Metabolic interrelationships software application: Interactive learning tool for intermediary metabolism*

Area of Science:

• Medical Education
• Biochemistry
• Physiology

Background:

• Intermediary metabolism and its hormonal control are complex topics for medical students.
• Traditional teaching methods may not fully capture the dynamic, integrated nature of metabolic pathways.

Purpose of the Study:

• To develop and implement an interactive software application, Metabolic Interrelationships, as a self-learning tool.
• To enhance undergraduate medical students' understanding of intermediary metabolism and its nutritional regulation.

Main Methods:

• Development of a software application providing an interactive learning environment.
• Integration of major metabolic pathways, hormonal control, and nutritional status.
• Exploration of time- and tissue-dependent metabolic changes during feeding-fasting cycles.
• Hierarchical learning from whole-body to molecular levels with animations.

Main Results:

• The Metabolic Interrelationships software was successfully developed and implemented.
• Students can interactively explore mammalian intermediary metabolism, nutrient fluxes, and hormonal control.
• The application facilitates understanding of metabolic adaptations to nutritional status.

Conclusions:

• Metabolic Interrelationships serves as an effective self-learning and teaching tool for intermediary metabolism.
• The interactive, hierarchical approach enhances student comprehension of complex metabolic processes.
• The application is well-received by both students and academic staff.