Introduction to Oxandrolone

In everyday hustle and bustle, looking around, I see a seven-billion-dollar human anthill, which in one continuous stream every minute hurries somewhere, in a hurry, runs, dragging my attention with it, and turning human uniqueness into something average, ordinary. Observing this process, from time to time I meet people who are not like the others, who stand out against the background of general madness. These loners do not take easy paths.

They are forced to take risks every day, either under colossal barbell weights, or under monstrous waves of hypoglycemia and post-cycle depression. They wander along the hot sands of bodybuilding life, wade through the thorns of potential side effects of the drugs taken, climb the sheer cliffs of bodybuilding, forgetting about fear and pain. They are doomed to a daily feat. This is a special kind of people whose lifestyle is different from the way of existence of other people.

These people have special views, tastes and preferences. The needs and requirements of such people are also unique. If mere mortals are content with estrogen-filled carbohydrates, alcoholic waste and ultraviolet light from nightclubs, then this is not enough for us, we need more. We eat high-quality protein, enjoy the energy of the sun, spend most of our lives in bodily self-improvement, which is achieved through hard training and pharmacological experiments.

To achieve our goals, we are forced to study dietology, physiology, anatomy, methodological foundations of the training process, and much more. But the main place in our hierarchy of knowledge is occupied by biochemistry and pharmacology. Without a deep understanding of the biochemical processes occurring in the body and the pharmacokinetics of the medications used, the growth of our sports skills is not possible.

Qualitative changes in our physical form directly depend on whether we are sufficiently informed and whether we are able to competently use the knowledge obtained from various sources. You can find out more on this site https://theroids.ws/. Currently, a person is immersed in the information field and does not experience a lack of knowledge. But often the reliability and relevance of the data that we get from books and the Internet is questionable.

I hope that with the help of my articles, which are a kind of information filter, representatives of various sports disciplines will be able to understand all aspects of the use of sports pharmacology and learn about all the intricacies of using those steroids that are most interesting to them. In this article, I will continue the topic of finding a philosopher’s stone from pharmacology, which was already touched upon and analyzed in one of my last year’s works. The problem of safe use of steroids is associated with such “soft” drugs as primobolan and oxandrolone … In this article I will speculate about the beauty and greatness of oxandrolone.

What is Oxandrolone?

Oxandrolone is a symbol of the harmless use of prohibited substances. A pharmacological icon, myrrh-streaming with hundreds of liters of athletic happiness, for which thousands of athletes and athletes pray in anticipation of a successful completion of the recreation center with the obligatory receipt of god-like forms in the final of their ordeals. Serial production of this “icon” began in the mid-1960s within the walls of one of the many pharmaceutical companies in America.

In fact, the course of oxandrolone is a medium-strength anabolic with a weak androgenic effect, but it can be said in another way, oxana is a mediocre androgen with a low-power anabolic effect. Initially, this mild steroid had a purely medical purpose and was used in the treatment of women, children and other graceful creatures, but just a few years after its birth, almost all anavar produced by the American pharmaceutical industry began to be used by fans of a healthy lifestyle with a light a touch of athleticism. The course of oxandrolone became a good medical alternative to dianabol – the most common steroid of that time. Representatives of various sports very quickly appreciated all the advantages of Oxandrolone and began to use it on an ongoing basis in their steroid cycles.

Anavar Action

As stated above, Anavar is an extremely mild anabolic steroid with low androgenic activity. Androgenic index of the drug – 24.Anabolic index – 322-630. Its full scientific name (chemical formula) is 5alpha-androstan-2-oxa-17alpha-methyl-17beta-ol-3-one. The androgenic nature is due to the origin of the drug, oxandrolone is a derivative of dihydrotestosterone, which makes it related to winstrol.

The low androgenicity of the drug is explained by the fact that, due to its molecular structure, it does not have a sufficient ability to interact with the 5-alpha reductase enzyme and convert into a stronger dihydro form, for this reason anavar is many times weaker than testosterone. The period of activity (time of action) of the drug in the body is approximately 8 – 12 hours, so Anavar can be consumed twice a day, but more frequent doses are preferable. The functionality of the oxandrolone course is associated with the acceleration and optimization of many different biochemical processes inside the body. More about the drug only here https://theroids.ws/anavar-oxandrolone-20mg/.

Like other anabolic steroids, anavar has a strong effect on protein metabolism. Under the influence of a steroid, protein synthesis is enhanced and thereby the production of protein by the body is accelerated. This effect translates into a positive nitrogen balance and improved overall fitness for the athlete. It can be noted that the course of oxandrolone has a positive effect on the balance of calcium and other microelements, which promotes the flow of calcium, magnesium and potassium into the bone tissue.

Solo oxandrolone has a beneficial effect on the central nervous system of the athlete, helping to recover very quickly after hard training. Anavar is an excellent anti-catabolic. The anti-catabolic effect of the drug lies in the fact that the steroid molecules of the drug block the cortisol receptors located on the membrane of the muscle cell. And cortisol, a strong catabolic hormone produced by the body, loses its destructive power and the muscle cell does not lose protein, i.e. the percentage of protein that the body consumes under the influence of catabolic processes decreases.

The increase in strength during the period of taking oxana is due to the fact that this anabolic increases the synthesis of creatine phosphate in the muscle cell, which plays a decisive role in the restoration of adenosine triphosphate (ATP). ATP is the source of all muscle movement. is a combustible material that the cage needs to do its job. ATP is stored in the muscle cell and, if necessary, is converted to adenosine diphosphate. This process releases energy that allows the muscle cell to work. For the reverse process of ADP in ATP, CF is also needed. The more it is, the faster this recovery goes and the more ATP is at the disposal of the muscle cell. Inpractice, thismeansthatthemusclegetsstronger.