Aug 2026· Clinical pharmacology and therapy· 0 citations· 22 references
Medicine
TL;DR
This list of 10 priority areas for regulatory science research related to the use of artificial intelligence in the medicine lifecycle aims to support researchers and research funding bodies in addressing knowledge gaps on artificial intelligence in the medicines lifecycle.
Abstract
Regulatory bodies play a central role in providing guidance that enables safe and effective use of artificial intelligence tools in medicine development and evaluation. Regulators can also act as catalysts for regulatory science research. To inform these efforts, a European‐wide survey was conducted to solicit stakeholder perspectives on the priority areas for regulatory science research related to the use of artificial intelligence in the medicine lifecycle. Twenty‐eight regulatory science research questions were developed covering seven thematic domains: (1) research integrity and intellectual property; (2) accuracy and reliability of AI tools; (3) data governance, confidentiality, and consent; (4) regulation and oversight; (5) ethics, fairness, and bias prevention; (6) resources and support for AI use; and (7) impact on jobs and skills. Within each domain, stakeholders ranked four research challenges. A total of 273 responses were collected from regulators, pharmaceutical industry professionals, patients and consumers, academics, and healthcare professionals. Rankings of research challenges frequently converged across stakeholder groups and levels of AI experience. The top‐ranked research questions within each domain were weighted according to the overall importance ranking of each domain to identify a list of 10 priority areas of research. The majority of the 10 priority areas fell within the domains of “Accuracy and reliability of AI tools,” “Data governance, confidentiality, and consent,” and “Ethics, fairness, and bias prevention.” This list aims to support researchers and research funding bodies in addressing knowledge gaps on artificial intelligence in the medicines lifecycle.
In silico medicine, which depends on computational modeling and simulation,
is becoming more popular in drug discovery worldwide. Biomedical research is being
rapidly transformed by Artificial Intelligence (AI), but there are risks associated with regulatory
ambiguity. The integration of AI offers significant oppor...
S. Mutta, Naifa Faiz, T. N. et al.· Applied Drug Research, Clini...· 0 citations
A polarized AI regulatory landscape across health-related journals is revealed, wherein institutions either maintain a complete policy vacuum or implement comprehensive frameworks.
Yi-Fan Zhu, Jin Zhang, Ye Chen et al.· BMC Medical Ethics· 0 citations
Background/Objectives: The integration of artificial intelligence (AI) in medical devices has significant potential for transforming healthcare in the European Union (EU). However, AI medical devices are regulated under the Medical Devices Regulation (MDR) and the In Vitro Diagnostic Medical Devices Regulation (IVDR),...
Guilherme Semedo, Emanuel Valpaços, L. Teles et al.· Healthcare· 0 citations
Digital transformation in pharmaceutical regulatory affairs is accelerating as global submissions grow in complexity and traditional document-based workflows reach their limits. Artificial intelligence (AI), particularly natural language processing (NLP), is increasingly being explored to support regulatory data manage...
Inês Lucas, João Sousa, C. Vitorino· AAPS Journal· 0 citations
Abstract Introduction Artificial Intelligence (AI) is rapidly expanding across the pharmaceutical value chain; however, empirical evidence on its application in Market Access (MA) remains limited. Given the strategic relevance and regulatory complexity of MA, understanding current AI adoption and perception represents...
Stefania Brancone, C. Passante, M. Prada· Global & Regional Health Tec...· 0 citations
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