Optimize your body’s natural defenses. MonaVie (M)mūn™ is a beneficial blend of 19 fruits and Wellmune®—clinically shown to promote proper immune function. Formulated with antioxidant rich MVao2, ™ a proprietary complex featuring the superfruits açai and maqui, this delicious juice helps protect your body year round. It’s your daily defense for a healthier life.
The official name of the product, pronounced “immune” is: (M)mūn
Recent News
MonaVie new product, to be officially announced during the January 4th global webcast, through social networking channels.
Monavie (M)mūn™ and the principal ingredient Wellmune® clinically proven to enhance innate immune cells.
Optimize your body’s natural defenses. MonaVie (M)mūn™ is a beneficial blend of 19 fruits and Wellmune®—clinically shown to promote proper immune function. Formulated with antioxidant rich MVao2, ™ a proprietary complex featuring the superfruits açai and maqui, this delicious juice helps protect your body year round. It’s your daily defense for a healthier life.
What is Wellmune?
Wellmune® is a natural ingredient that activates a large population of immune cells to defend the body against a wide range of foreign challenges. Derived from the cell walls of a proprietary strain of yeast, this unique gluco polysaccharride acts as a biological response modifier.
As the immune system evolved, it became very adept at killing yeast and fungi by recognizing certain molecules that commonly occur on the cell surface of these challenges. Wellmune is one such recognition molecule.
Wellmune binds to specific receptors (CR3) on neutrophils, the most abundant immune cell in the body, and activates or enhances its anti-microbial activity, including immune cell migration to the site of a challenge (chemotaxis) and increased killing of intruders (phagocytosis and oxidative burst).
The molecular structure of Wellmune, with its beta 1,3/1,6 branch points, is responsible for its unique biological activity. Wellmune® Enhanced Overall Wellness and Reduced Severity of Symptoms During Cold/Flu SeasonResearch Published in The Journal of Applied Research.
