CLINICALLY VALIDATED LIPID SUPPORT: Our proprietary blend of red yeast rice extract, plant phytosterols, and berberine works through multiple pathways to naturally maintain healthy cholesterol levels. COMPREHENSIVE HEART HEALTH: Beyond cholesterol support, Cardio-Lipid addresses multiple aspects of cardiovascular health. Aged garlic extract and delta-tocopherol help maintain arterial flexibility and support optimal vascular function—delivering whole-system cardiovascular benefits. PHYSICIAN-DEVELOPED EXCELLENCE: Created in collaboration with Mark Houston, MD, Associate Clinical Professor of Medicine and Director of the Hypertension Institute, this professional-grade formula uses therapeutic dosages of each ingredient. Well-tolerated and designed to complement existing protocols, Cardio-Lipid represents the gold standard in evidence-based cardiovascular supplementation. WHO WE ARE: We have revolutionized the nutritional supplement industry by combining “The Best of Science and Nature"; Our focus on research, natural effectiveness, product safety, efficacy, quality control, and ongoing innovation drives our advancements in the field QUALITY MADE IN THE USA: We produce tablets, capsules, powders, and liquids in a Texas Department of Health licensed, GMP-certified production and ISO-certified laboratory facility; All products are tested in a state-of-the-art laboratory to ensure safety, efficacy, and purity, and are Gluten Free! Cardio-Lipid, formulated with Mark Houston, MD, provides five key complementary compounds with an established evidence base for their lipid-supportive properties. These nutrients, which include red yeast rice extract, phytosterols, garlic, berberine, and delta-tocopherol, provide support for healthy lipid metabolism and cardiovascular health. In addition, the ingredients in Cardio-Lipid have been shown to support arterial health, vascular function, and coronary artery calcium scores. The natural ingredients in Cardio-Lipid are very well-tolerated, and in clinical trials, have generally enhanced the effects of other lipid-supportive agents.