Nat Neurosci: Study Reveals New Mechanism for Repairing Nerve Cell Damage

2020 May 20 News / BioValley BIOON / --- Recently, the University of Colorado School of Medicine researchers have discovered a method for regenerating and repairing damaged after a new central nervous system cellspublished in the latest issue of the "NatureNeuroscience" article, scientists from CU found that the precise timing of motor learning can stimulate the cells, thereby improving the damage oligodendrocytes, and oligodendrocytes healthy nerve cells are essential for cell functionadvanced microscope used in this study and multiple sclerosis (MS) model to assess the mouse oligodendrocyte and precursor cells, to better understand how to use them to restore neuronal function after injury(Source: Www.pixabay.com)"tissue regeneration after injury or disease is a very worthwhile area, especially in the adult nervous system," CU School of Medicine and development of biological cells Assistant Professor DrEthanG.Hughes and Boettcher saidHughes and his colleagues are particularly interested in the study, they found that mature oligodendrocytes can to promote the repair of the nervous system by generating new myelinNerve fibers wrapped in myelin, nerve impulse transmission and speed up the brain and from the brainHughes and his colleagues found that behavior in mice trained in the new formation and promote remyelination of mature oligodendrocytes, helping to repair the nervous systemTheir findings provideneurological disease in a patient (e.g., those diseases caused by the MS) of therapeutic intervention potential new targets, where MS is a progressive degenerative disease that affects the brain and other body parts communication skills(Biovalley Bioon.com)Information Source:ResearcherspublishstudyonnervecellrepairOriginal source:ClaraM.Bacmeisteretal,Motorlearningpromotesremyelinationvianewandsurvivingoligodendrocytes,
NatureNeuroscience(2020) .DOI: 10.1038 / s41593-020-0637-3