Methyltestosterone
1.Alias:Mesterone; Andrometh; 17-Methyl Testosterone; Nu-man; Testoviron;Metandren
2.CAS: 58-18-4
3.Assay: 99% min.
4.Packing: foil bag or tin.
5.EINECS: 200-366-3
6.Molecular Fomula:C20H30O2
7.Molecular Weight: 302.45
8.Delivery: Express courier.
9.Character: White crystalline powder
10.Mp 161-166°C,
11.refractive index +69-+75°.
12..Usage: treat lack of testosterone in men, and treats breast cancer in postmenopausal women.
Name | Methyltestosterone | Model NO. | 58-18-4 |
EINECS | 200-366-3 | Molecular Fomula | C20H30O2 |
Molecular Weight | 302.45 | Assay | 99% min |
Customized | Non-Customized | Character | White Crystalline Powder |
Methyltestosterone is one of the more unique testosterone compounds on the market. In fact, while varying testosterone compounds all carry a bit of a unique nature, in truth most are fairly identical outside of Methyltestosterone. Methyltestosterone’s lacking anabolic power, higher translatable androgenicity and estrogen traits alone make it unique. When we consider its C17-aa nature, this truly separates if from most testosterone compounds.
While Methyltestosterone is a bit unique in nature, it is also a bit unique in use. While there is a performance purpose for some most will find there are far better options when we examine effectiveness. As a medicinal testosterone, for the male patient, while effective it will often be found lacking compared to most testosterone compounds. Most men will be far more pleased with injectable testosterone or testosterone gels, and in some cases, testosterone implant pellets. The only true benefit of this hormonal compound appears to be in female use to combat the effects of menopause, but even then only when used in low doses with esterified estrogen. It does appear to hold a lot of potential in this category of use and may become a regular part in many female hormone replacement therapy plans. However, in the modern age it is far from the only option and as this field of medicine continues to grow it too may become obsolete in the near future
TESTOSTERONE SERIES: | ||
1 | Testosterone | CAS: 58-22-0 |
2 | Testosterone enanthate | CAS: 315-37-7 |
3 | Testosterone acetate | CAS: 1045-69-8 |
4 | Testosterone propionate | CAS: 57-85-2 |
5 | Testosterone cypionate | CAS: 58-20-8 |
6 | Testosterone phenylpropionate | CAS: 1255-49-8 |
7 | Testosterone isocaproate | CAS: 15262-86-9 |
8 | Testosterone decanoate | CAS: 5721-91-5 |
9 | Testosterone Sustanon 250 | |
10 | Testosterone undecanoate | CAS: 5949-44-0 |
11 | Methyltestosterone (17-Alpha-Methyl-Testosterone) | CAS: 65-04-3 |
12 | Methyltestosterone (17-methyltestosterone) | CAS: 58-18-4 |
13 | Methyltestosterone | CAS: 1039-17-4 |
14 | Turinabol (4-Chlorotestosterone Acetate, Clostebol Acetate) | CAS: 855-19-6 |
15 | Oral turinabol (4-Chlorodehydromethyltestosterone) |
CAS: 2446-23-3 |
16 | Mestanolone | CAS: 521-11-9 |
17 | Stanolone (androstanolone) | CAS: 521-18-6 |
18 | Mesterolone (Proviron) | CAS: 1424-00-6 |
19 | Fluoxymesterone (Halotestin) | CAS: 76-43-7 |