referring to medicalxpress
Researchers target gut bacteria to reduce weight gain
Researchers target gut bacteria to reduce weight gain
A new therapy that involves engineered gut bacteria may one day help reduce the health problems that come with obesity.Incorporating the engineered bacteria into the guts of mice both kept them from gaining weight and protected them against some of the negative health effects of obesity.Researchers will present their findings today at the American Physiological Society's Inflammation, Immunity and Cardiovascular Disease conference.
in like manner indiatimes
Gut bacteria therapy may help reduce weight gain
Gut bacteria therapy may help reduce weight gain
The researchers found that incorporating the engineered bacteria into the guts of mice both kept them from gaining weight and protected them against some of the negative health effects of obesity."Some day in the future, it might be possible to treat the worst effects of obesity simply by administering these bacteria," said lead researcher Sean Davies, Associate Professor of Pharmacology at Vanderbilt University in Nashville, Tennessee, US."Because of the sustainability of gut bacteria, this treatment would not need to be every day," Davies noted.To find out whether obesity-related diseases might be treated or even prevented by altering the gut microbiota, they engineered gut bacteria that produce a small lipid that helps suppress appetite and reduce inflammation.People who are obese typically produce less of this lipid, which is made by the small intestine.
not to mention news-medical
Engineered gut bacteria may one day help reduce negative health effects of obesity
Engineered gut bacteria may one day help reduce negative health effects of obesity
A new therapy that involves engineered gut bacteria may one day help reduce the health problems that come with obesity.Incorporating the engineered bacteria into the guts of mice both kept them from gaining weight and protected them against some of the negative health effects of obesity.Researchers will present their findings today at the American Physiological Society's Inflammation, Immunity and Cardiovascular Disease conference.
No comments:
Post a Comment