Triangular relationship in the epileptic brain

When an epileptic seizure occurs in the brain, the nerve cells lose their usual pattern and fire in a very fast rhythm. The cause is a complex interplay of various factors. Scientists at the University of Bonn have now discovered the important role of one of the participants: a2d4 (alpha2delta4). It is a central player between the nerve cells, a puzzle piece that plays a decisive role in the development of epilepsies and is a possible starting point for therapies. The results now appear in the Journal of Neuroscience.

* This article was originally published here