MetaVasc®️ is a synergistic blend of 5 critical cardiovascular and metabolic ingredients. Each ingredient acts in a pleiotropic way, meaning it beneficially affects multiple physiological and biochemical pathways to support cardiovascular, hepatic (liver) and metabolic health and wellness. 

• Curcugen®️, 500 mg, a patented highly absorbed water-soluble form of turmeric/curcumin, with 52X bioavailability and very high levels of Demethoxycurcumin (DMC) and Bisdemethoxycurcumin (BDMC).

• BergacynFF®️, 600 mg, a patented blend of Citrus Bergamot and Wild Cynara Artichoke from the Calabria Region of Southern Italy. Citrus Bergamot and Cynara are validated in support of liver health, and are also extensively studied for their support of healthy levels of cholesterol, liver fat, inflammation, oxidative stress and vascular health. 

• Berberine HCL, 400 mg, has been used for centuries in Traditional Chinese and Ayurvedic medicine. It is truly pleiotropic as it’s used in GI, blood sugar support and healthy cholesterol support.

• Pyrrholoquinoline quinone (PQQ), 20 mg, is a very potent antioxidant, which was presumed to be a new B vitamin upon its discovery because of its multiple roles in mitochondrial biogenesis, neuro protection and reduction of oxidative stress.

• Chromium Picolinate, 400 mcg, is an element known for supporting healthy levels of blood sugar, cholesterol, weight management and muscle support.

The MetaVasc®️ formula firmly embodies two major concepts in nutritional physiology:

-Pleiotropic: the characteristic of a substance to affect multiple physiological pathways in the body, creating impact on multiple parameters, eg reducing blood sugar, while also reducing cholesterol, inflammation, oxidative stress, etc..this is sometimes described by saying “one switch, myriad lights”.

-Synergy: The nature of two or more substances to exert a multiplying effect, sometimes described by the saying “the sum is greater than the parts”. This infers complimentary and/or catalytic activity to achieve greater combined efficacy in nutritional physiology.