Ready, Cell, Go! Guided Movement Exercises in an Introductory Cell Biology Course

Area of Science:

• Cell Biology Education
• Kinesiology
• Pedagogical Innovation

Background:

• Traditional cell biology education often relies on static 2D illustrations or simplified animations.
• These methods can limit students' ability to grasp dynamic cellular processes such as fluidity, crowding, and chaos.
• Experiential learning offers a potential avenue to deepen understanding of complex biological concepts.

Purpose of the Study:

• To introduce a novel movement-based learning approach for introductory cell biology.
• To design and implement exercises that experientially teach core cellular concepts.
• To assess the impact of movement learning on student understanding and engagement.

Main Methods:

• Developed "Ready, Cell, Go!", a series of movement exercises for undergraduate students.
• Utilized a dance studio setting with specific cues to guide physical expression of cellular dynamics.
• Collected student reflections on their learning experiences and outcomes.

Main Results:

• Movement exercises effectively highlighted and deepened student understanding of cellular fluidity, crowding, and chaos.
• Students reported increased discovery, inquiry, and interest in cell biology.
• The approach provided a tangible way to connect physical movement to abstract biological concepts.

Conclusions:

• Movement learning is a valuable tool for enhancing cell biology education.
• Experiential exercises can make abstract cellular concepts more accessible and engaging.
• This methodology serves as a flexible template for teaching diverse cell biology topics.