PARA-75

Trenbolone Hexahydrobenzyl carbonate 75mg/1.5ml

Properties of Para-75

Para-75 is an extremely versatile anabolic steroid available to athletes and bodybuilders that can be literally utilized for any purpose desired. It is an extremely potent anabolic steroid that does not require high doses in order to elicit favorable performance or physique changes. It is 5 times the anabolic strength of Testosterone, making it an ideal choice for bulking, strength gaining, and/or lean mass addition. The added benefit of Para-75 is the inability for it to be aromatized into Estrogen, resulting in absolutely no water retention or bloating from Para-75 alone. The result is a complete lack of Estrogen related side effects, allowing the user to completely avoid the puffy and bloated look that heavy aromatizable androgens (such as Dianabol) will provide. The result is considerable and dramatic lean mass and strength gain with Para-75 when combined with an appropriate diet and training regimen.

Of course, Para-75 can also be easily utilized for the purpose of fat loss, cutting, and pre-contest. It is in fact the most highly sought after anabolic steroid by competitive bodybuilders, and is considered such an indispensable addition in a competitive bodybuilder’s cycle that it is commonly referred to as “the nectar of the Gods”. Trenbolone’s extremely strong nutrient partitioning effects can result in fairly rapid fat loss when combined with a clean caloric deficit and proper training. Para-75’s highly androgenic nature also tends to bring out the hardness and vascularity of the muscles and physique, creating the “3D” look commonly aspired by bodybuilders (provided that body fat is low enough to see this).

Chemical Characteristics of Para-75

Trenbolone itself is a synthetic derivative of Nandrolone, meaning it is a modification of Nandrolone. This also means that Trenbolone is classified as a 19-nor compound, meaning it lacks the 19th carbon that is typically held by Testosterone and all other anabolic steroids (except for Nandrolone). Both Nandrolone and Trenbolone do not possess this 19th carbon, and they are therefore classified as 19-nor compounds. This also results in Trenbolone and Nandrolone being categorized as Progestins, meaning they exhibit Progestogenic activity within the body, and will exhibit varying degrees of interaction with the Progestosterone receptor.

Trenbolone in particular possesses double bonds at carbons 9 and 11 due to the fact that the hydrogen atoms that previously occupied the free electrons on these carbons were removed. Therefore, double-bonds between those carbon atoms and their neighboring carbon atoms had to be established to fill in the void. These modifications create three distinct characteristics and abilities for Trenbolone:



A significantly larger affinity for the androgen receptor is created, resulting in Trenbolone being much more potent than its parent hormone Nandrolone. Trenbolone possesses 5 times the anabolic muscle building strength than Testosterone, with Testosterone’s anabolic rating being 100 and Trenbolone’s anabolic rating being 500.
2. Trenbolone becomes completely resistant to aromatization (the conversion into Estrogen), as the aromatase enzyme (the enzyme responsible for aromatization) cannot recognize Trenbolone as an appropriate substrate for chemical reaction. This is different from Nandrolone, which is merely more resistant to aromatization than Testosterone, rather than completely immune to it like Trenbolone is.
3. A very high resistance to metabolism in the body. These modifications allow Trenbolone to linger around in its active form longer than most other anabolic steroids, and this is also evident by the fact that the majority of Trenbolone excreted in the urine is in its original format rather than a greater amount being excreted as metabolites. This also owes to its greater anabolic effect.

Para-75 in particular is a modified variant of Trenbolone via the addition of a hexahydrobenzylcarbonate ester onto the 17-beta hydroxyl group on the steroid structure of Trenbolone. This results in a slower rate of release and a longer half-life of the compound, which is approximately 14 days. The body must work to first break off this ester bond before the hormone can be used by the body, and this is why a longer half-life is experienced. The addition of an ester to the hormone merely serves to augment the half-life of the hormone, and does not alter the pharmacological effects of Trenbolone in the body.

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