Ví dụ về việc sử dụng Aromatization trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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This is called aromatization.
Also there is aromatization, so an AI is recommended of course.
Keep Nolvadex on hand to prevent aromatization.
It acts to slow aromatization(conversion into estrogen).
A low androgenic steroid with little or no aromatization.
It is this modification that resists aromatization or conversion of testosterone and estrogen.
It resists conversion of testosterone into estrogen(aromatization).
These modifications inhibit the steroid's aromatization and greatly increase its androgenic nature.
The process of turning testosterone into estrogen is known as aromatization.
It should benoted that sustained use of it can lead to some aromatization, however, so water retention is a possibility.
Most often air aromatization is carried out in baths and saunas, rooms for relaxation and massage, offices, bedrooms.
The key intermediate, 3-amino-5-hydroxybenzoic acid(AHBA), is made via aromatization by AHBA synthase.
At the same time, ultrasonic maceration and aromatization convinces as a fast, convenient, safe, and cost-effective method.
Moreover, andarine is also used as part of steroid stacks toimprove a cycle without adding more side effects, or aromatization.
It means there are no aromatization effects that will take place, so users can expect steady progress when it comes to their gains.
Esiclene(formebolone) is reputed to have very low androgenic properties,meaning that it resists aromatization or conversion of testosterone into estrogen.
Elevated estrogen levels due to aromatization can cause many different side effects and can increase the risk of certain health conditions.
One of the advantages of this compound is that it does not aromatize unlikeother androgenic steroids thus one does not have worry about aromatization.
A SERM will not inhibit aromatization or lower serum estrogen levels, but it will attach to the receptors and prevent estrogen from binding.
Proviron is commonly used in astack with another form of synthetic testosterone to inhibit aromatization or conversion of testosterone to estrogen.
Due to efficient aromatization into the potent estrogen methylestradiol, methyltestosterone has relatively high estrogenicity and hence potential side effects such as gynecomastia.
Further, while many steroids can promote high blood pressure despite aromatization, an AI will improve the individual's odds when water retention is the culprit.
It has been suggested that nandrolone may even lower aromatase activity in peripheral tissues where it is more resistant to estrogenconversion(the most active site of nandrolone aromatization seems to be the liver).
Despite its“gentle” reputation, boldenone steroid can trigger aromatization(conversion from testosterone into estrogen) potential depending on individual reactions to the drug.
In addition to being antagonistic to Estrogen receptors in breast tissue, it is also antagonistic to Estrogen at the hypothalamus gland this essentially‘tricks' the hypothalamus into thinking there is little or no circulating Estrogen levels in the body,causing it to increase its manufacture of Testosterone so that it can utilize aromatization to restore these levels.
I believe people make the mistake of stacking with toomuch testosterone which leads to very high aromatization and water weight gain which brings on sides and possible gynecomastia.
This could certainly explain why Boldenone, despite it relatively high rate of aromatization, does not deliver anywhere near the estrogenic punch that its aromatization rate implies.
Dimethandrolone is not a substrate for aromatase, and for this reason, is not converted into the corresponding aromatic A-ring derivative 7α, 11β-dimethylestradiol, a potent estrogen.[1][4] As such, dimethandrolone is not estrogenic.[4] This is in contrast to nandrolone, which,although its rate of aromatization into the estrogen estradiol is reduced relative to that of testosterone, is still converted to a significant extent.
During the reproductive years, most estradiol in womenis produced by the granulosa cells of the ovaries by the aromatization of Δ4-androstenedione(produced in the theca folliculi cells) to estrone, followed by conversion of estrone to estradiol by 17β-hydroxysteroid dehydrogenase.
Through it's modifications from Nandrolone, it introduces two double-bonds between carbons 11 and 9, and it is this chemical modification thateffectively makes Trenbolone totally immune to aromatization(conversion into Estrogen) by way of the aromatase enzyme as well as increasing the strength at which Trenbolone binds to the androgen receptor.