Table of Contents | Winter 2005
Branching out
"The Department of Neuroscience is thriving," says department head Timothy J. Ebner, M.D., Ph.D. In this Web-exclusive article, learn about three research projects focused on understanding how the brain works.
Bringing light to mental illness
University researchers are exploring the brain's structure and connectivity through high-field magnetic resonance imaging in an effort to better understand and treat schizophrenia.
The aging brain and Alzheimer's disease
A number of University projects are aimed at preventing early memory deficit, treating symptoms, and providing better care for those in need.
Regaining control of Parkinson's disease
University neurosurgeons have been pioneering the development of deep brain stimulation since the late 1990s. Today it is a life-changing option for those with advanced symptoms.
The sleep link
Two alumni physicians at the Minnesota Regional Sleep Disorders Center were the first to document a rare sleep disorder known as RBD. Now they want to know why so many with RBD go on to develop Parkinson's disease.
Medical School News
Minnesota marks 50-year partnership with Korean university, graduate medical program receives high marks, Magazine names Steve Miles "Minnesotan of the Year," Clinic named best in treating cystic fibrosis, and more
Alumni Connections
Mentor program sparks meaningful connections, 1911 time capsule unearthed
in Jackson Hall, Alumnus publishes book
about military medicine and love, It's nomination time for
the 2005 Alumni Awards, and more
A Look Back
Neurosurgery pioneer Lyle French helped forge a tradition of excellence
winter 2005
Web Exclusives
- Fun facts about the 9.4 Tesla magnet
- Images of the human brain
- Online resources for people with Alzheimer's disease
- Video of a patient with RBD
- Branching out: The Department of Neuroscience leads diverse efforts to understand how the brain works
From the Dean
Dear Friends,
The human brain is an endlessly fascinating organ. During the earliest days and years of development, our brains generate a set of neural circuits more powerful than a supercomputer. As we grow, learn, and age, our brains adapt in ways we're still trying to fully comprehend. When our brains show signs of disease or disorder, the questions multiply.