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PCT 350
PCT 350 contains a patent pending anti-aromatase complex of androst 1,4,6 triene 3,17 dione and 6 bromo androst 1,4 diene 3, 17 dione (alpha and beta isomers). This complex is bio-engineered to elicit fast-acting aromatase activity and slower acting anti-aromatase moiety for prolonged ultra high Free-Testosterone elevating effects.
PCT 350's anti-aromatase ingredients work synergistically to rapidly inhibit the actions of the endogenous aromatase enzymes of the P450 cytochrome family, thereby blocking the conversion of androstenedione and testosterone into estrogen. PCT 350 contains a patent pending anti-aromatase complex of androst 1,4,6 triene 3,17 dione and 6 bromo androst 1,4 diene 3, 17 dione (alpha and beta isomers). This complex is bio-engineered to elicit fast-acting aromatase activity and slower acting anti-aromatase moiety for prolonged ultra high Free-Testosterone elevating effects.
The majority of testosterone (approximately 98%) that is transported in the blood is bound to protein carriers, such as sex hormone binding globulin (SHBG) and albumin. Therefore, only a small amount of testosterone (approximately only 2%) is actually free, or bioactive. When testosterone is bound, it cannot exert its anabolic activity at the receptor site. In order for testosterone to be useful, it must be unbound; this is referred to as “Free-Testosterone”. Therefore, the desired goal for optimal muscle building and male performance is to increase Free-Testosterone. Free-Testosterone can also be converted to estrogen via the aromatase enzyme. Therefore, inhibiting the aromatase enzyme’s activity will result in increasing the amount of testosterone, in particular, the free, bioactive testosterone. PCT 350's anti-aromatase activity prevents the aromatization of testosterone, resulting in increased levels of circulating Free-Testosterone and prolonged anabolic action. Independent research also reports that lowering estrogen levels through aromatase inhibition up-regulates testosterone production. PCT 350's pharmacodynamics of increased testosterone production and inhibiting the breakdown of free testosterone through anti-aromatase activities results in cumulative increases in both total testosterone and the free testosterone pool. In fact, the anti-aromatase complex in P 350 is so potent that it has been shown to increase free-testosterone ten fold.
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