Classic versus millennial medical lab anatomy

Area of Science:

• Medical Education
• Anatomy
• Radiology

Background:

• Anatomy education has shifted from 2-year courses to 12-week accelerated programs due to the rise of molecular sciences.
• Surface and radiological anatomy are crucial for all clinical specialties.
• Traditional anatomy courses often lack integration with modern medical imaging technologies.

Purpose of the Study:

• To investigate the feasibility of integrating full-body cadaver dissection with contemporary hospital technology within a 12-week anatomy course.
• To assess the effectiveness of this integrated approach on student learning and engagement.
• To explore the role of radiology in enhancing the understanding of anatomical structures.

Main Methods:

• A 12-week anatomy course incorporating full-body cadaver dissection (37 embalmed cadavers).
• Integration of hospital radiology modalities (roentgenograms, CT, MRI) and surgical tools.
• Inclusion of audio/visual technology and instruction by surgical and radiology professionals.
• Literature search for studies on integrating dissection with hospital technology.

Main Results:

• Successful imaging of 37 cadavers using roentgenograms, CT, and MRI.
• Students favored the dynamic laboratory with simultaneous activity sessions.
• Objective examination scores improved, and subjective student feedback was overwhelmingly positive.
• No prior studies were found integrating full-body dissection with hospital technology.

Conclusions:

• Full-body cadaver dissection remains essential for understanding surface and radiological anatomy, complementing molecular sciences.
• Radiology should be substantially integrated (at least 50%) into anatomy dissection laboratories.
• This pilot study demonstrates a comprehensive model for integrating dissection, radiology, and hospital technology in millennial anatomy education.