RCT Jul 9, 2020 Krill Oil’s Omega-3 Phospholipids Boost Gut Fat-Burning More Than Fish Oil Triglycerides in Obese Mice 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. Fatty Liver Gene Expression Krill Oil Metabolism Obesity Omega 3 Index (O3i) Phospholipids Read the summary →
Observational Jan 1, 2026 Fish Oil vs. Sunflower Oil: How Fat Source Shapes Gut Bacteria and Liver Health in Mice 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. Diabetes Fatty Liver Gene Expression Liver Health Metabolism Obesity Read the summary →
Observational Sep 20, 2026 Fish Head Phospholipids from Tilapia May Help Counter Diet-Induced Metabolic Problems in Mice 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. Fatty Liver Gene Expression Metabolism Obesity Phosphatidylcholine (PC) Phosphatidylethanolamine (PE) Phospholipids Read the summary →
Observational Sep 8, 2026 Higher Internal Fat-Making Activity Linked to Worse Heart and Kidney Outcomes After Heart Attack In heart attack survivors, a marker of the body's own fat-production activity was linked to faster kidney decline, more fatty liver, and higher cardiovascular death risk. Fatty Liver Heart Health Metabolism Read the summary →
RCT Aug 26, 2026 Tart Cherry Plus Fish Oil May Support Gut Health Differently in Male and Female Mice 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. Fatty Liver Gene Expression Metabolism Obesity Read the summary →
Observational Jan 1, 2026 A Malaria Drug Compound (Also Called ‘DHA’) Studied for Liver Fibrosis — Not Fish Oil DHA A malaria-related compound also abbreviated 'DHA' (not omega-3 DHA) was shown in lab and rodent studies to trigger copper- and iron-related cell death pathways in liver stellate cells, a mechanism relevant to liver fibrosis research. Fatty Liver Gene Expression Liver Health Membranes Metabolism Read the summary →