PhD in Neurosciences: Course Overviews
The number of semester hours is designated by s.h. |
|
PHYSO-731 Neuroscience I. |
A survey of fundamental knowledge and
an introduction to conceptual thinking about brain structure and function
are presented partly through a lecture series and partly as correlated
sesions in which research faculty guide students through problem-solving
approaches to contemporary experimental issues. 5 s.h., Fall. Ramamoorthly/Beckstead |
PHYSO-741 Neuroscience II |
This course examines the integration of cellular
components in the brain into a functioning organ. Topics to be covered
include cellular summation of signals, psychopharmacology, imaging and
behavioral modeling of cellular function and disease states. In addition
to some lectures, the student is expected to critically evaluate
relevant
literature
in a problem solving format. 5 s.h. Spring. Wooward |
PHYSO-774 Advanced Topics in Physiology/Neuroscience |
Neuroscience faculty mentor selected students in
a reseach experience. Topics are those of current interest in the discipline.
Prerequisite: permission of the instructor. Variable
s.h. All. Faculty |
PHYSO-780 Physiology Seminars/Journal Club |
All students in the Neuroscience graduate program
will participate in this course which involves seminars by invited outside
speakers, MUSC faculty, postdoctoral fellows, as well as students. Each
seminar is preceded by a critical evaluation of literature relevant to
the topic of the seminar speaker, often recent papers published by the
speaker. 2 s.h. Spring. Faculty |
PHYSO-970 Research |
Variable s.h. All |
PHYSO-980 Thesis |
Variable s.h. All |
PHYSO-990 Dissertation |
Variable s.h. All |