This course introduces the foundations of the electro-neural interfaces and some of their applications. It includes the basic neuroanatomy and physiology, membrane potential and its equivalent electrical circuit, dynamics of the voltage-sensitive ion channels, equations governing the generation and propagation of the action potential, mechanisms of neural stimulation and inhibition, computational modeling of the neural stimulation, electrical recording techniques, mechanisms of tissue damage, as well as characteristics of various electrode materials. Course also reviews various applications of the 'read-out' and 'write-in' interfaces with the central and peripheral nervous systems.
3 units · Medical Option (Med-Ltr-CR/NC)
This course introduces the foundations of the electro-neural interfaces and some of their applications. It includes the basic neuroanatomy and physiology, membrane potential and its equivalent electrical circuit, dynamics of the voltage-sensitive ion channels, equations governing the generation and propagation of the action potential, mechanisms of neural stimulation and inhibition, computational modeling of the neural stimulation, electrical recording techniques, mechanisms of tissue damage, as well as characteristics of various electrode materials. Course also reviews various applications of the 'read-out' and 'write-in' interfaces with the central and peripheral nervous systems.
Offered in Spring 2027 at Stanford University.