Synaptic pruning: How neurons compete to lose their link
Researchers at Kyushu University have uncovered the mechanisms of a fundamental yet critically under-looked phase in brain development: synaptic pruning.
Jun 7, 2023
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Researchers at Kyushu University have uncovered the mechanisms of a fundamental yet critically under-looked phase in brain development: synaptic pruning.
Jun 7, 2023
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The neuromuscular junction—where nerves and muscle fibers meet—is an essential synapse for muscle contraction and movement. Improper function of these junctions can lead to the development of progressive neuromuscular ...
Jan 6, 2022
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A research group from the Sackler Faculty of Medicine and the Sagol School of Neuroscience at Tel Aviv University uncovered, for the first time, the biological mechanism causing nerve destruction in the neurodegenerative ...
Dec 14, 2021
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With life expectancy increasing, age-related diseases are also on the rise, including sarcopenia, the loss of muscle mass due to aging. Researchers from the University of Basel's Biozentrum have demonstrated that a well-known ...
Sep 9, 2020
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A study of 181 patients at 16 sites across the country who test negative for two antibodies long known to cause muscle-weakening myasthenia gravis, found that about 15% test positive for one of two newly discovered antibodies ...
Aug 19, 2020
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In an aging society, one of the most important and urgent tasks of scientific research is to counteract the decline in motor function and muscle weakness that accompanies the aging process.
Aug 17, 2020
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After nerve injury, the protein complex mTORC1 takes over an important function in skeletal muscle to maintain the neuromuscular junction, the synapse between the nerve and muscle fiber. Researchers at the University of Basel's ...
Jul 25, 2019
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Salk researchers have found, for the first time, that a blood-clotting protein can, unexpectedly, degrade nerves—and how nerve-supporting glial cells, including Schwann cells, provide protection. The findings, published ...
Mar 14, 2019
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Researchers at Karolinska Institutet in Sweden have discovered a new way in which nerve cells can control movement. In a study on zebrafish published in the journal PNAS they show that the contact between neurons and muscles ...
Oct 2, 2018
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The findings relate to a type of cell connection that allows electrical and chemical messages to flow from nerve to muscle cells, enabling motion.
Nov 29, 2017
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