing high granularity for the assessment of future interventions. It demonstrates the importance of consumer involvement in trial design and presents an alternative to seizure frequency for evaluating new treatments for epilepsy.

Publisher

Wiley

Subject

Neurology (clinical),Neurology

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