Neurobiology of Disease Training Program

The Need for an Interdisciplinary Neuroscience Training Program

Although the Decade-of-the-Brain initiative concluded more than 10 years ago, the importance of neuroscience research has continued to rise in the context of major public health issues. The number and increasing longevity of retiring Baby Boomers will severely challenge our health care system and bring with it unprecedented numbers of patients with neurodegenerative and cognitive disabilities over the next 20-30 years. Furthermore, the World Health Organization projects significant increases in diseases of alcohol and drug abuse, unipolar depressive disorders and cerebrovascular disease. The public health burden will not be limited to adults; major childhood diseases like autism spectrum disorder have increased dramatically in the last 10 years from 1 in 150 to 1 in 100 children between the ages of 3 and 17, which will further add to the public health challenge.
Such impending challenges bring with them substantial opportunities for understanding neurological disorders at the basic science level and translating this knowledge into the clinics, as long as there are a sufficient number of suitably trained neuroscientists and clinician/neuroscientists to take advantage of these opportunities. Toward this end, we have developed an integrated, multidisciplinary translational neuroscience program to train PhD students at the emerging interfaces of systems, genomics, imaging, medicinal and clinical neurosciences and, biotech transfer. Our participating faculty bring to the table broad scientific disciplines from basic science to clinical practice, all with common threads of previous graduate training, vigorous research programs in current NIH funded programs, and a focus on the elucidation and treatment of neurological disorders. Training Program Faculty biographies are listed here.

Students currenty enrolled in the program are Angela Bustamante, Bryan Killinger, Kathleen Maheras, Dan Radecki, Rick Smith,                           and Natalie Wiseman 


Overview of the NDTP

Graduate students enter the NDTP in their first year of graduate school but remain as full graduate student members of their home Department/Center for their Core curriculum responsibilities and graduation. Students will graduate with a minor in neuroscience. The coursework required in the NDTP is:   

1) the Core curriculum coursework of the home Department/Center plus electives,
 including 5 credits of neuroscience coursework
49 credits


2) the Core curriculum coursework of the NDTP






- Ethics in Science BMS6010 1 credit 





- Business of Biotechnology BMS7100 2 credits




- Neurobiology of Disease MBG8000 2 credits




- Scientific Writing MBG7091 2 credits




- Systems Neuroscience MBG7810 2 credits




- Biostatistics
PSY7150 3 credits


3) four semesters of dissertation research
30 credits


 

Go back