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Gut microbes may cause depression in obese

The Joslin scientists found that mice on a high-fat diet showed significantly more signs of anxiety, depression and obsessive behaviour than animals on standard diets.

Edited by: India TV Lifestyle Desk, New Delhi [ Published on: June 18, 2018 10:23 IST ]
Gut microbes have an important role in depression in obese

Gut microbes have an important role in depression in obese

In a study published in Molecular Psychiatry, researchers have found that Gut microbes may cause depression and anxiety in obese. The study at Joslin Diabetes Center was conducted on mice who became obese when put on a high-fat diet.

 
The Joslin scientists found that mice on a high-fat diet showed significantly more signs of anxiety, depression and obsessive behaviour than animals on standard diets. "As endocrinologists, we often hear people say that they feel differently when they've eaten different foods," said C. Ronald Kahn, M.D., co-Head of the Section on Integrative Physiology and Metabolism at Joslin.

His lab has long studied mice that are prone to developing obesity, diabetes and related metabolic diseases when given high-fat diets. Recently, the Joslin scientists gave the mice on a high-fat diet four classic lab animal behavioural tests, which are often employed in screening drugs for anxiety and depression. In each case, mice on high-fat diet showed higher signs of anxiety and depression than mice on a regular diet. However, when the mice were given antibiotics with the high-fat diet, their behaviours returned to normal.

One of the ways the researchers showed this was an effect of the microbiome was by transferring gut bacteria from these experimental mice to germ-free mice, who did not have any bacteria of their own. The animals who received bacteria from mice on a high-fat diet showed began to show increased levels of activity associated with anxiety and obsessive behaviour.

The Joslin team went on to link the microbiome alterations to the production of certain neurotransmitters-the chemicals that transfer signals across the brain. Kahn and his colleagues are now working to identify specific populations of bacteria involved in these processes. The eventual goal is to find drugs or supplements that can help to achieve healthier metabolic profiles in the brain.

(With ANI inputs)

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