![]() ![]() This, in turn, leads to re-arrangements of the cytoskeleton and finally to structural changes of the synapses. They found that Copine-6 is recruited to the synapse of the neuron, binding to the cell membrane in a calcium-dependent manner. ![]() In their study, the researchers stimulated nerve cells chemically to trigger calcium influx – the initial spark for learning. Lack of Copine-6 leads to learning deficits Repeated use of a synapse, for instance during learning, strengthens the connection between neurons and makes signal transmission more efficient. A neuron receiving signals has thousands of these synaptic connections, allowing its activation by many different neighboring cells. The contacts between nerve cells, known as synapses, are essential in this process as they permit a neuron to pass information to another cell. The protein Copine-6 is mainly expressed in the neurons of the hippocampus, a brain area important for learning and memory formation. You are here: Important for Learning: Protein Strengthens Neuron Connections.Continuing Education Office: Team, infos & downloads.Continuing Education Continuing Education - Subnavigation.Core Facilities, Collections & Editions.News & Events News & Events - Subnavigation.Mobile-Search Search for: Start search Mainnavigation-Area Mainnavigation ![]()
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