Yeast glucan is present in yeast cell walls. Fungal-derived beta-glucan also has a similar structure and efficacy to yeast beta-glucan, but studies have shown that fungal-derived beta-glucan is not as efficient as yeast-derived beta-glucan. Therefore, yeast glucan is generally preferentially discharged into medical raw materials.
After yeast β-glucan enters the body, its helical structure determines that it will not be hydrolyzed into monosaccharides such as glucose in the gastrointestinal tract, but bind to specific receptors through endocytosis (or pinocytosis), It eventually crosses the intestinal epithelium to enter the lymphatic system, and from the lymphatic system enters the blood system to function.
Yeast β-glucan can specifically bind to macrophages, stimulate and activate immune factors, so as to better exclude foreign cells, prevent the invasion of foreign viruses, and then achieve the effect of immunity.
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The anti-radiation effect of yeast glucan is the result of promoting hematopoietic function.
Yeast glucan can enhance the production of blood cells, including the production of granulocytes, mononuclear leukocytes, and the production of organ tissue cells, thereby restoring body cells damaged by lethal doses of radiation.
When ionizing radiation or chemical toxins penetrate biological tissues, the energy of the ray particles or chemical molecules is directly absorbed by biological macromolecules, or through the action of ion diffusion and free radicals, other biological molecules undergo chemical changes, thereby causing physical and chemical changes. damage.
The unique inverted triple helix structure of yeast beta glucan can neutralize toxins in the body and promote hematopoiesis.
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The main goal of yeast β-glucan research on anticancer function is to enhance the activity and phagocytic ability of macrophages in higher mammalian tissues.
One of the functions of beta glucan is to enhance the ability of macrophages.
Yeast glucan can improve the phagocytic ability of macrophages by several times, and usually has a strong inhibitory rate on mutant cells. While protecting and enhancing the combat capability of immune cells, it can further lock “remaining tumor cells” in dormant, drug-resistant and subclinical lesions for targeted killing.
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As dietary fiber, yeast beta glucan can form a jelly-like substance in the small intestine to surround bile acid, and bile acid cannot be absorbed back to the liver through the small intestine wall, but is excreted through the digestive tract.
Therefore, when bile acid is needed for digestion of food in the intestine, the liver can only supplement the consumed bile acid by absorbing cholesterol in the blood, thereby reducing the cholesterol in the blood.
Beta glucan has the functions of absorbing bile acids and promoting the excretion of bile acids from the body, promoting the conversion of cholesterol to bile acids, maintaining the inherent normal metabolism of cholesterol, effectively inhibiting the increase of cholesterol in serum, and preventing and treating stone diseases in the body.
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As a soluble dietary fiber, yeast beta glucan cannot be digested and degraded.
After entering the intestine, the viscosity increases, and interacts with the intestinal flora to promote the growth of beneficial bacteria, inhibit the reproduction of harmful bacteria, improve the structure and diversity of intestinal flora, stimulate intestinal peristalsis, accelerate the discharge of toxic substances, and improve intestinal health
Mannose oligosaccharides is a new type of prebiotic.
It is not digested by the human gastrointestinal tract, but it can promote the specific proliferation of intestinal probiotics represented by bifidobacteria and inhibit the growth of harmful bacteria.
So as to reduce the generation of toxic metabolites, improve human intestinal function, prevent constipation, protect the liver, anti-tumor and enhance immunity.
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