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Fermented stevia reveals unexpected therapeutic:
A surprising scientific discovery opens up new horizons In the fight against one. Similarly, of the most formidable cancer pathologies. For example, Japanese researchers transform a Familiar natural sweetener in potential weapons against cancer thanks to a process of revolutionary fermentation.
The team of the University of Hiroshima shows that Stevia, subject to the action of specific bacteria, generates Bioactive compounds Capable of selectively targeting pancreatic cancer cells. However, This innovative approach could revolutionize the therapeutic strategies futures.
Pancreas cancer defies modern medicine – Fermented stevia reveals unexpected therapeutic
Pancreatic cancer remains one of the Oncological plagues The most relentless of our time. Consequently, Less than ten percent of diagnosed fermented stevia reveals unexpected therapeutic patients survive beyond five years. Meanwhile, a statistic which illustrates the urgency of develop new therapeutic approaches. Meanwhile, Symptoms generally only appear after dissemination of the disease, making surgical interventions impossible in the majority of cases.
Conventional chemotherapy is struggling to obtain satisfactory results Faced with this particularly resistant pathology. Consequently, scientists now explore Alternative tracksespecially on the side of compounds of plant origin. This orientation is based on the fact that many current anticancer drugs already derive from plants: Paclitaxel comes from. the Pacific IF while vincristine is extracted from the Pervench of Madagascar.
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Fermentation transforms a sweetener into therapeutic agent – Fermented stevia reveals unexpected therapeutic
Innovation lies in the use of Lactobacillus plants SN13T, a bacterial strain naturally present in fermented foods. This bacteria, close to those fermented stevia reveals unexpected therapeutic that give birth to yogurt or kimchi, operates microbial alchemy Fascinating on Stevia’s leaves. The process generates an unprecedented compound baptized ” Ester methyl of chlorogenic acid »(Cam), molecule at anticancer properties remarkable.
Laboratory experiments reveal Spectacular results : fermented extract causes the massive death of pancreatic cancer cells while preserving. the integrity of healthy kidney cells. This selectivity constitutes the ” Grail »Researchers in oncology, because it promises effective treatments without the devastating side effects traditional chemotherapy.
A mechanism of sophisticated action at the cellular level
The in -depth analysis of the mechanism reveals that the Cames acts on several fronts simultaneously. On the one hand, it blocks cancer cell division with a specific phase of their life cycle. On the other hand, it triggers apoptosis, a natural self -destruction process that malignant cells usually manage to fermented stevia reveals unexpected therapeutic get around. The compound literally reprogram thegenetic expression cancer cells.
In addition, the fermented extract demonstrates Antioxidant properties superior to its untreated equivalent. This ability to neutralize free radicals provides additional protection to healthy cells, thus reducing Oxidative stress associated with cancer development. Fermentation is therefore not content to improve therapeutic efficiency: it also strengthens Defense mechanisms of the organization.
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Promising prospects despite the challenges to be met
These discoveries, although encouraging, still require In -depth validation Before considering clinical applications. The results come exclusively from experiments on cell cultures. a preliminary step which does not guarantee success during trials on animal models and then human. Many promising laboratory substances later fail in the face of physiological complexity living organisms.
However, research perfectly illustrates fermented stevia reveals unexpected therapeutic the unexplored potential of beneficial microorganisms in the creation of new drugs. This ” Microbial biotransformation »Opens considerable horizons to enhance the existing plant resources. Thus, a simple natural sweetener could contribute to the development of natural, targeted and economically accessible anticancer therapy.
What to hope that this innovative approach will contribute tomorrow to significantly improve the patient prognosis Faced with. this formidable disease.
SOURCE : ScienceAlert
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