Nerve glial antigen 2 expressing neural cells - derived from ESCs may allow for delayed spinal
cord regeneration through the penetration of the protective glial scar
7/3/2007 Blood Clotting Protein May Inhibit Spinal
Cord Regeneration Fibrinogen, a blood - clotting protein found in circulating blood, has been found to inhibit the growth of central nervous system Firbrinogen (red) and activated EGFR (green) in the spinal cord after injuryneuronal cells, a process that is... More...
February 1999 — Realtor John Ryan of The Whistler Real Estate Company in Whistler, B.C. announces plans to hand cycle across Canada to raise money for spinal
cord regeneration research.
The work also bodes well for helping people with injured spinal cords to walk again, he says: If just one connection from the brain has to be repaired, «then hope becomes much stronger that spinal
cord regeneration could be successful.»
«Spinal
cord regeneration might actually be helped by glial scar tissue: Research finds that nerve cells regrow better when glial scarring is left intact.»
In particular she studies spinal
cord regeneration and limb regeneration
Although organ and spinal
cord regeneration are clinically important and worthy of intense research investment, regrowing whole limbs provides a flagship example of perfect regeneration in the salamander.
«In addition to spinal
cord regeneration, our work also focuses on other forms of regeneration including scar - free wound healing and limb regeneration.»
HMGB1 protein does not mediate the inflammatory response in spontaneous spinal
cord regeneration: a hint for CNS regeneration.
John Ryan was the Realtor who was hand - cycling across Canada that year for Spinal
Cord Regeneration.