From "Form" to "Essence": Guiding Students to Achieve Deep Cognitive Transition in Morphological Experiments.

Introduction: Within the basic medical education system, morphological experiment courses constitute the cornerstone for building students' medical cognitive framework. However, the traditional "see-and-memorize" teaching model readily traps students in the cognitive dilemma of "seeing the trees but not the forest.". Methods: Based on years of teaching practice and reflection, this paper proposes a systematic teaching reform plan centered on the "Three-Tier Observation Method." This scheme aims, through progressive training in "macroscopic localization → microscopic identification → logical reasoning", to resolve the issue of passive student learning and guide them through a cognitive upgrade-from static morphological recognition to the interpretation of dynamic pathological processes. This article presents this approach as a descriptive educational innovation, detailing its theoretical rationale, operational procedures, and illustrative case analyses. Results: This paper presents the "Three-Tier Observation Method" as a descriptive educational innovation. It details the method's theoretical rationale, operational procedures, and illustrative case analyses to demonstrate its potential to help students construct a solid bridge between basic medical science and clinical practice. Discussion: We aim to provide educators with a practical and replicable teaching framework that fosters deeper cognitive integration, thereby contributing to the pedagogical toolkit for enhancing clinical reasoning skills in basic medical education.