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Immune enhancing mushrooms
There are six main genuses of
mushrooms currently being commonly used in cancer treatment, all
of which have similar properties and actions. They are:
Maitake (Grifola frondosa)
Description
-
Also known as Hen of the
woods
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Native of Japan, been
used for hundreds of years in traditional medicine
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In use since 1984 when
antitumour properties found in animal tests
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Thought to be most potent
of all the immune stimulating mushrooms
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Can be taken orally
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Originally purified to
give a D-fraction, potent macrophage activator and
stimulator
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Further purification
gives MD-fraction - similar activity to D-fraction, but 30%
more active
-
Both extracts consist of
beta-glucans (complex polysaccharides) and proteins
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Also contains: Vitamins
C, B2 and D2, K and Mg.
Action
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Protects normal cells
from becoming cancerous
-
Enhances immune system to
engulf and destroy cancerous cells
-
Helps malfunctioning
cells regain control of cell division and activate
programmed cell death (apoptosis)
-
Reduces metastasis of
tumour cells
-
Antiviral action
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Reduces cholesterol
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Improves insulin levels
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Reduces blood pressure
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Increase white blood cell
production in bone marrow
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Activates phagocytes,
natural killer cells, T cells, helper T cells cytotoxic T
cells
Anti-cancer activity
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Colon
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Lung
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Stomach
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Liver
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Prostate
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Cervix
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Bladder
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Brain
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Leukaemia
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Description
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Also known as Krestin
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Native to China and
Japan, used in traditional medicine for centuries
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Like maitake, active
constituents are beta-glucans and proteins
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Probably not as active as
maitake, but lot of evidence and clinical data to support
efficacy in cancer treatment
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Can be taken orally
Action
-
Protects normal cells
from becoming cancerous
-
Enhances immune system to
engulf and destroy cancerous cells
-
Helps malfunctioning
cells regain control of cell division and activate
programmed cell death (apoptosis)
-
Reduces metastasis of
tumour cells
-
Increase white blood cell
production in bone marrow
-
Activates phagocytes,
natural killer cells, T cells, helper T cells cytotoxic T
cells
Action
-
Protects normal cells
from becoming cancerous
-
Enhances immune system to
engulf and destroy cancerous cells
-
Helps malfunctioning
cells regain control of cell division and activate
programmed cell death (apoptosis)
-
Reduces metastasis of
tumour cells
-
Increase white blood cell
production in bone marrow
-
Activates phagocytes,
natural killer cells, T cells, helper T cells cytotoxic T
cells
Action
-
Protects normal cells
from becoming cancerous
-
Enhances immune system to
engulf and destroy cancerous cells
-
Helps malfunctioning
cells regain control of cell division and activate
programmed cell death (apoptosis)
-
Reduces metastasis of
tumour cells
-
Increase white blood cell
production in bone marrow
-
Activates phagocytes,
natural killer cells, T cells, helper T cells cytotoxic T
cells
-
Stimulates
tumour-necrosis factor (TNF) production
Action
-
Protects normal cells
from becoming cancerous
-
Enhances immune system to
engulf and destroy cancerous cells
-
Helps malfunctioning
cells regain control of cell division and activate
programmed cell death (apoptosis)
-
Reduces metastasis of
tumour cells
-
Increase white blood cell
production in bone marrow
-
Activates phagocytes,
natural killer cells, T cells, helper T cells cytotoxic T
cells
-
Good antitumour profile
supported by animal studies
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Good against fatigue and
low energy
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