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Regulating Generative AI in Radiology Practice: A Trilaminar Approach to Balancing Risk with Innovation
Vrushab Gowda1, Bernardo C Bizzo2, Keith J Dreyer2
1Department of Radiology, Massachusetts General Hospital, Boston, Massachusetts (V.G., B.C.B., K.J.D.); Harvard Medical School, Boston, Massachusetts (V.G., B.C.B., K.J.D.).
None:
Generative AI tools have proliferated across the market, garnered significant media attention, and increasingly found incorporation into the radiology practice setting. However, they raise a number of unanswered questions concerning governance and appropriate use. By their nature as general-purpose technologies, they strain the limits of existing FDA premarket review pathways to regulate them and introduce new sources of liability, privacy, and clinical risk. A multilayered governance approach is needed to balance innovation with safety. To address gaps in oversight, this piece establishes a trilaminar governance model for generative AI technologies. This treats federal regulations as a scaffold, upon which tiers of institutional guidelines and industry self-regulatory frameworks are added to create a comprehensive paradigm composed of interlocking parts. Doing so would provide radiologists with an effective risk management strategy for the future, foster continued technical development, and ultimately, promote patient care.
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