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Title : Yeast is a Cause of Cancer and Turmeric Can Kill Both — Research Confirms
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Yeast is a Cause of Cancer and Turmeric Can Kill Both — Research Confirms

Greenmedinfo

a new study validate a theory controversial cancer, namely the yeast in our body can help feed not only, but actually causes cancer.

Can the ancient spice healing turmeric come to the rescue?

A recent study published in Critical Reviews in Microbiology supports the concept that the opportunistic Candida albicans (yeast) infection may not only be a consequence of cancer, it is a cause that actively contributes as well.


Under the heading, " Candida albicans and cancer: Can this yeast induce development or progression of cancer ", the study provides the following important information about this controversial subject:

." today there is growing concern about the relationship between microbial infections and cancer Every time more studies support the idea that there is an association, especially when the causative agents are bacteria or viruses. This review adds to this, that summarizes the evidence that opportunistic fungus Candida albicans increases the risk of carcinogenesis and metastasis.

"Until a few years ago, Candida spp. It had mainly been linked to cancer processes, as it is an opportunistic pathogen that takes advantage of state of immunosuppression of patients in particular due to chemotherapy.

"In contrast, recent findings show that C. albicans is able to promote cancer by several mechanisms, such as described in the review: production of carcinogenic byproducts, triggering inflammation, inducing Th17 response and molecular mimicry.

"We stress the need not only to control this type of infection during cancer treatment, especially considering the important role of this yeast species in nosocomial infections, but also . to find new therapeutic approaches to prevent pro-tumor effect of this kind of mushroom "

the four different ways in which Candida albicans can contribute to cancer are explained in more detail below:

• The production of carcinogenic byproducts: first, Candida Albicans produce nitrosamines, which are carcinogens that activate proto-oncogenes that could cause specific cancerous lesions. Second, Candida albicans produce acetaldehyde which occurs as the first metabolite of ethanol (the product of yeast fermentation), and which is a chemical which damages DNA (mutagenic) and carcinogenic a wide range of properties promoter cancer, downstream.

• The activation of inflammation prolonged, unresolved inflammation can promote cancer, thus cause tissue damage, and through secretion the proliferative chemicals used to stimulate regeneration of damaged tissue, but can cause the tissue immortalized when inflammation is chronic and misdirected. Candida albicans is well known to promote a cascade of inflammatory responses in the body to grow beyond its normal population density due to immunosuppression, poor diet, and / or chemical exposure. These inflammatory responses wrong found to promote increases in tumor cell adhesion, which is believed to promote the formation of secondary tumors and / or metastases.

• The induction of Th17 response: The set of CD4 T cells that are dominant in response to Candida albicans, ie, TH17 cells, also secrete factors that may promote angiogenesis (formation of new blood vessels) and increased tumor incidence and growth.

• molecular mimicry: Antibodies raised against a protein on the surface of Candida albicans (CR3-RP) has structural and antigenic similarities to a receiver in some of our white cells (leukocytes). This "molecular mimicry" can cause antibodies formed against our immune cells then disrupt anti-tumor and anti-Candida host defenses.

This newly identified research not only confirms the notion that the proliferation of yeast can be a contributing cause cancer, but also, indirectly, raises a red flag that both the sugar and the alcohol consume.

It is clear that if sugar and its conversion into ethanol producing acetaldehyde, reducing excessive consumption of either is a good chemopreventive step, and probably a totally necessary intervention when treatment is activated cancers established - that is, if the objective is complete. remission

Moreover, sugar has also been recently discovered that not only feed the cancer, but actively contributes to the transformation of normal cells into cancer; ie, sugar is potentially carcinogenic. Read my recent article, " Research Reveals How sugar causes cancer ," for more information.

The implications of this research are profound because sugar also promotes yeast growth, which means that sugar is both directly and indirectly carcinogens time; a fact that is even more worrying given rooms cancer treatment in major hospitals continue to give food and drink to their patients while on treatment, or recovering from treatment containing sugar

The turmeric :. A one to two

A new study published in the European Journal of Pharmacology shows that the main polyphenol in turmeric known as curcumin can be the perfect way to fight cancers that have a fungal
component
Under the heading, " curcumin and its promise as a drug against cancer :. an analysis of its anticancer and antifungal effects in cancer and complications associated with invasive fungal infections , "the new study addressed the problem on invasive fungal infections, as one of the leading causes of morbidity and mortality in patients with cancer.

According to the study:

"Effective therapy against infection is necessary to inhibit the significant deterioration of these infections, however, are difficult to treat, and increased resistance. antifungal drug often leads to relapse. "

The authors suggest that curcumin could offer an ideal natural alternative:

"Curcumin, a natural compound that is isolated from the rhizome of plants of Curcuma longa, it has aroused great interest among many scientists studying solid cancers in the last half century. Interestingly, curcumin provides an ideal current therapies alternative, due to their relatively safe profile, even at high doses.
"to date, the activity of curcumin potent antifungal against different strains of Candida, Cryptococcus, Aspergillus, Trichosporon and Paracoccidioides have been reported, indicating that curcumin cancer drugs may also have an antifungal role in helping cancer
patients resist related complications invasive fungal infection.

"The aim of this review is to discuss pharmacological activities dual curcumin in their applications as a natural anti-cancer and anti-fungal agent. It is expected that these pharmacological activities dual to conduct clinical trials and to improve survival of infection among patients with cancer. "

the study went on to explain that conventional therapies often result in collateral damage to the immune system of the patient, contributing to the growth of fungi.

In addition, conventional medicines for fungal infections can cause serious damage to the liver and kidneys of patients, besides leading to the emergence of even more aggressive, treatment-resistant fungal infections.

Furthermore, conventional cancer treatments only attack one aspect of cancer, focusing on a single pathway or molecule into a cancer cell. This is why curcumin has much more promising as a "next generation multipurpose drug."

Not only combat fungal infections, but has the ability to deal with a multitude of cancer targets, including the possibility of destroy the subpopulation of stem cell cancer found at . Following cancer malignancy and recurrence

The study concluded:

"Curcumin is a drug up-and-coming naturally occurring multi-target properties, and it has been shown effective cancer and alone antifungal activities or in combination with drugs of conventional chemotherapy and antifungal agents.

"the dual pharmacological activities of curcumin can make it a good candidate for the prevention and cancer treatment and complications related to invasive fungal infections associated with cancer. more research to clarify the mechanisms of anticancer and antifungal curcumin for a better understanding is needed.

"Despite the useful biological activities of curcumin, its poor water solubility and low bioavailability hinders its clinical applications.

" several systems curcumin administration of nanometric size, such as nanoparticles, nanospheres, lipid solid nanoparticles, micelles, and liposomes have been shown to overcome these drawbacks and significantly improve anticancer and antifungal activities of curcumin.

"Many studies on curcumin and nanoformulations are still in the preclinical stage today. A clinical trial stage is required to unlock the potential of curcumin nanoformulations as a therapeutic strategy for treatment of cancer and IFI complications. "

Indeed, curcumin is rapidly becoming the most widely investigated and most promising for prevention and treatment of disease known herb, with at least 750 studied possible therapeutic applications.

References: database turmeric Research ; investigation Candida albicans database ;

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