POLYPlusCompound Nutraceutical for Professional Use

About POLYPlus

POLYPlus is a vitamin, mineral, and amino acid supplement developed to rejuvenate mitochondrial energy, therefore replenishing energy lost due to various concerns such as aging, illness, or recovery from a disease. Research has shown that Poly-Plus enhances aerobic metabolism, leading to an optimal cellular environment, attenuated fatigue, and support for metabolically dysfunctional tissue.

Furthermore, in evidence-based observations, POLYPlus can enhance the visual system, address skin concerns associated with aging, acne, dryness; strengthen the immune system, improve the health of bones and teeth, and facilitate erythrocyte specialization and hemoglobin.

In addition to the active ingredient - lipoic acid mineral complex - this proprietary liquid blend contains vitamin A acetate, B1, and a riboflavin complex, as well as traces of N-acetyl cysteine, N-formyl methionine, B12, molybdenum, rhodium and ruthenium. The product's parent supplement, Poly-MVA (LAMC), has helped thousands regain and maintain optimum health over the last three decades, with POLYPlus itself assisting specific individuals for over 10 years.

Clinical & Laboratory Research

► Multiple independent, peer-reviewed scientific studies have demonstrated statistically-significant elevations in Krebs Cycle enzymatic activity and electron transport chain complexes (Janardhanan et al., 2008) in mitochondria, leading the authors to conclude that the product facilitates aerobic metabolism.

► As as evidenced by the results of an ORAC (oxygen radical absorbance capacity) analysis at Brunswick Labs, Inc., POLYPlus, as a potent redox molecule, can enhance energy production and is also a potent free radical scavenger.

► Clinical data has shown that fatigued, aged individuals recovering from significant health challenges have demonstrated elevated mitochondrial metabolite levels following two weeks of administration (Genova Laboratory, Inc.).

► Peer-reviewed ischemia research findings indicate that lipoic acid mineral complex appears to stabilize the mitochondria by providing a supplemental energy source, as well as quenching free radicals (Antonawich et al. 2004).

► In a pre-clinical model of radiation-induced hematological anemia, the addition of vitamin A to the LAMC formulation significantly enhanced hemoglobin content and red blood cell counts (Venna et al, 2017), while maintaining LAMC’s anti-oxidant benefit. Additional efforts have demonstrated that a reduction in vitamin A reduced cellular respiration and ATP production (Acin-Perez et al., 2010).

► Multiple clinical studies have observed vitamin A deficiency impaired hemoglobin synthesis, even in the presence of iron, which was restored upon vitamin A supplementation (Allen, 2002).