Trembolona Hexahidrobenzil Carbonato CAS:23454-33-3

Trenbolone Hexahydrobenzylcarbonate represents the dominant large ester based Trenbolone compound on the market. It was first released by the France based Negma Laboratories in the late 1960's under the trade name Parabolan. This represents the first and only Trenbolone hormone to ever exist in human grade form. Parabolan was prescribed for many years in cases of malnutrition, which will make a lot of sense as we dive into the compound. It was also prescribed to treat osteoporosis in some cases, as well as in the treatment of cachexia. No entanto, in 1997 Negma would pull Parabolan from the market. As the first human grade pharmaceutical Trenbolone compound, it was also the last.

Parabolan is very similar to the more popular Trenbolone Acetate (Fina) compound. The only difference is the ester attached, as Parabolan will provide a much slower release of Trenbolone requiring fewer injections. The functional traits and characteristics of the Trenbolone hormone do not change based on the attached ester.

Trenbolone Hexahydrobenzyl Carbonate has the ability to enhance protein synthesis and nitrogen retention in the muscles far more so than most steroids. This is important as protein synthesis refers to the rate by-which cells build proteins. As proteins are the building blocks of muscle, this promotes a potent anabolic atmosphere. The enhanced rate of nitrogen retention again promotes this atmosphere and protects the body from catabolism. All lean muscle tissue is comprised of approximately 16% nitrogen and a deficiency will lead to a catabolic state.

Parabolan also has the ability to greatly increase red blood cell count and IGF-1 output. The increased red blood cell count is important as red blood cells are responsible for carrying oxygen to and through the blood. Parabolan also have the ability to directly promote lipolysis due to its tremendous binding affinity for the androgen receptor. Most all anabolic steroids can promote an enhanced metabolic rate, but very few tend to support direct fat loss and Parabolan tends to promote it at a notable rate.

All of the mentioned traits make Parabolan a remarkable anabolic steroid, but it carries another ability to remarkably increase feed efficiency or nutrient efficiency. By increasing feed efficiency, this makes every last nutrient more valuable than it would be otherwise. Every gram of protein, fats and carbohydrates we consume is utilized at a higher rate, less is wasted and a greater benefit is gained. A good way to look at it is as you would the money in your pocket. Imagine being able to buy ten dollars worth of goods and services with every one-dollar you have. Perhaps a slight oversimplification, but it's not that far off.