Scientists have found that reducing levels of the immune protein C3 may mimic the anti-aging benefits of calorie restriction, potentially offering a new therapeutic approach.
An experimental compound called TOFA helped obese mice burn fat, preserve muscle, and improve metabolic health, offering a new approach to obesity treatment.
Exercise is more effective for maintaining weight loss than for initial weight reduction, playing a significant role in preventing weight regain and offering numerous health benefits.
A Finnish study found that higher coffee consumption is linked to lower body fat, more muscle, and unique hormone patterns, suggesting potential metabolic benefits.
New research indicates that when dietary fiber is low, gut microbes may consume the gut's protective lining, and indigestible plant proteins also play a key role in shaping microbial metabolism and metabolite production.
New research shows that damaged fat cells can inflame and disappear, disrupting metabolism and leading to diabetes, highlighting the importance of healthy fat tissue.
New research indicates that completely removing sugar from a low-fat diet may negatively impact gut health, metabolism, and increase inflammation.
A study found that extended fasting causes significant biological changes in the human body, with major transformations occurring after about three days without food, affecting organs and protein activity.
A new report suggests fructose may act as a metabolic trigger for obesity and chronic diseases, affecting the body differently than other sugars.
A new "Trojan horse" drug for obesity and type two diabetes shows promise in mouse studies, delivering a metabolic enhancer directly to cells for improved weight loss and blood sugar control.
A study from Edith Cowan University suggests that positive travel experiences could influence the aging process by improving immunity, metabolism, and stress recovery.