Read a Different Michelle's Testimonial
Buy Nu Visage Skin CareCollagen, OPC and Beautiful Skin
Destructive enzymes can attack the arterial walls' collagen structure. Free radicals further degenerate the cellular membranes and lesions occur. Low-density lipoproteins (LDL cholesterol) that have been oxidized by free radicals can easily get trapped in these lesions and attract calcium. These LDL/calcium deposits build up and form "plaque" which narrows the artery encouraging blood clot formation.
Masquelier's OPC strengthens the collagen against destructive enzymes and neutralizes free radicals, thus inhibiting LDL oxidation and plaque formation.*
Masquelier's OPC Strengthens Collagen by Preventing Enzymatic Attack, Free Radical Destruction and Excessive Cross Linking.
Fig. A Destructive enzymes elactase and collagenase lock onto specific receptors on collagen. Locked into place, these enzymes create weak collagen and cause "cross-linking."
Fig. B Elastase and collagenase cannot "lock" onto their receptors in collagen because Masquelier's OPC blocks the receptors.
Collagen, the protein constituent of connective tissues, exists throughout the body
in the form of pairs of intertwined collagen polypeptides strands held together
by hydrogen bridges. (See image above.) This gives the entire structure stability
in somewhat the same way that rungs stabilize a ladder. Collagen's strength is
determined by the hydrogen bridges that connect the intertwined strands.
As we grow older, collagen is weakened by excessive "cross-linking." Cross-linking is crooked and weakened bonds between collagen protein
strands induced by free radicals. Masquelier's OPC helps form and
strengthen the hydrogen bridges that hold the collagen microfibrils together.
Skin renewal and Collagen Protection
Flawless skin from the inside, out.
Beautiful skin starts on the inside and Primary Source OPC has the unique
ability to rebuild and protect collagen and elastin, the two essential proteins
for healthy and beautiful skin. Weak or damaged collagen is a leading cause of
wrinkles and sagging skin. Primary Source® OPC products work to strengthen
and rebuild collagen.* Our OPC effectively neutralizes naturally occurring
destructive enzymes, collagenase and elastace. Through preserving the body's
natural collagen and elastin proteins, Primary Source OPC enhances the
elasticity of skin, helping to offset visible signs of premature aging.*
Primary Source Masquelier's OPC provides skin health benefits:
- Supports collagen biosynthesis, a vital factor in maintaining healthy-looking skin.*
- Protects against the breakdown of skin collagen, a process that produces visible signs of aging.*
- Helps the body to preserve collagen protein and enhance elasticity of skin.*
- Helps support the body in maintaining healthy circulatory function in the skin.*
* These statements have not been evaluated by the Food and Drug Administration, but they have been proven in numerous independent studies. This product is not intended to diagnose, treat, cure or prevent any disease.
Related Studies:
Tixier J.M., Godeau, G. Robert A.M., and Hornebeck "Evidence by in Vivo and in Vitro Studies That Binding of s to Elastin Affects its Rate of Degradation by ElasLases." Laboratoire de Biochimie du Tissu Conjonctif, Faculte de Medecine, University of Paris. 25 June, 1984.
Pfister, A. Simon, M.T. Gazave,J.M. "Sites De Fixation Des Oligomeres Procyarridoliques Dans La Parm Des Capillaires Sanguins do Pounion Decobaye." Acta Therapernica (8) 1982. pp. 223-237.
Masquelier, J., Dumon M.C., Dumas,J. "Stabilization de Collagene Par Les Oligorneres Procyanidoliques." Acta Therapeutica (7) 1981. pp. 101-105.
Kuttan. R., Donnelly, P. Di Ferrante, N. "Collagen Treated with (+)-Catechin Becomes Resistant to the Action of Mammalian Collagenase." Laboratory of Connective Tissue Research, Dept. of Biochem. Baylor College of Medicine, Houston EX. 28, May, 1980.
Harmand, M.F Blanquet, P. "The Fate of Total Flavanolic Oligomers (OFT) Extracted from'Vitus vinifera L.'in the Rat" European Journal of Drug Metabolism and Pharmacokinetics. 1978, No. I pp. 15-30.
Delrieu, P, Ding J., Escande, B., Samaim, D. "Free-radical Scavenging Activity of Proanthocyaniclolic Oligomers Encapsulated in Glycospheres: an in Vivo and in Vitro Study" Cosmetology Department a & S Biovectors, Ramonville St. Ague France. pp. 1-9.