Observational Jul 30, 2026 Fish Intake and Metabolic Markers: Japanese Study Links Fish Metabolites to Better Blood Fats and Lower Blood Pressure In a Japanese population, fish-related blood and urine metabolites were linked to lower triglycerides, lower blood pressure, and higher HDL cholesterol, with the strongest effects seen for raw and high-omega-3 fish. Cholesterol General Wellness Heart Health Metabolism Read the summary →
Observational Jan 1, 2025 Higher Dietary Omega-3 Intake Linked to Lower Prostate Cancer Risk, But Mortality Link Follows a U-Shaped Pattern Moderate dietary omega-3 intake (around 0.15-0.4 g/day) was linked to the lowest prostate cancer mortality risk in this large observational study, with a possible U-shaped pattern at higher intakes. All Cause Mortality Cancer Read the summary →
Observational Jul 23, 2025 Krill Oil Combined With Curcumin and Silymarin Studied in Mice With Fatty Liver In mice, a krill oil, curcumin, and silymarin combination reduced high-fat-diet liver fat buildup and shifted genes tied to fat metabolism and inflammation. Fatty Liver Gene Expression Krill Oil Liver Health Metabolism Phospholipids Read the summary →
Observational Apr 1, 2026 Low Blood Levels of EPA Linked to Heart Failure with Preserved Pumping Function in Mouse and Human Studies In mice and human blood samples, low EPA levels were linked to worse heart-filling problems, and high-dose EPA improved heart function in mice through a TREM2-dependent cell-clearing pathway. Gene Expression Heart Health Immune System Read the summary →
Observational Jun 1, 2023 DHA Helps Protect Cartilage Cells in Lab and Animal Models of Osteoarthritis In lab and rat models, DHA reduced cartilage cell death and increased autophagy-related activity linked to osteoarthritis-like joint damage. Arthritis Autophagy Cartilage Joints Inflammation Rheumatology Read the summary →
Observational Mar 1, 2020 Fish Oil Boosts Liver’s Cellular Cleanup Process in Alcohol-Exposed Rats In rats, replacing part of dietary olive oil with fish oil reduced ethanol-related liver stress and appeared to restore normal liver cell cleanup (autophagy) activity. Autophagy Fatty Liver Gene Expression Liver Health Read the summary →