All articles tagged with #fat distribution
A Nature study of over a million people found rare, protein-truncating FNIP1 mutations that lift a cellular energy brake, nudging the body to burn fat, improve fat distribution, and cut cardiometabolic disease risk by about 60%; lab and mouse experiments support the mechanism, suggesting FNIP1 as a potential drug target, though safety and efficacy of inhibiting FNIP1 are not yet proven.
A large multimodal study using UK Biobank data (18,000+ participants) links where fat is stored to brain aging: visceral adipose tissue around organs correlates with white-matter damage and faster brain aging via inflammatory and insulin–glucose pathways, while fat in arms, legs, or trunk shows different brain-system effects. BMI alone misses these risks. The findings suggest reducing visceral fat through targeted lifestyle changes could help prevent neurodegenerative disease, but the study is observational and cannot prove causality; published in Nature Mental Health (2025).
Lipedema is a chronic, hormone-influenced condition causing disproportionate fat buildup in the legs (and sometimes arms) that does not respond to diet or exercise and is often misdiagnosed as obesity; the piece outlines symptoms, the female predominance, and UK treatments such as a CORE diagnostic pathway, Vaser fat harvesting, and RF skin tightening to relieve pain and improve mobility.
A University of Connecticut study of 66 women over 65 recovering from hip fractures found that adding topical testosterone gel to a therapeutic exercise program reduced visceral fat after six months, while exercise alone increased visceral fat; total body fat stayed similar between groups. The finding suggests targeting visceral fat, not just total weight, could improve health during recovery, though more research is needed.
A 25,997-person UK MRI study used latent profile analysis to classify body-fat distribution into six patterns. Compared with the leanest group, all non-lean profiles showed lower brain volumes and less gray matter, independent of total fat. Two patterns—pancreatic-predominant and skinny-fat—were most strongly linked to brain aging, white-matter lesions, and cognitive decline, with some sex-specific effects (men showing faster brain aging and women showing links to epilepsy for the pancreatic-predominant type). While higher BMI correlated with brain changes, fat location adds independent risk. The study is cross-sectional and can’t prove causation, but if validated these fat-distribution patterns could inform earlier interventions for neurodegenerative risk.
A new study published in Nature Medicine reveals that prediabetes can go into remission with normal blood sugar levels even without weight loss, primarily through shifting fat from visceral to subcutaneous areas, highlighting a potential shift in diabetes prevention strategies beyond just weight reduction.
Research indicates that where fat is stored in the body influences the risk of certain cancers, with fat distribution playing a role beyond overall body size, suggesting the need for more personalized approaches to cancer prevention and obesity treatment.