Program Description:
Graduate study in anatomy provides advanced professional education in the essentials of human anatomy, including gross anatomy, developmental anatomy (embryology), microanatomy (cell biology/histology), and neurobiology. The Master of Science degree in anatomy is designed primarily for students who expect to continue on to doctoral studies (Ph.D., M.D., or the equivalent).
The department also offers a certificate program in anatomy. This program is for students who have an interest in anatomy but do not want to pursue, or do not need, a master’s degree. The program of study consists of three of the core graduate anatomy courses.
Admissions Requirements:
Anatomy - Minimum requirements include an overall undergraduate grade point average of 3.0-plus. Although there are no uniform prerequisites, it is recommended that applicants have completed at least two years of biology, including vertebrate anatomy, and two years of chemistry, including organic chemistry. Letters of recommendation are an important admission consideration.
Students who do not plan to complete the degree program or who do not meet the admission requirements of the Graduate School may be admitted on a non-degree basis in order to take selected anatomy courses. Written permission by the appropriate course director is required to enroll in each anatomy course. Contact the Neuroscience, Cell Biology and Physiology Department for informationconcerning enrollment procedures.
Faculty:
Professors-Anatomy
Nancy Bigley, Herpes simplex virus, interferons and immune pathways
Robert Fyffe, Spinal cord-cells and circuits
Gary L. Nieder, Medical and graduate education; Educational technology
John C. Pearson, Educational media development; Neuroscience
Associate Professors-Anatomy
Larry J. Ream, Medical and graduate education; Histology
Dawn Wooley, Virology, HIV-1, AIDS; Biosafety; Biodefense
Assistant Professor-Anatomy
Barbara Kraszpulska, Graduate and medical education; Educational technology
Professors-Physiology & Neuroscience
Timothy Cope (Chair), Spinal cord plasticity; Motor systems
James Olson, CNS injury; Brain edema; Blood-brain barrier function
Robert W. Putnam, Central respiratory control; Cell signaling; Neuroscience
Mark Rich, Synaptic plasticity; Critical illness myopathy
Associate Professors-Physiology & Neuroscience
Thomas L. Brown, Cell death; Differentiation and development
Adrian Corbett, Brain neurogenesis in response to injury
Kathrin Engisch, Neurotransmitter release
Melvyn D. Goldfinger, Theoretical neuroscience
Dan R. Halm, Epithelial physiology; Secretory signal transduction
Assistant Professors-Physiology & Neuroscience
J. Ashot Kozak, Ion transport pathways in T lymphocytes; Calcium signaling; Ion channels in nociception
David Ladle, Development of spinal cord reflex circuits
Christopher Wyatt, Cellular mechanisms of oxygen sensing; Peripheral respiratory control