Product Description
Product Introduction of Sod Dismutase
Sod Superoxide Dismutase is the collective name for a series of enzymes that are active substances originating from living organisms and are important members of the antioxidant enzyme family in biological systems, widely distributed in microorganisms, plants and animals . it can eliminate harmful substances produced by organisms during the metabolic process. It is the only enzyme that uses free radicals as substrates to scavenge free radicals.
It can catalyse the dismutation of superoxide anion radicals to produce oxygen and hydrogen peroxide, which plays a vital role in the oxidative and antioxidant balance of the body and is inseparable from the occurrence and development of many diseases.
Product Function of Sod Dismutase
1. The main function of Sod Superoxide Dismutase is to catalyse the dismutation of superoxide anion radicals into hydrogen peroxide and oxygen, and the superoxide anion radicals produced are normal metabolic products in living organisms. However, the accumulation of free radicals will cause peroxidation of lipids in the cell membrane and cause membrane fission, leading to cell damage or even death.
2. It is the most important and best scavenger of free radicals in living organisms and maintains the metabolic balance of the body.
3. In addition, it is remarkably effective in the treatment of myocardial infarction, vascular heart disease, collagen disease, neonatal respiratory distress syndrome, oedema, emphysema, oxygen toxicity and many other skin conditions such as psoriasis, dermatitis, eczema and pruritus.
4. It has a wide range of applications as a superoxide anion radical scavenger, mainly in slowing down human aging, preventing diseases, improving human immunity, and as an additive in food and cosmetics.
5. Since its discovery as the first enzyme to use superoxide anion as its substrate, it has proven its effectiveness in combating diseases associated with superoxide radicals.
Product Application of Sod Dismutase
1. Medical and clinical applications
Sod Superoxide Dismutase has an inherent advantage in medical and clinical applications because it is an enzyme that exists in living organisms and can overcome the side effects of certain synthetic drugs. The main areas of application in the medical clinic are.
(1) Age-delaying, free radical scavenging and stopping the effects of free radical chain reactions.
(2) Treatment of inflammatory diseases, such as recent studies showing that Cu/Zn-SOD is an antibody immunogen for Brucella abortus.
(3) Treatment of ischaemia-reperfusion syndrome, it significantly reduces the extent of damage to tissues and organs.
(4) The prevention of tumours and cancers and the inhibition or enhancement of it's effects can all be used as ideas and methods for research into the treatment and prevention of tumours.
2. Food industry
After chemical modification and microencapsulation of It, its stability is greatly improved and its own viability remains high. It has therefore greatly facilitated the application of it in the food industry, mainly in the following ways.
(1) As an active ingredient in health food, e.g. as an additive in health food oral liquid, yogurt, beer, etc.；
(2) Acts as an antioxidant and inhibits peroxidase enzymes, e.g. for post-harvest preservation of fruit and vegetables.
3. Cosmetic
As an additive in cosmetics
(1) Has a pronounced sun protection effect, it effectively protects the skin from damage caused by ionising radiation.
(2) Effective against skin ageing, blemishes, anti-wrinkles and acts as an antioxidant enzyme.
(3) Has a significant anti-inflammatory effect and is effective in the prevention and treatment of skin diseases.
(4) It has some effect on scar formation. Studies have confirmed the ability of exogenous it to penetrate the skin and enter the body to act without adverse reactions or allergies.
4. Agricultural
It has a very important relationship with plant biotic and abiotic stress resistance. Its application in plant genetic engineering has been widely concerned and valued by researchers, and attempts to breed new varieties of highly resistant crops through trans-SOD gene technology have become one of the hot spots of research at home and abroad.
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