Injectable Steroids Sale

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Injectable Steroids Sale preparations include active substances, which are released in the form of oily solutions or aqueous suspension.

Such drugs have high anabolic and androgenic activity and are widely used in weightlifting, triathlon, bodybuilding, bodyfitness and other sports. The purpose of such courses is intensive set of muscle mass, drying and relief, increasing strength and stamina.

How many times a week do I need to inject anabolic steroids?

1. Water suspensions are pricked every day.
2. Anabolic injections based on oily solutions are made, depending on the type of ether. If it is propionate, isocaproate, then injections need to be done every other day. In the case of esters with a long half-life (enanthate, decanoate, cypionate), injections should be given 2 times a week.

How to correctly administer the injection?

Using injectable AAS requires certain skills and knowledge from athletes. It is for this reason that beginners prefer tablets. Learn how to make injections correctly.

To successfully carry out a cycle of steroids using injectable anabolics, certain manipulations must be performed correctly. The most important points in the introduction of drugs is the correct location of the injection site, the choice of the syringe, the preparation of the steroid itself for use and strict adherence to the elementary rules of hygiene. Let’s see how to make injections correctly.

Transportation of steroids with blood

As soon as the steroid is released from the depot (or oral steroid is absorbed in the intestine), its transportation begins with blood. Protein-carriers (albumin and sex hormone globulin) bind about 98% of testosterone present in the blood in vivo. Thus, only 2% of this hormone is free, and can participate in any processes. When an exogenous (introduced) steroid appears in a person’s blood, the level of a free steroid becomes significantly higher than 2%.

Keep in mind that the hormone is not constantly associated with some of the proteins, but the process of continuous formation and destruction of such bonds is taking place, and at the same time, approximately 2% of the hormone is in an unbound, natural state. But if you imagine that somehow these 2% of the unbound hormone suddenly disappear, then the proteins will release more of the hormone in order to compensate for the shortage. Blood is the transport mechanism through which hormones are delivered to their target tissues (muscles).

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Showing 1–12 of 75 results