Coriolus
Product Name: Coriolus
The Coriolus versicolor mushroom upregulates the immune system to fight both cancer and chronic Hepatitis. At Alchemist Lab, Coriolus is our treatment of choice for lowering alfa-fetoprotein levels.
Manufactured by: Dragon Heart
Bottle Contents: 250 grams
Ingredients: A 20 – 1 hot-water extract of Coriolus versicolor. 30% minimum polysaccharide or beta glucan content.
Other Ingredients: DandyBlend Tea, which is an extract of roasted barley, rye, chicory, dandelion root, and beetroot.
Dosage and Use: 1 teaspoon twice daily, in hot water or tea.
Time of Day: Any time.
Quantity Needed for One-Month Supply: 1 container
Cautions: The taste of Coriolus is somewhat bitter, though smoothed out by the DandyBlend.
What it Does/How it Works:
Coriolus polysaccharides are the most thoroughly researched immune enhancers in the world. There are over 400 published studies on this medicine, most of which focused on its immune-modulating and anti-tumor properties.
Japanese research has consistently shown the ability of Coriolus to double or triple survival time for patients receiving chemo or radiation.
Medicinal mushrooms impart a general sense of well-being in ill patients. The Coriolus versicolor mushroom (known in China as Yun Zhi and locally in California as Turkey Tails) has passed the test of time as a healing agent.
In China, Coriolus is used to treat viral hepatitis as well as liver cancer. In the Ming Dynasty Materia Medica it was written that: “If Yun Zhi is taken for a long time it will make one vigorous and live long.”
At Alchemist Lab we especially utilize Coriolus when a patient has an elevated alfa-fetoprotein level, which is a marker for liver cancer. It is also a main ingredient in REM+ as well as our proprietary Hep C Powder.
Different batches of our Dragon Heart Coriolus have measured between 32% and 42% polysaccharides. Polysaccharides have side chains of beta-glucans (specific keys that fit the locks to open up immune modulation) branching off a backbone structure of linear glucose molecules. Different immune cells have receptor sites for beta-glucans. Not all beta-glucans are created equally, depending on solubility, primary structure, molecular weight, and branching for their effectiveness. Beta-glucans from medicinal mushrooms are much more effective than those derived from yeast.
