Trenabol 100mg/ml,Trenbolone Base 100mg/ml
Model NO.: 965-93-5
Suitable for: Elderly, Children, Adult
Purity: >99%
Used: Injectable Anabolic Steroids
Storage: Stored and Protected From Light
Specification: GMP
Powder: No
Certification: ISO 9001
State: Liquid
Payment Term: Western Union, Moneygram, T/T, Bitcoi
Trademark: LSW
Origin: Shandong,China
Recipe for Trenbolone Acetate 100mg/mL-100ml
10 gram Trenbolone Acetate powder (7.5mL)
2mL BA (2%)
20mL BB (20%)
70.5mL Oil
Description:
Trenbolone is an oil based steroid produced by many underground labs, which possesses high androgenic properties, and is unavailable in pharmaceutical grade. Trenbolone is a very powerful steroid that was originally manufactured as pellets that were administrated beneath cattle skin, later to be brewed by underground labs for use by anabolic steroid users. Trenbolone has never been approved by the FDA for use in humans, and the drug is commercially used as vetinary finaplex pellets. Trenbolone is now widely available via many underground labs, and is now a very popular steroid due to its very strong and potent effects.
A highly anabolic and androgenic steroid, trenbolone can be a very harsh steroid for users that are prone to androgenic related side effects, and even those who have previously not been. Trenbolone has been said to bind to the androgen receptor at a rate as highly as three times that of testosterone, so we can strongly expect androgenic related side effects to result from its use in users that are prone to such side effects. Acne can be expected in prone users, and those who often have a break out of acne from use of other steroids, such as testosterone products, may wish to think about running a different compound. Accutane is sometimes taken with trenbolone to combat the acne. Trenbolone will almost certainly speed up male pattern baldness (MPB) due to its very strong androgenic effects, and therefore will not be a suitable steroid for those who are prone to MPB and wish to avoid it.
Applications:
Parabolan is trenbolone cyclohexylmethylcarbonate. The half-life of a steroid ester is mostly dependent on its ratio of fat solubility to water solubility: the longer chain the ester, the higher this ratio, and the longer the half-life. This particular carbonate could be most closely compared with an enanthate ester; the half-life is probably a little less than week.
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