Krill Oil and a Key Fat-Regulating Protein in Obese Rats
In obese rats, krill oil supplementation lowered blood cholesterol and reversed diet-induced changes in sortilin and TNF-α levels in the liver and fat tissue.
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In obese rats, krill oil supplementation lowered blood cholesterol and reversed diet-induced changes in sortilin and TNF-α levels in the liver and fat tissue.
In obese mice, krill oil's omega-3 phospholipids increased intestinal fat-burning and reduced body weight and liver fat more effectively than omega-3 triglycerides.
In mice, a sucrose-free sunflower oil-based high-fat diet caused gut dysbiosis and steatohepatitis-like liver changes, while a fish oil-based diet did not show these effects.
In mice fed a high-fat diet, tilapia head phospholipids reduced weight gain, improved blood sugar and lipid markers, and favorably altered liver fat genes and gut bacteria.
This is a trial protocol testing whether fish oil added to metformin can improve early heart and artery health markers in young women with PCOS-related metabolic risk.
In mice, combining tart cherry and fish oil more strongly improved gut bacteria balance and intestinal barrier gene expression in females than males after a high-fat diet.