Trenbolone Enanthate – top choice for mucle gains.

If you are looking for a safe, affordable, and highly effective anabolic steroid on the Internet, Trenbolone Enanthate is one name that could not be resisted for long. This is not just because this steroid is used and recommended by successful sportsmen and sport coaches, but also because it helps users attain a sense of “invincibility” without coming in proximity to steroid side effects.

Trenbolone Enanthate is considered to be one of the most popular and successful derivative of Trenbolone. This long-acting version of Trenbolone is highly effective for professional sportsmen striving to leave a mark for themselves in the cutthroat competitive world of today where performance is measured only by results and there is no scope for a single failure.

The chemical name of Trenbolone enanthate is 17beta-Hydroxyestra-4,9,11-trien-3-one and its molecular weight is 270.3706 g/mol at base. Trenbolone enanthate does not lead to Tren cough, which is a common complication experienced by steroid users experimenting with Tren derivatives. It has an exceptional anabolic/androgenic ratio of 500:500, which means that it is five times potent as testosterone.

One of the best things about Trenbolone enanthate is that the entire process of muscle building can be undertaken in a smooth and safe mode in as short as 2-4 weeks. When used in doses of 300-600 mg/week by men for 6-8 weeks, Trenbolone enanthate demonstrates its real power. This drug is not indicated (recommended) to girls and women, especially pregnant and breastfeeding women, and those having an existing allergy to the drug or any of its ingredients.

Stretch and anabolic steroid combination produces muscle growth

Imagine: an injury means you can’t train for a while, but you can use anabolic steroids. In this hypothetical situation you can maintain more muscle mass by doing stretch exercises. You may even be able to build up a little bit of muscle mass, according to an new animal study.

The researchers, who work at Kagoshima University in Japan, gave rats Methenolone  in a dose of 20 mg/kg bodyweight. The human equivalent of this dose is about 200-300 mg. The researchers injected the steroid directly into the small intestine. A control group was given no methenolone.

The rats were sedated, which meant that the researchers could stretch the animals’ right-hand gastrocnemius muscle. They did this 15 times a minute for 15 consecutive minutes. The researchers did nothing with the left-hand gastrocnemius.

Twenty-four hours later the Japanese observed that the combination of stretches and the anabolic steroid had boosted the synthesis of Mechano Growth Factor.  Mechano Growth Factor is a stripped down version of IGF-1. Fundamental research has shown that the anabolic effect of MGF is so strong that the researchers are convinced that the combination brings about muscle growth.

The researchers also looked at the synthesis of the anabolic signal proteins Myo-D and myogenin, but found no effect.

“Mechanical stimulation of skeletal muscle in conjunction with the administration of an anabolic steroid induced mRNA expression of Mechano Growth Factor.”, the researchers conclude. “This finding suggests that the combination of anabolic steroids with muscle stretching exercise could promote muscle strengthening in patients with muscle weakness.”

The reason that the researchers don’t attach so much importance to the absence of an effect of the stretch-methenolone combination on Myo-D and myogenin is probably to be found in an animal study. In that study the researchers used no steroids. In one group of experimental animals the researchers kept the right gastrocnemius muscle stretched for 15 minutes and did nothing with the left gastrocnemius.

In another group of rats the researchers stretched the right gastrocnemius 15 times a minute for a period of 15 minutes and did nothing with the left gastrocnemius. This is also the protocol that the researchers used in the experiments when they gave the rats methenolone.

At the end of the week the researchers observed an increased synthesis of Myo-Dand myogenin in the  group. Apparently muscle cells subjected to stretching need longer than a day to boost the production of Myo-D and myogenin.

“In conclusion, passive stretching for a short duration once daily at several days within a 1-week period is effective in the growth of the skeletal muscle”, the researchers conclude in the older study. “Repetitive stretching is suggested to have greater effects than continuous stretching. These findings suggest that passive stretching is useful in the prevention and maintenance of skeletal muscle tone in patients who are unconscious or paralyzed.”