Trenbolone Enanthate

 

Assay: 97.0~103.0%

Molecular Formula: C25H34O3

Molecular Weight: 382.54

Melting Point (base): 183-186C

Effective Dose (Men): 200-600mgs/wk

Active life: 8 days

Detection Time: 5 months

As for the Trenbolone hormone, it is the Nandrolone hormone with an added double bond at carbons 9 and 11. This structural change slows its metabolism, greatly increases its binding affinity to the androgen receptor and inhibits it from aromatizing. While this is truly a slight modification, it truly creates a different hormone and one that is far more powerful than Nandrolone. Trenbolone Enanthate, like all Tren carries and anabolic rating of 500 and an androgenic rating of 500. More importantly, its translating activity matches its structural ratings perfectly, meaning strong and pronounced anabolic and androgenic effects will be displayed.

Beyond the structural nature of Trenbolone, Trenbolone Enanthate carries the Enanthate (enanthoic acid) ester. The ester does not affect the Trenbolone hormone. This version will not create a more or less powerful Tren compound or change any of the traits of the hormone. It will, however, affect the hormone's release time post injection, which will be much slower than the Acetate version. It will carry a longer half-life similar to Testosterone Enanthate. The Enanthate ester attached will also affect the compounds concentrated potency. On a milligram for milligram basis, Trenbolone Acetate is stronger than Trenbolone Enanthate due to the Enanthate ester taking up more mass in the compound. With the Acetate version, the Acetate ester is small, therefore takes up less mass in the total compound. However, total dosing can be adjusted with either form, which will enable you to receive the same amount of active Trenbolone with any form you choose.

Parabolan is always found in 76,5mg/ml form, whereas the Acetate version is normally found at 50-100mg/ml and the Enanthate version 100-200mg/ml.

Trenbolone Enanthate is commonly utilized in longer cycles due to its longer half-life and slower activity in the body.

Because of the long Enanthate ester, users will typical inject Trenbolone Enanthate approximately twice per week, with each administration spaced evenly apart. For example, an injection on Sunday and an injection on Wednesday would suffice. If an individual is utilizing 400mg/week of Trenbolone Enanthate, 200mg would be injected on Sunday and the following 200mg would be injected on Wednesday.

Trenbolone Enanthate is affixed with the Enanthate ester, a long ester that extends the half-life of Trenbolone upwards of 7 – 10 days. This is quite different from Trenbolone Acetate, which expresses a half-life of approximately 3 days. Ultimately, there are both advantages and disadvantages to both, which will be addressed shortly. Trenbolone Enanthate in terms of release rate and pharmacokinetics is literally identical to Testosterone Enanthate (or any anabolic steroid affixed with the Enanthate ester). Anabolic steroids such as Trenbolone Enanthate are designed to provide a fairly quick release of the hormone into the body in the initial 2 days or so after initial administration, and blood plasma levels remain high, slowly tapering off over a two week period. This could be considered a sustained release. Because the half-life of Trenbolone Enanthate is quite close to Parabolan (Trenbolone Hex), the two are easily interchangeable with one another.

It should be made perfectly clear, however, that the esters affixed to the hormone (Acetate, Enanthate, or Hex) merely serve to alter the release rate and half-life of the drug – they do not alter the strength, potency, or pharmacodynamics of the hormone that the ester is affixed to. Trenbolone Acetate expresses a 3 day half-life, Trenbolone Enanthate expresses a 7 – 10 day half-life, and Trenbolone Hexahydrobenzylcarbonate (Parabolan) expresses a 14 day half-life.

maq per Qat: