Medicine@Yale publication

Medicine@Yale.

May/June   Volume 5 Issue 3

Inside this issue

Cover stories

A continuous infusion of philanthropy

New Cancer Center head: ‘aspire to cure cancers’

Alpern reappointed to new term as dean of medical school
Netcast: Robert Alpern

People

Lifelines: Jorge Galán

Expert on spinal cord injury receives VA's highest scientific award

Dean of Public Health is Anna M.R. Lauder Professor

Berliner Professor envisions blood vessel growth as therapy

Expert on kidney development, repair is named Long Profressor

Five medical school faculty are elected to a venerable group

Out & about

Science

A protein's surprise role in Alzheimer's

How membranes get the bends

Advances: Living dangerously, in more ways than one | A new syndrome, a new role for a gene

Health

Advances: Relax—for your heart's sake | Drug can curb both smoking and drinking

Partnerships

Grants & contracts

Supporting medical education



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Expert on spinal cord injury
receives VA’s highest scientific award

Stephen Waxman

Stephen Waxman

Neuroscientist Stephen G. Waxman, M.D., Ph.D., whose research focuses on new therapeutic strategies to restore functions such as sensation and the ability to walk after spinal cord, nerve, and brain injuries, has received the William S. Middleton Award, the highest scientific honor of the Department of Veterans Affairs (VA).

The award was established in 1960 to honor William S. Middleton, M.D., a distinguished educator, physician–scientist, and chief medical director at the VA from 1955 to 1963.

In ceremonies that included a reception at the U.S. Capitol in Washington on April 29, Waxman, chair of neurology and the Bridget Marie Flaherty Professor of Neurology, Neurobiology, and Pharmacology, received the award for his work on spinal cord injury, multiple sclerosis, and painful nerve disorders.

Waxman has identified key molecules that are responsible for chronic pain after nerve and spinal cord injury, and his research group was the first to show molecular changes within nerve cells that permit remissions—recovery of previously lost functions such as vision and motor control—in multiple sclerosis.

Waxman directs the Neuroscience and Regeneration Research Center (NRRC), a collaboration of Yale University, the VA, the Paralyzed Veterans of America, and the United Spinal Association. The NRRC is located at the VA Connecticut Healthcare System in West Haven, Conn. He is also visiting professor and co-director of the Yale-London Collaboration on Nervous System Injury at University College London.

“Each month we move closer to cures for spinal cord injury, nerve injury, and multiple sclerosis,” Waxman says. “I am confident that, ultimately, we will conquer these disorders.” image

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