Nerve Cell Membranes
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Recipe for Painlessness in Humans Discovered
Scientists have discovered a potential recipe for painlessness in humans, by using mice genetically modified to lack a nerve channel that enables people and animals to feel pain.
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Now, Researchers Discover Gene Responsible for Pain
Scientists at University College London have found the recipe for painlessness in a study that used genetically modified mice to show a channel responsible for allowing pain signals to pass along nerve cell membranes is vital to feel agony.
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Protein That May Boost Learning, Memory Identified
Researchers, including those of Indian-origin, have found that increasing a crucial cholesterol-binding membrane protein in nerve cells within the brain can improve learning and memory in aged mice.
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Recipe for Painlessness in Humans Discovered
Scientists have discovered a potential recipe for painlessness in humans, by using mice genetically modified to lack a nerve channel that enables people and animals to feel pain.
-
Now, Researchers Discover Gene Responsible for Pain
Scientists at University College London have found the recipe for painlessness in a study that used genetically modified mice to show a channel responsible for allowing pain signals to pass along nerve cell membranes is vital to feel agony.
-
Protein That May Boost Learning, Memory Identified
Researchers, including those of Indian-origin, have found that increasing a crucial cholesterol-binding membrane protein in nerve cells within the brain can improve learning and memory in aged mice.
