AWARD-WINNING LONGEVITY SUPPLEMENT: The groundbreaking discovery of C15:0 as an essential fatty acid, followed by the development of fatty15's pure, optimized, and patented C15:0 longevity-supporting ingredient, were led by the doctors and scientists of fatty15. Clinical Study References: Venn-Watson Schork Nutrients 2023, Venn-Watson et al. Scientific Reports 2020. MULTIPLE LONGEVITY-ENHANCING ACTIVITIES, including its role as an essential cell-strengthening and antioxidant supplement, providing whole-body support, including liver health. Unlike omega-3s, which are prone to lipid peroxidation and can weaken cell membranes, fatty15 resists oxidation and strengthens cells. Supports long-term health at its core, including its role as a fatty liver supplement. Clinical Studies: Venn-Watson Schork Nutrients 2023, Venn-Watson et al. Scientific Reports 2020. ALTERNATIVE TO OMEGA 3 FISH OIL, COQ10, UROLITHIN A, AND LIVER SUPPORT SUPPLEMENTS. Unlike COQ10 and urolithin A, which specifically target oxidative stress and mitochondrial function, fatty15 provides an essential nutrient with 36 cellular benefits and is required by our bodies to uniquely strengthen cells, activate key longevity pathways, and target six hallmarks of cellular aging. Clinical Study References: Venn-Watson Butterworth PLOS ONE 2022, Venn-Watson et al. Scientific Reports 2020. SUPPORTED GUT AND LIVER HEALTH: The pure C15:0 ingredient in fatty15 has been studied for its potential to support C15:0 levels, gut microbiome balance, and liver function. Research has also explored its role in red blood cell health over 12 weeks. Clinical Study References: Robinson et al. J Nutrition 2024, Chooi et al. Am J Clin Nutrition 2024, Venn-Watson Butterworth PLOS ONE 2022. POWERED BY C15:0 (PENTADECANOIC ACID): The first essential fatty acid to be discovered in over 90 years. This award-winning longevity supplement, developed by scientists over 10 years in collaboration with the U.S. Navy, has 3x more cellular benefits than pure omega-3 (EPA). C15:0 strengthens cells by 80 , improves mitochondrial function by 45 and repairs cells to slow aging-related breakdown and protect long-term health. Clinical Study References: Venn-Watson Butterworth PLOS ONE 2022.