Testosterone is a powerful androgen that can be aromatized,which is to say that it can be metabolized by the aromatase enzyme and converted into estrogen.
The conversion of testosterone into estrogens(estriol, estrone and estradiol)is governed by the aromatase enzyme complex and occurs mainly in the liver, brain and fat tissue.
Finally, testolone does not interact with the aromatase enzyme, so there will be no estrogenic side effects when using it as a stand-alone PED, or with other non-aromatizing compounds.
In turn, derivatives of DHT, are generally also incapable of being converted into estrogen.Anavar's disparity from the aromatase enzyme only highlights this rule.
The problem with high levels of testosterone is that“unbound” testosterone(testosterone that hasn't yet binded to the androgen receptor)can actually be converted into estrogen by the aromatase enzyme.
The body doesn't actually produce much C-19 naturally, and a great deal of the C-19 steroids available in our system actually gets converted into aC-18 steroid when they come into contact with the aromatase enzyme.
アロマターゼ酵素の説明。
Aromatase Enzymes Explained.
研究は、このワインがアロマターゼ酵素を抑制できることを示しています。
Studies have shown that this wine can suppress aromatase enzyme.
また、DIMはアロマターゼ酵素をブロックする能力を持つことでも知られています。
But DIM is also known for its ability to block aromatase enzyme.
The AIs are taken to help disable the aromatase enzyme so as to prevent the conversion of Testosterone into Estrogen, thereby controlling the increase in Estrogen.
EQ has also been found to be vulnerable to aromatization,which refers to its proclivity to convert into the estrogen hormone through contact with the aromatase enzyme.
In a therapeutic setting, by blocking the aromatase enzyme, Aromasin actively prohibits the cancer from feeding off the hormone necessary to its survival.
Taking aromatase inhibitors is a great way to maintain healthy testosterone levels during your off-season,as they prevent the aromatase enzyme from converting testosterone into estrogen.
Whereas SERMs only serve to hinder the progress of existing estrogen molecules,AIs actually stop the aromatase enzyme from being able to produce estrogen in the first place.
During postmenopause, the production of estradiol in women is often carried out in a transformative form- inside the peripheral tissues-from androstenedione to estrone(the aromatase enzyme takes part in this).
Then we have Armidex as an aromatase inhibitor to block the action of the aromataseenzyme from converting your high testosterone levels into estrogen, and Clomid as a Selective Estrogen Receptor Modular(SERM) to block estrogen receptor activity.
Higher levels of androgen(when compared to our“normal” levels)can actually lead to a higher estrogen count in the body because of the fact that the aromatase enzyme actually converts unbound testosterone into estrogen.
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