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When the Scribe Does the Reasoning: Ambient Artificial Intelligence, Inference Impersonation, and the Development of Trainees' Clinical Judgment

Synopsis

This paper identifies and names the phenomenon of "inference impersonation"—ambient AI scribes generate rather than transcribe clinical reasoning in the Assessment and Plan, producing text indistinguishable from transcription in the final note, so trainees may edit AI drafts instead of reasoning independently and risk never developing the judgment training exists to build; it proposes vendor-side learner-specific configurations and section-level transparency plus training-program responses such as reasoning-before-note, competency gating, and oral assessment.

AI-generated editorial illustration: When the scribe does the reasoning: ambient artificial intelligence, inference impersonation, and the development of trainees' clinical judgment.

Interpretation

The paper identifies and names "inference impersonation": in the Assessment and Plan, ambient AI scribes generate rather than transcribe clinical reasoning, and the resulting text mimics physician judgment without the iterative hypothesis testing, contextual weighing, and management reasoning that define clinical thought. Relative to prior discussion of documentation burden and coding revenue, it shifts attention from efficiency to the origin and attribution of reasoning content, noting that generated and transcribed content are effectively indistinguishable in the final note. Conceptual identification and argument based on observational description of scribe behavior in the Assessment and Plan; no quantitative data are provided.

The risk falls hardest on trainees: an experienced attending may recognize a narrow differential or generic plan, but a trainee cannot evaluate what they cannot yet produce independently, and automation bias is powerful. Extends the discussion from physicians generally to learners in training, suggesting the process of skill formation itself may be altered. Argumentative inference supported by one randomized trial: after a 20-hour AI literacy program, physicians shown deliberately erroneous AI suggestions scored 73% on diagnostic reasoning versus 85% among those receiving error-free suggestions.

The authors propose a response that is both technical and educational: vendors should offer centrally managed, learner-specific configurations and section-level transparency distinguishing transcribed from generated content, and training programs should make these an explicit condition of deployment. Moves governance requirements to two actionable levels—vendor configuration and training-program deployment conditions—rather than general caution. Normative recommendation based on the authors' assessment that no major commercial scribe today constrains inference for trainees.

Because current tools do not constrain inference for trainees, programs can protect an existing norm now by requiring trainees to present their reasoning before the note is generated, gating scribe access to demonstrated competency, and assessing reasoning through the oral case presentation as well as the written note, mapped to an entrustable activity and its milestones. Offers an immediately feasible path that does not depend on vendor change and links reasoning assessment to the entrustable activity and milestones framework. Implementation recommendation; no pilot or evaluation data are reported.

Perspective

The paper addresses clinical training settings, especially residents and programs using ambient AI scribes; its recommendations apply where vendors can provide learner-specific configurations and section-level transparency, while reasoning-before-note, competency gating, and oral assessment can be implemented now under existing tools.

The cited randomized trial comes from another study context, and how far it transfers to real scribe use remains to be seen; whether and how quickly vendors will provide learner-specific configurations and section-level transparency is an open question; the feasibility of reasoning-before-note and competency gating in busy clinical workflows, and how oral and written assessment would map concretely to an entrustable activity and its milestones, require further practical testing. Because the current reading scope is summary-level, figures and supplementary materials could not be checked, and these judgments are limited to what the text states.

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