Bigmurph6
Banned
Metribolone (methyltrienolone)
Androgenic 6,000-7,000
Anabolic 12,000-30,000
Chemical Names
17alpha-methyl-17beta-
hydroxyestra-4,9,11-triene-3-one
17alpha-methyl-trenbolone
Estrogenic Activity None
Progestational Activity no data available
Description
Methyltrienolone is one of the strongest oral anabolic steroids ever produced. This agent is a derivative of trenbolone (trienolone), which has been c-17 alpha alkylated to allow for oral administration. This modification has created a steroid that is significantly stronger than its non-methylated cousin. Its potency has been measured to be anywhere from 120-300 times greater than that of methyltestosterone, with greater dissociation between anabolic and androgenic effects. Milligram for milligram methyltrienolone is a more active steroid than any agent sold on the commercial market, requiring doses as little as .5-1 milligram per day to notice a strong anabolic effect. Its potency is only matched by its relative toxicity, however, which has limited its modern use to that of laboratory research only.
Androgenic 6,000-7,000
Anabolic 12,000-30,000
Chemical Names
17alpha-methyl-17beta-
hydroxyestra-4,9,11-triene-3-one
17alpha-methyl-trenbolone
Estrogenic Activity None
Progestational Activity no data available
Description
Methyltrienolone is one of the strongest oral anabolic steroids ever produced. This agent is a derivative of trenbolone (trienolone), which has been c-17 alpha alkylated to allow for oral administration. This modification has created a steroid that is significantly stronger than its non-methylated cousin. Its potency has been measured to be anywhere from 120-300 times greater than that of methyltestosterone, with greater dissociation between anabolic and androgenic effects. Milligram for milligram methyltrienolone is a more active steroid than any agent sold on the commercial market, requiring doses as little as .5-1 milligram per day to notice a strong anabolic effect. Its potency is only matched by its relative toxicity, however, which has limited its modern use to that of laboratory research only.
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