News-Medical.Net on MSN2h
Hedonic eating fades with obesity—but neurotensin helps bring it back
Chronic high-fat diets blunt the brain’s pleasure response to rich foods by impairing NAcLat→VTA signaling in mice.
Intermittent fasting increases sex drive in male mice: An approach for low libido in humans?
Long-term fasting in 24-hour cycles increases the sex drive of male mice by lowering the concentration of the ...
The Brighterside of News on MSN4h
High-fat diet kills the joy of eating — and fuels obesity
A bite of salty fries or a spoonful of creamy chocolate may give you a rush of pleasure. But when these treats are always ...
New York Post19d
Natural alternative to Ozempic made mice eat up to 50% less — without side effects
A new study found that injecting the BRP molecule reduced food intake in mice by 50%. mrks_v – stock.adobe.com “The receptors targeted by semaglutide are found in the brain but also in the gut ...
Study Finds on MSN5d
Could Salty Foods Be Fueling Depression Rates?
Some health professionals already recommend the DASH diet (Dietary Approaches to Stop Hypertension) for patients with high ...
GEN - Genetic Engineering and Biotechnology News4d
Mice Lose Interest in High-Fat Diet Due to Declining Neurotensin
Study found that reduced neurotensin in obese mice prevented dopamine from triggering the usual pleasure response to ...
ThePrint on MSN3d
Chinese study links high-salt diet to depression-like symptoms
The peer-reviewed study was published in The Journal of Immunology on 22 March. Earlier studies have linked the diet to bacterial infection, heart disease & autoimmune disorders.
Foods Like Kimchi and Miso May Have Major Mental Health Benefits, New Study Suggests
Your gut and brain are more connected than you think. Scientists have found that probiotics in foods like kimchi, yogurt, and ...
Medical Xpress21d
Inducing prolonged torpor-like state in mice slows epigenetic changes that accompany aging
Get Instant Summarized Text (Gist) Inducing a prolonged torpor-like state in mice slows epigenetic changes associated with aging, reducing biological age by approximately 37% over nine months ...