What is an active hexosis correlated compound?
Shiitake sponge is a culinary pleasure consumed by tastes around the world. It is also a source of active hexosis of the correlated compound (AHCC), which, although almost more mouth than the sponge itself, forms the basis of several very promising therapeutic supplements. AHCC, which is located in Shiitake fungus, reduces high blood pressure and is considered to be a valuable booster of the immune system. Several studies of the benefits of active hexosis of the correlated compound have also shown promising in the area of postoperative recovery in cancer patients. Thanks to these results, AHCC has become a popular complementary treatment for cancer patients, especially in Asian countries. The process involves cultivating large materials of mycelia in the possession for approximately two months. The root fibers are then subjected to fermentation in the bran rice to stimulate enzyme reactions in the thread mass. Once this reaction is completed, mycelia is sterilized, concentrated and dried. The resulting product has 40% polysaccharide content including beta glucan and acetylAlfa-glucan, glucan variety unique for AHCC.
This extract was originally developed as a help for patients suffering from high blood pressure. However, further research has indicated that the compound has greater potential as the immune system and the treatment of viral infections. These characteristics are the result of glucan content in AHCC stimulating dental cell production, one of the key elements in the activity of the immune system. This type of cells filters antigens in the blood and signals the lymphoid organs to form cytokines that stimulate the immune response. The presence of AHCC in the bloodstream not only stimulates the production of the dense cell, but also increases their general efficiency, thereby further increasing this process.
The compound also has anti -inflammatory properties that seem to be valuable in the treatment of liver cancer. Tests performed in Thailand have shown that patients with liver cancer apparently regain normal funKCI liver after six months of AHCC. This would suggest that active hexosis correlated compound can offer other benefits to those suffering from the disease caused or causing chronic inflammation, such as pancreatitis, inflammatory disorders of the bowl and hepatitis. In addition, AHCC may be beneficial to those suffering from impaired thyroid production and testosterone due to oxidative stress. The qualities of AHCC increasing the immune system can also help in control of opportunistic infections resistant to drugs in weakened or traumatized patients.