Sort by
Refine Your Search
-
join an exciting journey to unravel the principles of how cellular activities drive fundamental brain functions, such as computation, learning, and memory, via the development and application of novel
-
the lab, the successful candidate will utilize leading-edge neurophysiology techniques, including brain slice electrophysiology, respiratory motor nerve output and single unit recording in an in-vivo like
-
the neurophysiological bases of childhood brain development and speech disorders such as stuttering. The ability to work on short-term projects as requested is also required. Why Join Michigan Medicine? Michigan Medicine
Searches related to brain
Enter an email to receive alerts for brain positions