Embracing Large Language Models for Medical Applications, Part II: Building a Framework for Clinical Stewardship

Large language models (LLMs) have moved rapidly from experimental demonstrations to early clinical, educational, and administrative use.The first phase of medical LLM discourse emphasized opportunities in transfer learning, domain adaptation, clinical decision support, education, privacy, fairness, and regulation.The next phase requires a more specific framework for clinical stewardship.Since 2023, medical LLMs have demonstrated substantial progress in medical question answering, diagnostic reasoning in interactive clinical dialogue, patient communication, documentation support, and retrieval-augmented knowledge synthesis.At the same time, prospective and randomized evaluations show that model performance alone does not guarantee improved physician reasoning, safer decisions, or better patient outcomes.The central challenge is therefore implementation: defining appropriate use cases, validating models in context, training clinicians, protecting patients, and monitoring deployed systems across their lifecycle.This Viewpoint proposes a practical roadmap for medical LLM adoption.We distinguish lower-risk administrative and communication tasks from higher-risk diagnostic, triage, and treatment tasks.We argue for tiered evidence standards, transparent reporting, local validation, human oversight, equity auditing, patientcentered consent, and continuous post-deployment surveillance.The regulatory environment has also matured, with risk-based frameworks and lifecycle-oriented oversight increasingly shaping how these systems are evaluated and maintained.LLMs should be treated as workflow-embedded sociotechnical systems, whose performance depends on the interaction among models, clinicians, patients, interfaces, local data, and governance.Responsible adoption will require collaboration among clinicians, clinical informaticians, health systems, patients, regulators, ethicists, and developers.Realizing the promise of medical LLMs depends on a shift from fascination with fluent outputs toward disciplined stewardship of clinical performance, accountability, equity, and trust.

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Publication Details

Journal
Cureus
Published
2026-08-28
DOI
https://doi.org/10.7759/cureus.115367
Primary Topic
Artificial Intelligence in Healthcare and Education
Type
article
Field-Weighted Citation Impact
0.00
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article

Embracing Large Language Models for Medical Applications, Part II: Building a Framework for Clinical Stewardship

Matthew Southerby, Mert Karabacak, Shiv Patil, Konstantinos Margetis
Cureus
Artificial Intelligence in Healthcare and Education
article

Embracing Large Language Models for Medical Applications, Part II: Building a Framework for Clinical Stewardship

Matthew Southerby, Mert Karabacak, Shiv Patil, Konstantinos Margetis
article en

Abstract

Large language models (LLMs) have moved rapidly from experimental demonstrations to early clinical, educational, and administrative use.The first phase of medical LLM discourse emphasized opportunities in transfer learning, domain adaptation, clinical decision support, education, privacy, fairness, and regulation.The next phase requires a more specific framework for clinical stewardship.Since 2023, medical LLMs have demonstrated substantial progress in medical question answering, diagnostic reasoning in interactive clinical dialogue, patient communication, documentation support, and retrieval-augmented knowledge synthesis.At the same time, prospective and randomized evaluations show that model performance alone does not guarantee improved physician reasoning, safer decisions, or better patient outcomes.The central challenge is therefore implementation: defining appropriate use cases, validating models in context, training clinicians, protecting patients, and monitoring deployed systems across their lifecycle.This Viewpoint proposes a practical roadmap for medical LLM adoption.We distinguish lower-risk administrative and communication tasks from higher-risk diagnostic, triage, and treatment tasks.We argue for tiered evidence standards, transparent reporting, local validation, human oversight, equity auditing, patientcentered consent, and continuous post-deployment surveillance.The regulatory environment has also matured, with risk-based frameworks and lifecycle-oriented oversight increasingly shaping how these systems are evaluated and maintained.LLMs should be treated as workflow-embedded sociotechnical systems, whose performance depends on the interaction among models, clinicians, patients, interfaces, local data, and governance.Responsible adoption will require collaboration among clinicians, clinical informaticians, health systems, patients, regulators, ethicists, and developers.Realizing the promise of medical LLMs depends on a shift from fascination with fluent outputs toward disciplined stewardship of clinical performance, accountability, equity, and trust.

Cureus
University College London Hospitals NHS Foundation Trust (GB), Thomas Jefferson University (US), University College London (GB)
Openalex Percentile: Top 14%
Artificial Intelligence in Healthcare and Education
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