Section I: Introduction to Neurophysiology; Section II: Description of the Models; Section III: Equations Underlying NeuroDynamix II Simulations; Section IV: Numerical Methods; Guide to NeuroDynamix II Software; Bibliography; Index
Summary
The membrane electrical potential is a central element in the functioning of all living cells, and temporal variations of this potential are crucial for signaling within the nervous systems of all animals. Electrical properties of nerve cells are covered in neurobiology courses, but because electrical concepts are complex and textbook illustrations are static, students often find neurophysiology intimidating and inaccessible. In order to make neurophysiology less formidable and more accessible, we developed a comprehensive approach that begins with the elements of electrical circuits. This app