Fructose and dried tangerine peel-containing health food for strengthening bones and muscles and improving exercise performance and its formula and production process

Abstract

Disclosed are a fructose and dried tangerine peel-containing health food for strengthening bones and muscles and improving exercise performance and its formula and production process, aiming to overcome muscle injury and pain, dysfunction and bone fracture which are easy to be caused by excessive movement. The health food comprises five different preparations, and is characterized in that the health food refers to a compound comprising 12% of fructose and 50% of dried tangerine peel and having prevention function on reduction of bone biomechanical property and muscle fatigue caused by excessive movement, sport injury, diseases or senility. According to the formula, fructose can replenish necessary life energy to muscles, enter the muscles directly rather than by the way of insulin, and canbe converted into muscle glycogen directly to overcome metabolic disturbance caused by energy deficiency to muscle tissue cells; dried tangerine peel can improve bone biomechanical property, especially improve synthesis of bone collagen, improve elastic load of bones greatly so as to prevent bones from being easy fracture during exercise, and is effective in strengthening bones and muscles and improving exercise performance together with fructose.

Description

technical field [0001] The invention belongs to the technical field of health food and medicine production, and specifically relates to a group of pharmaceutical compositions which are composed of fructose and tangerine and have the ability to enhance muscle and enhance exercise. Background technique [0002] Excessive exercise can easily cause muscle damage, mainly due to muscle fatigue caused by exercise. After excessive exercise, it can be clinically manifested as varying degrees of pain and dysfunction, mainly due to excessive load on local muscles or muscle fatigue caused by repeated force; in addition Muscle fatigue is also common in many chronic wasting diseases, which is related to the disease affecting the energy metabolism of muscles and muscular dystrophy. Regarding the mechanism of muscle fatigue and injury, the academic community has put forward different hypotheses, such as muscle cell energy metabolism disorder theory, intracellular calcium homeostasis disorde...

AI Technical Summary

Problems solved by technology

When fructose intake is higher than a certain amount, it has been reported that it will lead to increased uric acid, abnormal lipid metabolism, obesity, and has a certain relationship with cardiovascular disease and diabetes. Therefore, there are certain problems in the application of large amounts of fructose to prevent and treat muscle atrophy

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