Core + Clusters: A Practical Clinical Reasoning-Based Toolkit for Revitalizing Physical Diagnosis Training.

Area of Science:

• Medical Education
• Clinical Skills Training
• Physical Diagnosis

Background:

• Traditional head-to-toe physical exam (HTTE) is overwhelming for first-year medical students.
• Existing methods do not adequately prepare learners for early clinical encounters.
• There is a need for a more effective and streamlined physical diagnosis curriculum.

Purpose of the Study:

• To introduce and describe the Core + Clusters (C+C) model for physical diagnosis education.
• To demonstrate the feasibility and adaptability of the C+C model.
• To provide a toolkit for implementing C+C in medical curricula.

Main Methods:

• Development and implementation of the C+C model.
• C+C includes a streamlined Core Exam (approx. 40 maneuvers) and Diagnostic Clusters.
• Diagnostic Clusters combine hypothesis-driven history-taking and physical examination maneuvers.

Main Results:

• The C+C model prepares learners for early clinical experiences.
• The C+C model is feasible and requires similar resources to HTTE.
• The model is flexible for diverse institutional curricula.

Conclusions:

• The C+C model offers a revitalized approach to physical diagnosis education.
• This model enhances clinical readiness for medical students.
• The C+C toolkit supports curricular implementation and shares lessons learned from over a decade of experience.