In today’s clinical practice, we are confronted with more chronic diseases that are harder to treat and identify. Diseases such as sinusitis, ear infections, skin infections, vaginal infections, arthritis, chronic fatigue (systemic exertion intolerance disease), and many others may actually be a fungal infection from candida. Many of our symptoms that we manifest, we do not attribute to something as benign as candida, which normally resides on our skin, intestinal tract, etc. in appropriate amounts. Add a few antibiotic regimens to the mix to your history, and you start to have what we call dysbiosis or an imbalance in flora. When candida starts to proliferate in certain regions and its visible as white film on surfaces and you experience burning pain, itching, irritation, and discomfort it’s finally time to call your medical provider to address the problem. But what underlies all this is that quite commonly the digestive tract is also effected by an overgrowth of candida. When this does happen you don’t necessarily have to have a full outbreak of thrush or yeast infection presently to have a gut dysbiosis of candida. As a clinician investigating chronic diseases, a simple white coating on top of the tongue can be an early symptom of gut dysbiosis. Other symptoms could be abdominal bloating, fullness, gas, constipation, diarrhea, brain fog, loss of attention, mood swings, fatigue, allergies, food allergies, etc.
While we have certain tools and laboratory tests to evaluate whether you have gut dysbiosis, it really lies on the type of treatment to get rid of the candida. Even though maintaining a certain diet to starve the candida and decreasing inflammation and antigenicity in the gut from certain food groups like gluten or yeast products may help, ultimately the treatment depends on strong antifungal medications. Many times it is quite difficult to eradicate this fungal proliferation because it too can develop a biofilm around the organism resisting conventional methods to kill it off.
Conventional methods of antifungal treatment have proven to create resistance and even more likely a superbug that is harder to kill. Recent research has shown that certain plant compounds have a stronger ability to prevent the further colonization of yeast and are sometimes more effective than antifungal medication alone in the recurrence of fungal diseases. Isao Kubo, a professor of environmental sciences from UC Berkeley, has published quite a few papers on polygodial’s effect on fungal organisms(1-7). Polygodial is the active compound found in several plant species, especially Horopito and Mountain Pepper plants. When the plant like horopito has more red in the margin of its leaves, polygodial has been found to be in higher amounts (8).
Its ability to kill candida in cases such as oral/vaginal thrush and gut candidiasis has been proven in a few studies (9-13). While some studies prove that it has very little side effects, other studies done on rats show some neurotoxic activity by increasing glutamate concentrations (13,14).
The mechanism by which polygodial has on fungal organisms is its ability to act as a non-ionic surfactant disrupting the functional conformation of the membrane and its integral proteins (16). Novel treatment regimes include using polygodial with current conventional antifungal treatment in allowing antifungal medications to penetrate the cells more effectively.
this is taken from New Zealand’s Māori Centre of Research Excellence and Whakauae Research for Māori Health & Development presented the results of the 2017 project - Cultural, Ethical, Research, Legal & Scientific (CERLS) Issues of Rongoā Māori Research.
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