Muscle Promotion Tren Anabolic Steroid 10161-33-8 99.02% Purity Trenbolone Steroid

Muscle Promotion Steroids 10161-33-8 Trenbolone Tren Anabolic Steroid

Basic information:

Product Name:Trenbolone
Alias:Trenbolone Enanthate;Parabolan;Tren E;10161-33-8;Primobolan-depot;Primobolan-depot
CAS No.: 10161-33-8
Molecular Formula: C25H34O3
Molecular weight: 382.54
Assay: 99.02%
Appearance: pale yellow or yellow crystalline powder

Detailed information:

Trenbolone Acetate is officially classified as a veterinarian grade anabolic androgenic steroid. The Trenbolone hormone itself was first created in the late 1960’s and the Acetate version would be sold under the names Finajet and Finaject. However, this is not the only Trenbolone compound. The same hormone would appear on the pharmaceutical market under the name Parabolan and was manufactured by Negma Laboratories out of France. This version of Trenbolone was comprised of the same active hormone that makes up Finajet and Finaject with the ester attached being the only exception. Parabolan carries the much larger Hexahydrobenzylcarbonate ester. It would also be the only Tren hormone ever manufactured for human use and would be discontinued in 1997 despite a lot of therapeutic success. See the Parabolan profile for more information.

Applications:

Trenbolone Acetate carries several powerful traits that are commonly associated with numerous anabolic steroids. However, while it carries numerous common traits, it also carries them at a rate of power and efficiency far above and beyond most steroids. Trenbolone Acetate also carries one trait that largely separates it from the rest of the pack and is what’s largely responsible for making it such a valuable hormonal compound.

Like numerous anabolic steroids, Trenbolone Acetate will greatly enhance protein synthesis and nitrogen retention in the muscle tissue. Protein synthesis refers to the rate by which cells build proteins; protein represents the primary building block of muscle. This will promote enhanced anabolism, as well as provide a strong protectant atmosphere during a caloric deficit. It will also largely promote a far greater level of recovery. As for nitrogen retention, the more nitrogen we retain the more anabolic we remain. Conversely, when nitrogen levels fall, this can lead to a catabolic or muscle wasting state. This is due to all lean muscle tissue being comprised of approximately sixteen percent nitrogen. While this is not a large amount, it is enough to make a very big difference. Once again, with enhanced nitrogen retention the anabolic atmosphere is greatly enhanced, tissue is preserved, and recovery is promoted.

COA:

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