Clinical Frameworks and Meaningful Human Oversight of AI

PREPRINT — Not peer reviewed. Version 2.0. An artificial intelligence (AI) system can give a correct answer while missing something important about the patient. Whether physicians working with AI outperform AI alone is therefore a different question from whether human oversight can protect patients. This article asks what staff need to see and do when they are expected to check AI work. It preserves three propositions: frameworks should guide attention without limiting it; accuracy and attentional safety are different; and findings outside the current explanation must be able to change care. Nursing assessment, hands-on care, and the patient–clinician relationship belong in this discussion. Four proposed conditions make oversight possible: access to information beyond the AI answer, the skills and opportunity to recognize a problem, a clear route to action, and enough time and support. These proposals require testing. Institutions should assess whether teams find important omissions and respond appropriately, while also measuring errors introduced by human intervention, delays, unnecessary tests, and workload. A signature alone does not show that an AI answer was meaningfully checked. Changes in version 2.0: Written in plainer language for physicians, nurses, allied health staff, and institutional staff. Retains the original three propositions; adopts the title Clinical Frameworks and Meaningful Human Oversight of AI; integrates Emanuel et al. (JAMA, 2026; doi:10.1001/jama.2026.15380); distinguishes comparative AI performance from meaningful oversight; develops hands-on care, nursing assessment and escalation, four proposed oversight conditions, and a team-based evaluation agenda. Version 1.0 was titled From the DSM to ChatGPT: When the Framework Becomes the Boundary of Attention (doi:10.5281/zenodo.22775478). That DOI identifies version 1.0. Related work: This article extends the author's related unreviewed preprint, Artificial intelligence-induced attentional displacement in clinical diagnosis (doi:10.5281/zenodo.22727468). That manuscript focuses on AI-mediated selection and presentation of information. The present article addresses clinical frameworks generally and the conditions under which assigned human oversight can function. AI assistance: OpenAI ChatGPT and Codex assisted with source retrieval, organization of the author's prior material, drafting and revision of prose, reference checking, and document preparation. Codex assisted with this revision on September 15, 2026. The central propositions and earlier argument originated with the author. No empirical results were generated. The author is responsible for reviewing the final text and its sources before dissemination. All clinical scenarios are hypothetical.