A comprehensive study by MoTrPAC has revealed that exercise induces widespread molecular changes across all studied organs in rats, suggesting complex biological processes that could inform personalized exercise regimens and treatments for conditions like non-alcoholic fatty liver disease. Credit: SciTechDaily.com, proteins, and metabolites in nearly all tissues, providing clues to many human health conditions.
The team hopes that their findings could one day be used to tailor exercise to an individual’s health status or to develop treatments that mimic the effects of physical activity for people who are unable to exercise. They have already started studies on people to track the molecular effects of exercise.Launched in 2016, MoTrPAC draws together scientists from the Broad Institute of, and other institutions to shed light on the biological processes that underlie the health benefits of exercise.
“A lot of large-scale studies only focus on one or two data types,” said Natalie Clark, a computational scientist in Carr’s group. “But here we have a breadth of many different experiments on the same tissues, and that’s given us a global overview of how all of these different molecular layers contribute to exercise response.”
Source: Tech Daily Report (techdailyreport.net)
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