Hands-on Activities to Engage Students in Muscle Cell Structure and Function

Abstract

Student-centered learning of biology concepts through hands-on tactile approaches is one of the important themes in inclusive and equitable STEM teaching. In our article, we describe the development of clay Velcro origami models for students to explore the molecular and cellular process of muscle fiber formation. We repurposed dollar store items and recyclable items used to construct a variety of textures in the clay Velcro model of early and late stages of muscle fiber formation. These hands-on activities are linked to the Next Generation Science Standards (NGSS) on using a model to explore the cell and structure changes to form a multinucleated muscle fiber or the formation of a syncytium. Finally, we also illustrate how students can utilize the clay Velcro model to make predictions if key molecules in cell fusion do not work during the process of syncytial formation during muscle fiber development.