New research identifies the liver protein PTPRD as a key regulator of metabolic liver disease. Reduced levels of PTPRD disrupt glucose and lipid metabolism, promote liver fat accumulation, and impair ...
Mouse study reveals beneficial bacteria play crucial role in helping insulin-producing cells multiply. Exposure to ...
The geroscience hypothesis holds that targeting molecular pathways that drive aging can give us more healthy years. Evidence ...
12d
Discover Magazine on MSNSugary Drinks Disrupt Human Organs as They Pass Through the BodyResearchers conducted an organ-by-organ analysis of glucose’s impact and contribution to diseases like diabetes and obesity.
Mick Hitchcock, Ph.D., appointed Interim Chief Executive Officer Biomea preparing icovamenib for late-stage clinical development Multiple ...
Scientists at Eindhoven University of Technology, among others, have developed a promising method to protect the cells in the ...
8d
News-Medical.Net on MSNEarly antibiotic exposure may boost risk of diabetes later in lifeExposure to antibiotics during a key developmental window in infancy can stunt the growth of insulin-producing cells in the ...
Exposure to antibiotics during a key developmental window in infancy can stunt growth of insulin-producing cells in the pancreas and may boost risk of diabetes later in life, new research in mice ...
Antibiotics in infancy may impair insulin cell growth, increasing diabetes risk, while certain microbes could help promote ...
Intermittent fasting has gained a following, in part because of tantalizing hints that it can boost cognition, fend off ...
Medical Xpress on MSN12d
Chronic sucrose consumption in mice reveals organ-specific metabolic disruptionsThis research provides critical insights into how chronic SSB consumption, even at human-relevant levels, disrupts ...
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