CellBerry®: Patented Aronia Extract for Healthy Body Composition, Cardiovascular & Immune Health*

CellBerry® is a patented black chokeberry extract standardized to 10% anthocyanins, delivering one of the highest antioxidant capacities ever recorded in a botanical ingredient. Derived from aronia berries, it offers exceptional ORAC value and clinically supported benefits for healthy body composition, metabolic balance, cardiovascular function, and immune health.* It is a potent, standardized solution for next-generation weight management and metabolic health formulations. The active ingredient is Black chokeberry (Aronia melanocarpa) extract, standardized to 10% anthocyanins. CellBerry® supports healthy body weight, body fat balance, and metabolic function through multiple complementary mechanisms, and has been clinically shown to support healthy total cholesterol and LDL levels while promoting vascular function.* It also supports healthy glucose metabolism and balanced inflammatory pathways, helps balance inflammatory markers and protect against oxidative stress with exceptionally high antioxidant capacity, and supports thermogenic activity and digestive enzyme modulation linked to fat metabolism.* CellBerry® is supported by animal and human clinical research demonstrating benefits for body composition, metabolic health, cardiovascular markers, and thermogenic activity.* In a 6-week animal study, it reduced body weight, abdominal fat, and improved metabolic parameters. A 12-week placebo-controlled human trial at 500 mg per day reduced total cholesterol by 8% and LDL-C by 11%. A 2-month study at 300 mg per day reduced lipids, glucose, uric acid, blood pressure, CRP, fibrinogen, triglycerides, and oxidative stress markers. A 4-week thermogenesis study at 150 mg per day increased body surface temperature and reduced cold sensitivity.* CellBerry® drives weight management and metabolic health through multi-pathway activity, including inflammatory pathway modulation, oxidative stress protection, cholesterol metabolism regulation, lipase inhibition, and thermogenesis