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A multidisciplinary approach to online support for device research translation: regulatory change and clinical engagement.


ABSTRACT: Objectives:To promote medical device EU regulatory understanding in the biomedical research community and encourage greater levels of clinical engagement to further medical device research innovation, translation and effective clinical trials. Methods:An interdisciplinary, iterative, needs-based design approach was used to develop medical device regulatory training, information and clinical expertise resources. Results:A multimedia based self-paced e-Learning course focusing on the 'Fundamentals of Medical Device Design and Regulation' was produced in tandem with an interactive online web portal: Medtech Translate. Conclusions:Health research translation relies on both clinical input and regulation to drive progress and to ensure quality and safety standards from concept development to clinical investigation. A lack of regulatory awareness and access to clinical expertise has the potential to significantly impact on health research translation and ambition for market. Our interdisciplinary academic-regulator-clinical-industry led approach meets the need for a coordinated stakeholder response to support innovation and promote growth in the medical technology sector.

SUBMITTER: Miller AM 

PROVIDER: S-EPMC7560120 | biostudies-literature | 2020 Oct

REPOSITORIES: biostudies-literature

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A multidisciplinary approach to online support for device research translation: regulatory change and clinical engagement.

Miller Anne-Marie AM   Behan Robert R   Smith Ian I   Griffin Matthew M   Keane Fionnuala F   Langan James J   O'Rourke Colm C   McAleenan Niall N   Pandit Abhay A   Watson Mark M  

Health policy and technology 20201015


<h4>Objectives</h4>To promote medical device EU regulatory understanding in the biomedical research community and encourage greater levels of clinical engagement to further medical device research innovation, translation and effective clinical trials.<h4>Methods</h4>An interdisciplinary, iterative, needs-based design approach was used to develop medical device regulatory training, information and clinical expertise resources.<h4>Results</h4>A multimedia based self-paced e-Learning course focusin  ...[more]

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