George Brooks and his colleagues investigated lactic acid in muscle cells. What were their findings? How have their findings affected the goals of athletic training?
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George Brooks and his colleagues investigated lactic acid in muscle cells. What were their findings? How have their findings affected the goals of athletic training?
George Brooks and his colleagues investigated lactic acid in muscle cells. What were their findings? How have their findings affected the goals of athletic training?
George Brooks and his colleagues investigated lactic acid in muscle cells. What were their findings? How have their findings affected the goals of athletic training?
George Brooks and his colleagues investigated lactic acid in muscle cells. What were their findings? How have their findings affected the goals of athletic training? Due do reaction of iron metal, oxygen and moisture in air...corrosion occurs on iron doors and windows . By painting them, the contact between iron metal, oxygen and moisture become less and corrosion doesn't happen.
When George Brooks first began investigating lactate, or lactic acid, sports physiologists saw it as a muscle poison that lowered performance. His research over decades has reversed that picture, showing that it is the body's way of revving up for exercise or to fight disease. Clinicians are now planning clinical trials to use lactate to treat traumatic brain injury and a host of illnesses, including heart attacks, inflammation and swelling.
Brooks, a professor of integrative biology at the University of California, Berkeley, recounts the history of the misunderstanding of lactate, also known as lactic acid, a little molecule that plays a large role in metabolism, in a new paper in the journal Cell Metabolism. Lactate is a waste product created by muscles that increases to high levels in the blood after strenuous activity, according to athletic trainers and competitive athletes. Lactate is thought to be the cause of muscular exhaustion, decreased performance, and soreness.