The advantage of Oxandrolone's ability to non-aromatize is that athletes who suffer from high blood pressure with strong androgenic steroids, or get gynecomastia because of them, will not have any problems with this drug. Combining Oxandrolone with Deca-Durabolin is a desirable alternative for this group of athletes if there is a health problem with testosterone, Dianabol or Anadrol. Athletes over 40 should primarily use Oxandrolone.
One of the reasons that speaks in favor of Oxandrolone is that this chemical, in very high doses, does not affect the production of its own testosterone. Explanation: Oxandrolone does not suppress hormone production in the body. The fact is that it does not have a negative effect on the hypothalamus-pituitary-testicular arc, i.e. when taken, the testicles do not signal the hypothalamus to reduce and completely stop the release of the hormone that releases gonadotropins and luteinizing hormone, as is the case with most anabolic steroids. This special position of Oxandrolone is easily explained by the fact that its active chemical does not aromatize into estrogens, because as Dr. Mauro G. de Pascale writes in his book Side Effects of Anabolic Steroids - Facts, Fiction and Treatment on page 23: “it is assumed that estrogens arising from the aromatization of testosterone and other anabolic steroids in the brain and hypothalamus reduce the secretion of luteinizing hormone, and therefore testosterone production. " American physician, Dr. Robert Kerr confirms this in the book "Practical use of anabolic steroids by athletes", where on page 32 it is written: "If you give Oxandrolone (Anavar) to a healthy man in high doses, then in this case it does not reduce either sperm count is not converted to estrogens at all. Therefore, Goodmann and Gilmann concluded from this that the feedback mechanism is activated by the concentration of estrogen rather than the amount of testosterone. "
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One of the reasons that speaks in favor of Oxandrolone is that this chemical, in very high doses, does not affect the production of its own testosterone. Explanation: Oxandrolone does not suppress hormone production in the body. The fact is that it does not have a negative effect on the hypothalamus-pituitary-testicular arc, i.e. when taken, the testicles do not signal the hypothalamus to reduce and completely stop the release of the hormone that releases gonadotropins and luteinizing hormone, as is the case with most anabolic steroids. This special position of Oxandrolone is easily explained by the fact that its active chemical does not aromatize into estrogens, because as Dr. Mauro G. de Pascale writes in his book Side Effects of Anabolic Steroids - Facts, Fiction and Treatment on page 23: “it is assumed that estrogens arising from the aromatization of testosterone and other anabolic steroids in the brain and hypothalamus reduce the secretion of luteinizing hormone, and therefore testosterone production. " American physician, Dr. Robert Kerr confirms this in the book "Practical use of anabolic steroids by athletes", where on page 32 it is written: "If you give Oxandrolone (Anavar) to a healthy man in high doses, then in this case it does not reduce either sperm count is not converted to estrogens at all. Therefore, Goodmann and Gilmann concluded from this that the feedback mechanism is activated by the concentration of estrogen rather than the amount of testosterone. "