ACTIVE HALF-LIFE
14 days
CLASSIFICATION
Anabolic Steroid
DOSAGE
Men 150-600 mg/week
ACNE
Rarely
WATER RETENTION
Yes
HBR
No
HEPATOTOXICITY
Yes
AROMATIZATION
No
CARRIER OIL
Grapeseed Oil
MANUFACTURER
Pharmacom Labs
LAB TEST
See Document
WAREHOUSE
International Warehouse 3
SUBSTANCE
Trenbolone Hexahydrobenzylcarbonate
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PHARMA TREN H100 (Trenbolone hexahydrobenzylcarbonate) represents the most potent variant of one of the most powerful anabolic drugs ever created. Renowned for its capacity to enhance muscle hardness, definition, and raw strength while minimizing water retention and fat gain, it also has a longer active duration compared to PHARMATREN A100.
With an approximate half-life of 14 days, this steroid is designed for extended cycles.
Trenbolone was first identified in 1967 and is an extremely potent anabolic steroid, characterized by its 19-nor modification of testosterone. It boasts five times the anabolic and androgenic potency of testosterone, making it one of the strongest injectable anabolic steroids available on the market.
Athletes especially value this steroid for its capability to improve muscle definition and strength without the downsides of water retention or fat gain. It is often regarded as a preferred choice for competitive bodybuilders, but it also remains popular among casual users aiming to enhance their physique.
What contributes to Trenbolone's remarkable anabolic effects? Several factors are involved, but a key feature is its ability to boost nutrient efficiency. This means that the nutritional value of every gram of protein, fat, and carbohydrate consumed is enhanced and absorbed more effectively.
Furthermore, Trenbolone uniquely promotes several typical anabolic steroid functions: it accelerates protein synthesis and maintains a favorable nitrogen balance. The rate of protein synthesis influences how quickly muscle is developed, and a higher nitrogen balance correlates with an increase in muscle protein production.
Another significant benefit is Trenbolone's capacity to dramatically elevate the levels of the highly anabolic hormone IGF-1 (insulin-like growth factor) in muscle tissues, by up to 200%. Not only does it increase IGF-1 levels significantly, but it also enhances the sensitivity of muscle satellite cells to IGF-1 and other growth factors, potentially increasing the amount of DNA within muscle cells.
Additionally, Trenbolone leads to a significant rise in red blood cell production, which enhances oxygen transport in the bloodstream. Increased red blood cell levels improve oxygen saturation to organs, including muscles, which is critical for developing muscular endurance. Trenbolone also aids in glycogen replenishment, thus enhancing recovery times.
Moreover, it effectively reduces the production of anti-anabolic glucocorticoid hormones, particularly cortisol, which can lead to muscle degradation.
However, the impressive muscle-building effects of this steroid do not stop there. Trenbolone binds more strongly than testosterone to androgen receptors, stimulating fat loss directly. Despite its numerous advantages, Trenbolone is not without potential side effects. As a 19-nor derivative of testosterone, it exhibits progestogenic qualities similar to nandrolone, so it may be necessary to use prolactin inhibitors like cabergoline if needed.
CAUTION: During trenbolone cycles and subsequent post-cycle therapy (PCT), Tamoxifen may amplify the progestogenic effects of trenbolone, making its use inadvisable. It’s recommended to use Clomid or toremifene for PCT following any 19-nor testosterone modifications.