Testosterol 250 30 Caps

Testosterol 250 is a preparation based on active phytosterols.

Action Testosterol ™ 250:
- are a precursor in the biosynthesis of 17-ketosteroids (which include dehydroepiandrosterone-DHEA), which are androgenic and anabolic (muscle development) and masculinizing.
- are the forerunner in the mineral corticosteroid biosynthesis (aldosterone).
- stimulate the synthesis of glycogen in the liver.
- Enhances the regeneration of muscle, joint and epithelial tissue. Phytosterols are natural inhibitors of pain mediators and inflammation.
- belong to lipotropic substances, that is preventing fatty degeneration of skeletal, heart, kidney and liver muscles.
- improve well-being and improve physical performance.

Phytotheres are steran derivatives, their core being 1,2-cyclopentanoperhydrophenanthrene. In the chemical classification phytosterols belong to steroids - they contain a 3-position sterile hydrolysis and a 17-position side chain. The biological properties of the sterols depend on the number and nature of the substituents, especially on carbon 17 (17C). Stigmasterol and sitosterol phytosterols are structurally similar to cholesterol, progesterone, pregnenolone and 17-hydroxypregnenolone. As a result, steroids administered over a prolonged period of time provide a precursor for pregnenolone synthesis. Pregnenolone is a basic substrate for progestogen biosynthesis, which produces 17-ketosteroids, glucocorticosteroids, mineral corticosteroids, testosterone, androsterone and estrogens. Pregnenolon is metabolized to produce all steroid hormones. These biochemical reactions are catalyzed by cytochrome P-450. Iron preparations condition and aggravate these reactions.

The biological effect when administered Testosterol ™ 250 is varied and depends on many endogenous (exogenous) and exogenous (exogenous) factors. It is important to have a quantitative relationship between the steroid hormones present in the body prior to administration of the product, as the phytosterols present in it are not a substrate for the synthesis of pure testosterone, but also other steroid hormones. Some phytosterol metabolites can mimic typical hormones in the body and compete with them for receptors in body cells, thus modifying many physiological functions. The consequence of these events is the regulation of quantitative relations between: 17-ketosteroids, testosterone, progesterone, androsterone and corticosteroids. There is also a strong probability of enhancing the pathway of biosynthesis of one of the steroid horomones, whose intensity is hereditary and whose potential is maximized. Phytosterols then produce the effect of "metabolic preference" and constitute an effective activator and substrate for a particular metabolic pathway.

Phytosterols, after oral or parenteral administration, undergo phosphorylation. They are quickly absorbed from the intestines into the blood and lymph. Vitamin D, A and unsaturated fats increase the uptake of plant sterols. The formulation is enriched with an antioxidant rose extract containing a complex of flavonoid-phenol acids, which potentiates phytosterols. The prebiotic extract of Pruni cum inulini extract is intended to increase the absorption of the product.