Antihypoxants: Begin to breathe in deeply

Antihypoxants are called tools to improve the absorption of oxygen by the body and reduce the need for organs and tissues of oxygen, thereby contributing to improve the body's resistance to oxygen deficiency?

Studies strongly suggest that the most promising in the fight against hypoxia in the sport pharmacological agents acting on mitochondrial complexes.

Conventionally antihypoxants may be divided into groups:

• Drugs directly antihypoxic action;
• Correcting the metabolism of the cell:
• Actions of membrane,
• Energizing direct action (affecting the redox potential of the cell, the Krebs cycle and mitochondrial respiratory chain complexes);
• Acting on the transport function of blood:
• Increase blood oxygen capacity,
• Increase the affinity of hemoglobin for oxygen,
• Vasoactive substances endogenous and exogenous nature.

Hypoxen

Hypoxen is enzyme of the respiratory chain synthetic nature. With a high electron-exchange capacity due to the structure of the polyphenol molecules olifen shunting action has the step of lactic acid from pyruvic acid to form acetyl coenzyme A (CoA), which is then drawn into the tricarboxylic acid cycle.

Hypoxen on the molecular level facilitates tissue respiration in hypoxia due to the ability to directly transfer the recovered equivalent to the enzymatic systems. The drug is repeatedly compensates for the lack of ubiquinone in hypoxic conditions as it contains a large number of functional centers.

Thus, varnish offset activity mitochondrial respiratory chain in the presence of lesions on its sites.

The antioxidant effect of drying oil is due to its polyphenol structure, which protects cell membranes and mitochondria from the damaging effects of free radicals produced in the process of lipid peroxidation. This pathological process is run under extreme physical and psycho-emotional effects on the body.

Add some Dexamethazone and Mildronate to your daily training.

Hypoxen improves tolerance of hypoxia by increasing the rate of oxygen consumption by mitochondria and improve contingency oxidative phosphorylation.

As a drug of direct action, can provide oxygen any cell due to small size of its own molecules. In this regard, it may be applied in all types of hypoxia.

Economical use of energy reserves is due to the glycolytic translated from aerobic oxidation of energy substrates, ie. At a favorable exchange mechanism. In this case the energy output is increased by 19 times as anaerobic glycolysis 2 turns one molecule ATP, while the aerobic - 38 ATP molecules.

Indications for use in the sport: increased efficiency in the performance of muscular work in the extreme conditions of the competition; economical oxygen consumption of tissues under hypoxic conditions; prevention and overcoming of the state of chronic fatigue; accelerating the recovery of the body after previous loads; improving peripheral blood flow.

Report from the body after 6-8 hours.

Side effect practically does not occur. In rare cases, possible nausea, dry mouth.

Hypoxen improves the absorption of other substances (drugs, vitamins) 25%