EstroQuench

This formula is designed to quench excessive production of estrogens and abnormal functions of them, while supporting optimal function of androgens by maintaining the health of androgen producing glands.

The primary function of EstroQuench is to support the natural production and function of endogenous aromatase inhibitors, and to support the natural production of testosterone and other androgens, to maintain adequate levels of the substrates of androgen metabolites, which act as aromatase inhibitors.

This is accomplished by supporting the function of testosterone-producing glands and tissues in both men and women, with herbs that mimic the actions of testosterone.

EstroQuench is a hormone-specific formula with ingredients that have documented anti-aromatase (stops estrogen production) activity as well as androgenic adaptogens which support the function of endogenous aromatase inhibitors.

• Decrease estrogen dominance by supporting androgen production and supporting endogenous aromatase inhibitors.
• Support the production and the function of endogenous aromatase inhibitors.
• Decrease the production of estrogens by inhibiting aromatase activity in both genders.
• Support optimal sexual function in both genders.
• Promote production of other androgens by adrenal glands in both genders.
• Mimic specific functions of testosterone metabolites, thereby acting as aromatase inhibitors and acting as testosterone functional agonists.

Aromatase (a cytochrome P450 enzyme {CYP19}) is the enzyme that controls the conversion of androgens to estrogens. More specifically, aromatase is the enzyme responsible for catalyzing the biosynthesis of androstenedione into estrone, and the biosynthesis of testosterone to estradiol.

Estrogens include the broad range of aromatized hormones created form androgens. The specific attribute of estrogens that separate them from progestogens, androgens and corticoids is that estrogens are the only aromatized steroid hormones.

Estradiol, the most potent endogenous estrogen, is biosynthesized by aromatization from androgens by aromatase (which is also called estrogen synthase). Both men and women produce endogenous estrogen from testosterone via the enzyme aromatase.

In aromatase inhibition, there is less conversion of testosterone and other androgens into estrogens. The end result is lower estrogen levels and higher androgen levels.

Endogenous aromatase inhibition is recognized as a normal physiological process. There are a number of naturally occurring, endogenous aromatase inhibitors.

Endogenous means the substance is produced inside the organism – it is the opposite of exogenous aromatase inhibitors such as a prescription aromatase inhibitors.