LOUISVILLE, Ky. (5/23/15) — More than a dozen leading basic scientists from around the nation and the world studying neurological function made presentations to 160 fellow researchers in Louisville Wednesday and Thursday.
The goal? To facilitate collaborations that will advance science leading to improved spinal cord and head injury rehabilitation.
Scientists from Sweden, Canada and the United States shared their latest neurotrauma research at the 21st Annual Kentucky Spinal Cord and Head Injury Research Trust Symposium.
The symposium, sponsored by Kentucky Spinal Cord and Head Injury Research Trust, Kentucky Spinal Cord Injury Research Center, KentuckyOne Health, Craig H. Neilsen Foundation and University of Louisville School of Medicine, was organized to advance the study of neurotrauma and ultimately lead to methods of restoring function to those with spinal cord and head injuries.
Among those speaking: Abdel El Manira, Ph.D., and Tatiana Deliagina, Ph.D., of the Karolinska Institute in Sweden, and Paul Kubes, Ph.D. and Christopher Power, M.D., F.R.C.P.C. of Canada. El Manira discussed his research into locomotor circuits in zebrafish. His research shows that neuron groups are selectively wired for slow, intermediate or fast movement, and the fish’s nervous system selects distinct motoneurons for different swimming speeds.
Deliagina discussed her work studying feedback mode of postural control in quadrupeds. Loss of postural control is one of the major motor disorders following spinal cord injury. Marc Freeman, Ph.D. of the University of Massachusetts Medical School presented the keynote address on the cellular and molecular mechanisms of nerve degeneration.
This work is similar to basic science research that led to the groundbreaking clinical studies, done at the University of Louisville and Frazier Rehab Institute, in which stimulators were transplanted into spinal cord injured patients who subsequently gained the ability for volitional movement in their legs.
The UofL Kentucky Spinal Cord Injury Research Center is dedicated to developing successful spinal cord repair strategies in the laboratory that can be taken to the clinic in a timely and responsible fashion.
Information provided by Betty Coffman