Hypoxia-resistant anti-fatigue energy composition and its application

Abstract

The invention discloses an anti-hypoxia and anti-fatigue energy composition which comprises puffing black rice flour, oatmeal, coconut oil, corn syrup, isolated soy protein powder, maltodextrin, carnitine, a vine tea and flavone extract, a grapeseed extract, a quercetin extract, a silverweed cinquefoil root extract, a rhodiola extract, octacosane alkanol, branched chain amino acid, taurine, low-fat coconut powder and concentrated vanilla, wherein the multiple components are cooperated. The composition can be used for improving the aerobic metabolism of an organism, improving the oxygen utilization rate of cells, enhancing the plateau adaptiveness and improving the working capacity under a plateau low-oxygen condition; furthermore, the composition can quickly supplement sugar, fat, proteins, electrolyte and other nutrients, which are needed by the organism, and promote absorption of nutrition and can also quickly complement the carbohydrates and the nutrients, which are consumed and lost during motion, particularly in high-intensity sports training and fitness, of a human body, so that fatigues of central nervous system and bones can be relieved, and toxic and side effects are avoided.

Description

technical field [0001] The invention relates to a traditional Chinese medicine composition, in particular to a hypoxia-resistant anti-fatigue energy composition and its application. Background technique [0002] The plateau environment is characterized by low atmospheric pressure, low oxygen, low temperature, low humidity, and strong solar radiation. The so-called hypoxia (hypoxia), that is, the plateau environment increases with the altitude, resulting in a decrease in atmospheric pressure and a decrease in the partial pressure of oxygen in it (that is, the oxygen content in the air is low), resulting in a decrease in the nutrient pressure of the inhaled air, which causes hypoxemia in the human body ( hypoxemia), which is what we are used to call "hypoxia". A series of physiological and biochemical changes occur in the human body when exercising at high altitudes. Long-term strenuous exercise at high altitudes can cause aggravation of hypoxia, thereby limiting the body's a...

AI Technical Summary

Problems solved by technology

However, the supply of protein should not be too high, because protein consumes the most oxygen during oxidation, and high protein is not easy to digest and may cause histamine to accumulate in the body

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