Metabolic dysfunction-associated steatotic liver disease (MASLD), formerly known as non-alcoholic fatty liver disease (NAFLD) ...

Through meticulous physiological experiments, scientists have tracked the metabolism of radioactively-labeled fatty acids, and discovered ... happen in the liver, brain and retina in our body.

Fatty acid (FA) reprogramming has a significant role in liver cancer. However, the contribution of FA metabolism ...

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 ...

"Loss of HSC Plvap increases hepatic insulin signaling and shifts liver fasting metabolism from preferential utilization of fatty acids to carbohydrates. '"HSC-specific ablation of PLVAP in mice ...

Instead, the fatty acids were redirected to the skeletal muscles. Interestingly, a liver without the Plvap gene "does not recognize" that the body is fasting. As a result, it continues to burn sugar ...

A doctor explained how oxidative fibres allow women to exercise long and slow by using free fatty acids. However, fasting can ...

Some lipid-modulating agents include: Clofibrate (fibric acid), Gemfibrozil (fibric acid ... production of this manuscript. Nonalcoholic fatty liver disease (NAFLD) and its more severe form ...

DLPC induced the production of bile acid enzymes and lowered fat in the liver. It also increased levels of bile acids and regulated glucose or sugar circulating in the blood. In two kinds of mice that ...

“Importantly, both fatty15 and rapamycin demonstrated anti-inflammatory, antioxidant, antifibrotic, anticancer and antimicrobial activities, all of which are expected to help extend our healthspan and ...