LESSON (Simulating Parkinson's: Using Electronics to Build Empathy)
"Simulating Parkinson's: Using Electronics to Build Empathy" is an interdisciplinary lesson plan tailored for high school students, focusing on the integration of biochemistry, neuroscience, and engineering to explore Parkinson's Disease. This digital resource enables students to understand the neuroscientific basis behind Parkinson's, including the critical roles of protein misfolding and Lewy bodies, through the hands-on use of the Backyard Brains Muscle SpikerShield system. The lab simulation crafted within this lesson plan allows students to experience the motor symptoms associated with Parkinson's Disease firsthand, fostering a deep sense of empathy for those living with the condition. By combining theoretical knowledge with practical simulation, this lesson plan not only educates students about a complex neurological disorder but also enriches their learning experience with compassion and understanding. It serves as a comprehensive tool for educators aiming to engage students in learning that extends beyond the classroom, making it a must-have for those dedicated to creating impactful and empathetic educational experiences.
You'll receive comprehensive instructional resources, including engaging videos and images with direct and downloadable links for versatile teaching applications. A troubleshooting guide will also be available to navigate any challenges effectively. This complete educational package is designed to provide an immersive and straightforward exploration of Parkinson's disease, equipping you with the tools to deliver a captivating and informative lesson that enhances students' understanding of this important health topic.