Edible Mushrooms: Nature’s Most Researched Anti-Cancer Agent
The power of medicinal mushrooms to heal, including actively combat cancer, is supported by human clinical research. How could they be so powerful?
Over the course of the past few years, we have uncovered a remarkable body of research on the medicinal properties of mushrooms. In fact, when it comes to natural cancer research, no other category has been the subject of more human clinical research than AHCC and Lentinan, both unique preparations of shiitake mushroom.
AHCC stands for active hexose correlated compound, and is classified as a functional food made from hybridized mycelia of shiitake (and sometimes other mushrooms) in rice bran. It contains both alpha- and beta-glucan polysaccharides, well-known modulators of host immunity. Lentinan, also from shiitake (Lentinula edodes), is comprised exclusively beta-glucan. What is so unique about these compounds is that they are “host-mediated” anti-cancer agents, helping the cancer-afflicted body combat cancer by boosting immune function. This is a radically different approach versus conventional chemotherapy and radiation, which causes DNA damage in rapidly dividing cells, indiscriminately, damaging, mutating, and/or killing both cancer and immune cells (among other healthy cell types).
How can edible mushrooms like shiitake protect us against cancer, perhaps the most widely feared disease that presently afflicts our species? Could the reason be that we co-evolved with fungi, and that the essential polysaccharides they contain were present in our diet for so long that the genetic/epigenetic infrastructure of our bodies now depends on them? Beta-glucan, after all, is found widely distributed in whole grains, nutritional yeast, as well as fungi. The friendly microbes, in and outside of our gut, produce the beta-glucan fraction through the biotransformative processes of digestive fermentation and, in the case of food, culturing. Could it be that, failing to consume (or produce) adequate quantities, our body fails in its cancer immunosurveillance? This is also observable in the well-established role that vitamin D deficiency has in maintaining proper immune function, and therefore reducing cancer risk.
But perhaps there is an even deeper reason to why fungi keep us alive and well, even when faced with the most terrible of health challenges: we share a common, unique evolutionary origin, and our fates may still be intimately interwoven.
The microbiologist Mitchell Sogin was interviewed back in 2004 on the topic:
“Animals and sponges share a common evolutionary history from fungi…
…we thought fungi were related to plants or somehow were just colorless plants. Plants had seeds, fungi had spores, and so on. Scientists used to publish fungi articles in plant journals. But the work does not support that. We’ve shown that fungi and plants are very different from each other, and fungi are actually more closely related to animals.”
When asked the question: “Does all this mean humans are just highly evolved mushrooms?” Sogrin answered: “I’d say we share a common, unique evolutionary history with fungi. There was a single ancestral group of organisms, and some split off to become fungi and some split off to become animals.”
Could medicinal/edible mushrooms “lend us their power”? In certain traditions of herbalism, there is an acknowledgment of the sacred bond between patient and herb, where the plant lends its power to (s)he who is suffering, as a “plant ally.” Beyond nutritional and caloric content, biochemical make-up, pharmacology, etc., certain fungi may embody the biological equivalent of compassion, and exude an abundance or superfluity of life energy that we may harness to correct imbalances within ourselves. First, we must be willing to acknowledge that power in a source outside of ourselves, which is difficult for egocentric, anthropocentric humans to do. Second, we must consider ourselves worthy of the miracle of being healed, of life regenerating itself through us.
source : The Sleuth Journal