Scientists have solved a longstanding mystery of the central nervous system, showing how a key protein gets to the right spot to launch electrical impulses that enable communication of nerve signals to and from the brain.
Jan 9, 2014
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Virginia Commonwealth University researchers studying a special class of potassium channels known as GIRKs, which serve important functions in heart and brain tissue, have revealed how they become activated to control cellular ...
Aug 16, 2013
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An epilepsy drug shows promise in an animal model at preventing tinnitus from developing after exposure to loud noise, according to a new study by researchers at the University of Pittsburgh School of Medicine. The findings, ...
May 27, 2013
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The vomeronasal organ (VNO) is one of evolution's most direct enforcers. From its niche within the nose in most land-based vertebrates, it detects pheromones and triggers corresponding basic-instinct behaviors, from compulsive ...
Jul 29, 2012
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In two landmark papers in the journal Nature this week, scientists at The Scripps Research Institute report that they have identified a class of proteins that detect "painful touch."
Feb 19, 2012
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In normal cells, electrical voltage patterns provide a blueprint for orderly growth. But with cancer, the opposite happens. Marked by a breakdown in the normal electrical patterns generated by the cells, they lose their specialized ...
Jan 11, 2022
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Retinal ganglion cells (RGCs) make up the optic nerve. When RGCs degenerate due to elevated intraocular pressure caused by glaucoma, vision is lost.
Jul 17, 2019
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Researchers at Linköping University in Sweden have discovered a previously unknown molecular binding site that can influence electrical impulses in nerves. The results are presented in the journal Science Advances. The discovery ...
Oct 27, 2017
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A growing cohort of talented Northwestern Medicine scientists is working to unlock the secrets of ion channels and discover how these tiny molecular machines contribute to an array of diseases, from brain tumors and epilepsy ...
Sep 1, 2017
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Most cells in the body carry on their surface tiny pores through which potassium ions travel. In controlling the flow of these positively charged ions, the channel helps the cell maintain its electrical balance.
Aug 11, 2016
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