K•PAX Pro is formulated to promote optimal cellular energy production.
Optimal Cellular Energy
K•PAX Pro works by combining the benefit of key micronutrients and phytonutrients with physiologically active doses of Acetyl L-Carnitine, Lipoic Acid and N-Acetyl Cysteine shown to promote mitochondrial energy production.
Compliance Made Easy
The new K•PAX Pro high concentration formula makes it easy for patients to reach recommended servings with fewer capsules, so compliance is never an issue.
With a comprehensive backbone of key micronutrients, K•PAX Pro works well as a multivitamin supplement that also promotes optimal cellular energy levels.
K-PAX was developed under the supervision of immune specialist, John Kaiser, MD, who designed this product to promote immune function and maintain optimal cellular energy.
The primary ingredient that increases cellular energy production at the mitochondrial level is acetyl-L-carnitine. It increases the ow of free fatty acids into the mitochondria, directly boosting energy production. When certain micronutrients are combined with optimal amounts of acetyl-L-carnitine, the mixture can be used as a high-octane fuel supplement to enhance mitochondrial energy production and produce signicant results.
Alpha Lipoic Acid
Believed to be one of the cell’s most versatile and important antioxidants, alpha lipoic acid works to help quench free radicals that are generated when cells are under oxidative stress. Alpha lipoic acid, when combined with other vitamins and minerals, works maximally to support immune, hepatic and nervous systems, and also recharges vitamin E, vitamin C and glutathione— other key antioxidants in the body.
Studies performed at Stanford University have shown that when this potent antioxidant is supplemented, there is a signicant contribution to overall health.
With the addition of an “optimized backbone” of antioxidant vitamins and minerals, the health and energy output of mitochondria are maximally supported and enhanced. When mitochondria are under stress, it is important to maintain high levels of micronutrients to maintain homeostasis.