Testosterone Acetate

Product name Testosterone acetate
CAS No. 1045-69-8
Molecular formula C21H30O3
Molecular weight 330.47
Einecs No: 213-876-6
Appearance White crystalline powder
Assay 98.0~103.0%
Usage :Testosterone Acetate is an androgenic steroid
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Usage

It is responsible for promoting health and well-being through enhanced libido, energy, immunity. It is also used for increasing fat loss, gaining and maintaining lean muscle mass. It helps to prevent Osteoporosis (loss of bone density) and to protect against heart disease.


Description

Testosterone Acetate is an androgenic steroid with a pronounced anabolic effect. Most acetate treatments deliver medication to the body relatively quickly. Testosterone Acetate has very low risk of water retention. Individuals that utilize this form of Testosterone also claim that it is arguably the most painless form of Testosterone.

Testosterone Acetate ester is much faster acting, and thus requires a more frequent schedule in order to keep blood levels as stable as possible.The benefit to this however, is that the steroid can be cleared from the body much more quickly after use is discontinued, thus making it a more preferable choice for tested athletes. Athletes use Testosterone Acetate to see dramatic gain in muscle size and strength, as well as an overall sense of well being and increases libido and sex drive.

Testosterone acetate Under partially anaerobic conditions, production of testosterone acetate was limited, and the substrate was converted mainly to 20α-hydroxypregn-4-en-3-one. In order to clarify the role of molecular oxygen in the course of side-chain cleavage of progesterone by C. resinae, a double tracer method was applied using 18O2 as a tracer of molecular oxygen and 14C as a tracer of the steroidal substrate.

After the microbiological transformation of progesterone under 18O2 atmosphere, testosterone acetate, along with the testosterone derived from the testosterone acetate by microbial esterase during the culture, and the testosterone which was chemically produced by saponification of the testosterone acetate, were obtained and subjected to mass-spectrometric analysis.

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