Variant Anatomy Literacy as a Patient-Safety Competency in Surgical Training: A Title-Informed Conceptual Review and Competency Framework

Surgical safety depends on recognition of patient-specific anatomy when encountered structures depart from population norms. Knowledge of anatomical variations is often treated as supplemental rather than as a safety-relevant necessity. This article aims to translate a title-informed map of literature on anatomical variation, surgical education, and patient safety into a practical competency framework for surgical training. A targeted, title-informed conceptual review was conducted in March 2026. PubMed was searched using anatomical-variation terms combined with surgery, education, patient safety, curriculum, assessment, simulation, reporting, and competency terms. PubMed Central, publisher pages, DOI landing pages, and cross-indexed scholarly sources were used for retrieval and verification. Titles and formal source descriptions were screened for signals linking anatomical variation with clinical risk, surgical error, curriculum, assessment, terminology, reporting, visualization, simulation, patient safety, or competency-based education. This method was designed for conceptual synthesis rather than prevalence estimation, effect-size analysis, or a complete evidence map. Six recurrent framings were identified: anatomical variation as a clinical hazard, curriculum and assessment gap, terminology and reporting problem, visualization and simulation challenge, team-communication and systems issue, and competency-based training target. These framings support defining variant anatomy literacy as the capability to anticipate, identify, interpret, adapt to, communicate, document and learn from clinically consequential anatomical variation before, during and after operative care. Surgical curricula should move beyond recall of rare variants and assess observable safety behavior under anatomical uncertainty. Practical implementation can integrate patient-specific imaging, donor contrast, simulation, operative observation, briefing and debriefing, operative-note audit, and morbidity-and-mortality learning.Surgical safety depends on recognition of patient-specific anatomy when encountered structures depart from population norms. Knowledge of anatomical variations is often treated as supplemental rather than as a safety-relevant necessity. This article aims to translate a title-informed map of literature on anatomical variation, surgical education, and patient safety into a practical competency framework for surgical training. A targeted, title-informed conceptual review was conducted in March 2026. PubMed was searched using anatomical-variation terms combined with surgery, education, patient safety, curriculum, assessment, simulation, reporting, and competency terms. PubMed Central, publisher pages, DOI landing pages, and cross-indexed scholarly sources were used for retrieval and verification. Titles and formal source descriptions were screened for signals linking anatomical variation with clinical risk, surgical error, curriculum, assessment, terminology, reporting, visualization, simulation, patient safety, or competency-based education. This method was designed for conceptual synthesis rather than prevalence estimation, effect-size analysis, or a complete evidence map. Six recurrent framings were identified: anatomical variation as a clinical hazard, curriculum and assessment gap, terminology and reporting problem, visualization and simulation challenge, team-communication and systems issue, and competency-based training target. These framings support defining variant anatomy literacy as the capability to anticipate, identify, interpret, adapt to, communicate, document and learn from clinically consequential anatomical variation before, during and after operative care. Surgical curricula should move beyond recall of rare variants and assess observable safety behavior under anatomical uncertainty. Practical implementation can integrate patient-specific imaging, donor contrast, simulation, operative observation, briefing and debriefing, operative-note audit, and morbidity-and-mortality learning.

Lugar de Publicación

Estados Unidos

Citación

Clinical Anatomy, 0, 0 (2026) 1-9

Palabras clave

3D printing, anatomical variation, competency-based medical education, curriculum, patient safety, simulation, surgical anatomy, surgical education

Licencia

Atribución-NoComercial-CompartirIgual 3.0 Chile (CC BY-NC-SA 3.0 CL)

Licencia URL

http://creativecommons.org/licenses/by-nc-sa/3.0/cl/

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