A practical guide to teaching with Proteopedia.

Area of Science:

• Biochemistry
• Structural Biology
• Science Education

Background:

• Proteopedia offers an open-access platform for visualizing and understanding the complex relationships between molecular structures and their functions.
• Effective pedagogical strategies are needed to leverage interactive visualization tools in science education.
• Integrating 3D molecular models can enhance student comprehension of biomolecular concepts.

Purpose of the Study:

• To provide a practical guide for educators on incorporating Proteopedia into teaching protein and biomolecular structure-function.
• To detail specific activities and pedagogical approaches for using Proteopedia in the classroom.
• To highlight Proteopedia's features beneficial for educational purposes and offer solutions to common teaching challenges.

Main Methods:

• Development of 11 distinct educational activities centered around Proteopedia.
• Guidance on defining learning outcomes, managing student expectations, and preparing students for tasks.
• Recommendations for utilizing Proteopedia's interactive features and assessing student engagement and learning.

Main Results:

• A framework for integrating Proteopedia into biochemistry and structural biology curricula.
• Practical examples and strategies for facilitating student exploration of molecular structures.
• Identification of Proteopedia's strengths for teaching and methods to overcome potential implementation hurdles.

Conclusions:

• Proteopedia serves as a valuable, accessible resource for enhancing the teaching of molecular structure-function.
• The provided activities and guidance can help educators effectively utilize Proteopedia to improve student understanding.
• Adoption of Proteopedia-based learning can foster deeper insights into the dynamic nature of biomolecules.