Project Overview

• In-depth study of neuroscience fundamentals and cutting-edge research
• Covered key topics such as neuronal anatomy, membrane potential models, and action potential formation
• Conducted fluorescence microscopy experiments and completed cytoskeleton staining
• Explored interdisciplinary problem-solving through teamwork and project reporting

Learning and Achievements

• Mastered basic neuroscience concepts and their applications in interdisciplinary fields like math, physics, and chemistry
• Enhanced hands-on experimental skills and gained deeper understanding of research processes
• Proposed innovative research questions in project reports, receiving recognition from the instructor
• Developed critical thinking and independent inquiry abilities through intensive learning and collaboration

Technical Highlights

• Utilized fluorescence microscopy to observe cytoskeletal structures, gaining insights into experimental operation and analysis
• Acquired skills in calculating and deriving membrane potential models and ionic equilibrium
• Applied interdisciplinary tools to solve biological modeling problems, such as the Nernst equation
• Demonstrated scientific reasoning and problem-solving in experiment reports