Capsule capable of resisting against oxidization and scavenging free radicals

Abstract

The invention discloses a capsule capable of resisting against oxidization and scavenging free radicals. The capsule contains astaxanthin and alpha-linolenic acid at a mass ratio of 87.3+/-3.5. The capsule capable of resisting against oxidization and scavenging free radicals, provided by the invention, is prepared from lycopene and perilla oil which are used as main raw materials, and is rich in various nutrient substances beneficial to the human body. As a unique carotenoid capable of passing the blood brain barrier, astaxanthin has the highest resistance to oxidation and capability of scavenging free radicals at present. The reasonable combination of astaxanthin and alpha-linolenic acid can overcome the defects of weak antioxidant activity and low drug antioxidant appetency of natural antioxidants, and can more comprehensively achieve the effects of resisting against oxidization and scavenging free radicals.

Description

[0001] Technical field: [0002] The invention relates to the field of biomedicine, in particular to a capsule for anti-oxidation and scavenging free radicals. [0003] Background technique: [0004] Oxygen free radicals are a harmful substance, known as the "killer of health and longevity", which can cause damage to the biofilm system and intracellular oxidative phosphorylation disorders, thereby killing healthy cells and even killing people. The direct participants of death and death are very harmful to the health and longevity of the human body. [0005] Active oxygen free radicals in the body have certain functions, such as immune and signal transduction processes. But too much active oxygen free radicals will have destructive behavior, leading to the damage of normal cells and tissues of the human body, thus causing a variety of diseases, known as the source of all diseases, such as heart disease, Alzheimer's disease, Parkinson's disease and tumors. In addition, sunlight...

AI Technical Summary

Problems solved by technology

At present, the existing antioxidant drugs are mainly enzyme system (antioxidant enzyme) drugs, including superoxide dismutase (SOD), glutathione peroxidase (GSH-PX), catalase (CAT) and Monoamine oxidase inhibitors, etc.; drug antioxidants mainly have the following disadvantages: (1) exogenous supplementation, the body's own functions cannot be truly repaired, long-term use, easy to disturb the inherent metabolism, and low affinity; (2) too large a molecular weight, it is difficult to Passes through the cell membrane smoothly, if taken orally, it is easily hydrolyzed by protease and loses its activity; (3) There are adverse reactions, such as: nausea, vomiting, headache and rash, and there are also those who are allergic

[0007] In addition to drugs, natural antioxidants such as fat-soluble vitamin E, water-soluble vitamin C, and β-carotene can undergo redox reactions with oxygen free radicals to completely remove oxygen free radicals, but these natural antioxidants have The following disadvantages: (1) long-term high-dose application of vitamin E can easily cause bleeding, high blood pressure, urticaria, reproductive dysfunction, decreased immune function, etc.; (2) vitamin C can stimulate the stomach and cause hyperacidity, etc.; (3) ) is not the strongest antioxidant

[0008] To sum up, excessive active oxygen free radicals in the human body will damage human cells and tissues, and cause diseases. The current natural antioxidants are not strong enough to resist oxidation, and can also cause side effects such as bleeding, high blood pressure, and hyperacidity; Oxidative drugs are used as exogenous supplements, and their molecular weight is too large to be well received by the human body. Poor anti-oxidation effects can also cause various adverse reactions