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UF movement disorders expert named co-editor of global Web site

Hubert H. Fernandez, M.D., an associate professor of neurology at the University of Florida College of Medicine, co-director of the Movement Disorders Center at the McKnight Brain Institute and director of clinical trials for movement disorders, has been elected co-medical editor of the Web site for the Movement Disorder Society.

Neurological groups laud UF researcher

Kenneth Heilman, Ph.D., a distinguished professor of neurology at the UF College of Medicine and a member of UF’s McKnight Brain Institute, was elected to honorary membership in the American Neurological Association, the highest honor the ANA can bestow.

Improved estrogen reception may sharpen fuzzy memory

Estrogen treatments may sharpen mental performance in women with certain medical conditions, but University of Florida researchers suggest that recharging a naturally occurring estrogen receptor in the brain may also clear cognitive cobwebs.

MBI director honored by Italian scientists, leaders

Dennis Steindler, executive director of the Evelyn F. and William L. McKnight Brain Institute of the University of Florida, was honored for his contributions to neuroscience at a ceremony with officials from the Catholic University in Rome, the university’s teaching hospital — the Gemelli University Polyclinic — and the Italian government.

Gold named chair of UF Psychiatry Department

Mark Gold, M.D., an international authority on addiction medicine, has been named chairman of the University of Florida College of Medicine’s department of psychiatry.

Brain stem cell sensitive to space radiation

Measures to protect astronauts from health risks caused by space radiation will be important during extended missions to the moon or Mars, say researchers in a paper currently online in Experimental Neurology.

Club drugs inflict damage similar to traumatic brain injury

What do suffering a traumatic brain injury and using club drugs have in common? University of Florida researchers say both may trigger a similar chemical chain reaction in the brain, leading to cell death, memory loss and potentially irreversible brain damage.