New spinal injury treatment 'cuts damage and pain'RSS Feed

New spinal injury treatment 'cuts damage and pain'

Scientists have uncovered a new treatment for spinal cord injury, which minimises nerve damage and pain in the condition.

A study at Rutgers University found that there is increased production of a protein known as RhoA which prevents the regeneration of nerve cells in the spinal cord, stopping the spinal injury from healing.

Scientists used a chemically-synthesised siRNA molecule to decrease RhoA production, thereby counteracting some of its effects.

Martin Grumet of the institute said: "It is exciting because this minimally-invasive treatment can selectively target the injured tissue and thereby promote healing and reduce pain."

These findings are sure to be particularly important to Rutgers University, following the high profile spinal injury of its football player Eric LeGrand last year.

LeGrand suffered a severe spinal injury after a tackle went wrong during a game, leaving him paralysed from the neck down.

News brought to you by Serious Law specialists in brain injury

Posted by Paul Breen
 ADNFCR-2547-ID-800518184-ADNFCR

Back to Spinal Injury News news

Motorists must give 'full attention' to road

Motorists must give 'full attention' to road
28 April 2011
Motorists must give "full attention" to the road ahead, according to one expert, which could potentially reduce the amount of brain and spinal cord injury that results from traffic accidents.Emily...
Read More...

Re-learn the highway code, expert advises

Re-learn the highway code, expert advises
27 April 2011
Drivers should re-educate themselves on the highway code, one expert has said, which could help avoid traffic accidents that too often lead to brain and spinal cord injury.Adrian Walsh, director of RoadSafe,...
Read More...

Harmful imaging procedures 'could be reduced'

Harmful imaging procedures 'could be reduced'
19 April 2011
Critically ill patients in hospital emergency departments, such as those with brain or spinal injury, who are being transferred to other institutions, could potentially undergo less damaging imaging procedures,...
Read More...