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Underlying mechanisms behind regular exercise benefits

Scientists studied both male and female rats over eight weeks of endurance exercise and found thousands of molecular alterations. These findings have implications for human health, such as in liver disease, bowel disease, cardiovascular health, and tissue recovery. ....

United States , Sarah Lessard , Zhen Yan , Life Sciences , College Of Agriculture , Fralin Biomedical Research Institute Center , Life Sciences At Virginia Tech , Department Of Human Nutrition , Fralin Biomedical Research Institute , National Institutes Of Health , Medicine Research , Molecular Transducers Of Physical Activity Consortium , Virginia Tech , Molecular Transducers , Physical Activity Consortium , Exercise Medicine Research , International Research Group , National Institutes , Human Nutrition ,

Study reveals endurance exercise's impact on the biological molecules of animals and humans

As part of an ongoing national research effort to better understand how physical activity improves health and prevents disease, seven University of Colorado Department of Medicine faculty members contributed to an article recently published in Nature, an international journal of science. ....

United States , Wendy Kohrt , University Of Colorado Anschutz Medical Campus , Division Of Geriatric Medicine , National Institutes Of Health Common Fund , University Of Colorado Department Medicine , Molecular Transducers Of Physical Activity Consortium , Colorado Anschutz Medical , Colorado Department , Molecular Transducers , Physical Activity Consortium , National Institutes , Health Common Fund , Geriatric Medicine ,

Body-wide molecular map explains why exercise is so good for you

Body-wide molecular map explains why exercise is so good for you
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David Amar , Nikolai Vetr , Stanfordw Ascherman , Stephen Montgomery , Pierre Jean Beltran , Malene Lindholm , Michael Snyder , Matthew Wheeler , Molecular Transducers Of Physical Activity Consortium , National Institutes Of Health , Nature Communications , Broad Institute , Cell Metabolism , Associate Professor , Medicine Matthew Wheeler , Nicole Gay , Stanford Medicine , Molecular Transducers , Physical Activity Consortium , National Institutes ,

Researchers identify key molecular alterations from endurance exercise that could combat chronic diseases

A whole-organism molecular map of the temporal effects of endurance training in rats. ....

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Researchers create a bodywide map of molecular changes linked to exercise and health

Researchers create a bodywide map of molecular changes linked to exercise and health
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Matthew Wheeler , Michael Snyder , David Amar , Krista Conger , Stanfordw Ascherman , Pierre Jean Beltran , Stephen Montgomery , Stanford School Of Medicine , Molecular Transducers Of Physical Activity Consortium , Office Of Communications , National Institutes Of Health , National Science Foundation , Broad Institute , Alice Wallenberg Foundation , Stanford Medicine Led , Stanford Medicine , Nicole Gay , Molecular Transducers , Physical Activity Consortium , National Institutes , Alice Wallenberg , Stanford School ,