As the pace of technological innovation has accelerated, digital health technologies (DHTs) are becoming increasingly accessible, available, and popular among consumers, clinicians, and researchers. DHTs range from hardware—such as wearable devices and sensors—to software, such as mobile phone apps that enable consumers to monitor their own health and participate in studies; telemedicine platforms to connect patients with clinical providers; and artificial intelligence to support clinical decision-making. Among the wealth of opportunities afforded by DHTs to advance patient care and shed light on the patient experience outside of the clinic setting, is the potential for these technologies to improve the probability of success in drug research and development (R&D) and enable precision medicine.
The National Academies of Sciences, Engineering, and Medicine (The National Academies) has produced a variety of workshops, initiatives, and publications related to DHTs and clinical research, including our workshops on The Promises and Perils of Digital Strategies in Achieving Health Equity and examining Virtual Clinical Trials: Challenges and Opportunities. A broader body of work on DHTs can be found at the National Academies’ Digital Health Joint Initiative.
On March 24, 2020, as part of continued work on this topic, the National Academies hosted a virtual public workshop, titled “The Role of Digital Health Technologies in Drug Development.” The workshop provided a venue for stakeholders to discuss challenges and opportunities in using DHTs to improve the probability of success in drug R&D. When this workshop was convened, an outbreak of SARS-CoV-2, the virus which causes Coronavirus Disease 2019 (COVID-19), was spreading around the world. The pandemic added a sense of urgency to the workshop discussions on practical and ethical considerations for the development and implementation of DHTs. This workshop was jointly convened by the National Academies Forum on Drug Discovery, Development, and Translation and the Roundtable on Genomics and Precision Health.
Scroll down to learn more about the conversation from the workshop on digital health technologies and drug development.
The expanding frontier of biomedical science has led to increasing numbers of new drug candidates in the pipeline. However, progress from the laboratory bench to the patient’s bedside has been hampered at critical points in the drug lifecycle.
Challenges include:
Over time, incorporating DHTs may help transform current drug R&D and clinical trial paradigms by enabling continuous data collection, providing surrogate endpoints for efficacy, supporting participant engagement to improve adherence and retention, and broadening access to and increasing representation of clinical research.
DHTs have the potential to:
Despite the promise of DHTs, challenges remain regarding the selection, evaluation, verification and validation, standardization, and implementation of these technologies. As DHTs have become more prominent tools in clinical research and care, challenges have emerged around interoperability and integration of various data types from multiple sources, the establishment of analytical and clinical validity for digital health measures with real-world clinical outcomes, buy-in from clinical providers, and reimbursement.
Challenges include:
Establishing standards and best practices would benefit from the collective work of stakeholders that seek to incorporate DHTs into the drug development lifecycle. Optimizing the role of DHTs in drug R&D may involve collaboration among a broad range of stakeholders from across sectors—including consumers, patients, clinicians, regulators, biopharmaceutical companies, academics, and technology developers—to share insights, experiences, and lessons learned.
Opportunities include:
DHTs have the potential to help stakeholders build trusted relationships between developers, sponsors, researchers, clinicians, and patients. Establishing standards for evaluating DHTs could be addressed through a collective decision to accept the best-available standards—and work to refine them—rather than allowing “perfect to be the enemy of the good” and continuing to operate without any standards at all. Jennifer Goldsack, Executive Director, Digital Medicine Society; Joseph Menetski, Associate Vice President of Research Partnerships, Foundation for the National Institutes of Health; Ritu Kapur, Head of Biomarkers, Verily Life Sciences; Eric Perakslis, Rubenstein Fellow, Duke University
To learn more, please download the full proceedings.
Activities
Resources
Jennifer Goldsack (Co-Chair), Executive Director, Digital Medicine Society
Joseph P. Menetski (Co-Chair), Associate Vice President of Research Partnerships, Foundation for the National Institutes of Health
Linda Brady, Director, Division of Neuroscience and Basic Behavioral Science, National Institute of Mental Health
Ray Dorsey, Professor, University of Rochester Medical Center
Deborah Estrin, Associate Dean, Cornell Tech
Geoffrey Ginsburg, Director, Center for Applied Genomics & Precision Medicine, Duke University School of Medicine
Husseini Manji, Global Therapeutic Head, Neuroscience, Janssen Research & Development, LLC
Deven McGraw, Chief Regulatory Officer, Ciitizen Corporation
Lauren Oliva, Global Regulatory Policy Lead, Biogen
Bray Patrick-Lake, Director of Strategic Partnerships, Evidation Health
Leonard Sacks, Associate Director of Clinical Methodology, Office of Medical Policy, Center for Drug Evaluation and Research; U.S. Food and Drug Administration
Joyce Tung, Vice President, Research, 23andMe
Effy Vayena, Professor, Health Ethics and Policy Lab; ETH Zurich
To learn more, please download the full proceedings.
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