Protecting nerve cells from death in a model of stroke

Sep 01, 2010

A team of researchers, led by Yizheng Wang, at the Chinese Academy of Sciences, China, has identified a way to preserve nerve cells in a rat model of stroke.

Stroke is most commonly caused by impaired delivery of oxygen to part of the brain as a result of disruption to the blood supply (a condition known as ischemia).

This leads to nerve cell death, although the exact mechanisms underlying ischemic nerve cell death have not been clearly determined.

Yang and colleagues, set out to test in rats the idea that disruption to pathways involved in protecting from death contributes to nerve cell death in and generated data consistent with this idea.

Specifically, they found that degradation of the TRPC6 preceded nerve cell death in the rat model of stroke and that suppressing TRPC6 degradation prevented nerve cell death and subsequent brain damage.

The authors therefore suggest that preventing TRPC6 degradation could be a way to limit nerve cell death after stroke.

Explore further: Diminutive decoys: Membrane-cloaked nanoparticles disrupt antibody-mediated autoimmune diseases

More information: View this article at: www.jci.org/articles/view/4316… da4fd780e07be0ce5d1d

Provided by Journal of Clinical Investigation

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