Visible Human Project based applications can prompt integrating cross-sectional anatomy into the medical school curriculum when combined with radiological modalities: A three-year cross-sectional observational study

Background

Cross-sectional anatomy is a challenging yet a vital foundation to clinical practice. The traditional teachings of gross anatomy cadaveric dissections do not cover adequate training of recognizing anatomical structures on CT, MRI and sonographic cross-sections. New modern technologies are emerging as teaching tools in anatomy aiming to deliver visual interactive experience. The Visible Human Project provides a library of cross-sectional images compiled from cryosectioned body donors that was utilized by modern technologies such as the virtual dissection table (Anatomage) in constructing 3D software applications visualizing the internal composition of the human body virtually. Hereby, this article explores an integrative approach utilizing the Visible Human Project based applications and basic radiological modalities.

Purpose

The purpose of our newly implemented teaching approach was to test and assure technology fitness to the medical curriculum and its potential influence on students’ performance in learning gross as well as cross-sectional anatomy in much depth.

Basic procedures

A three years (2021–2024) observational study was conducted by implanting a practical cross-sectional anatomy optional course by selectively utilizing Anatmage interactively beside CT, MRI and ultrasound practice. The performance of 50 participants was evaluated in the form of a written test comprised of labeling of ten cross-sectional images and drawing of two cross-section schemes. Their optional course test scores were compared to their obligatory anatomy subject test scores; and to a non-participants control group of 50 retrospective obligatory anatomy subject test scores. In addition, the participants’ attitude toward the training lessons was assessed through a survey focused on satisfaction level, competence and ability to recognize structures on radiological images.

Main findings

The participants reported a high level of practical engagement. The test scores in the anatomy obligatory subject were positively influenced by this implemented practical course. Students showed improved test scores in the standardized labeling keyword questions, while the scheme questions showed discrepancy.

Principal conclusions

Integrating Visible Human Project based applications with radiological modalities showed positive efficacy on the students’ engagement and learning performance. Inevitably, cadaveric dissection and prosection remain the cornerstone of gross anatomy education. Integrating both modalities of teaching would excel students’ practical skills in applied clinical anatomy.