Hope for people who had a cancer

[casper]

This article is about the first big steps in better curing cancer, I want to share with you.
quote:

"The discovery of Croatian scientists: For all cancers we will know from where they spread throughout the body

The discovery is extremely important and can lead to better diagnosis of cancers, and then to a better and more targeted therapies


Scientific bioinformatics group of Zagreb, Faculty of Science (PMF) has achieved great success worldwide. Nature, one of the world's most prestigious magazine, published on Wednesday at the work Ph. D.. Rosa Karlić, research assistant with the Faculty of Science, the first author. In scientific work scientists from Harvard and from Zagreb found an association between epigenetic properties of tumor cells and progenitor cells of normal tissue in which the tumor is first created.

Research has shown that malignant tumors, despite the uncontrolled growth, cell division and the appearance of distant metastases, always retain the "signature" of tissue and cell types from which they are incurred. This allows the analysis of the tumor type and predict the tissue from which the tumor arose, and that information is extremely important in the diagnosis and treatment of disease. - We have also demonstrated that on the basis that where there are mutations in the tumor can be seen from that station that the tumor arose, so that was the primary tumor. A number of patients in whom the tumor has spread in the body just does not know where it originated. Our work is now changing - explains the researcher Rosa Karlić.

Therefore, this discovery very important and can lead to better diagnosis of tumors, and then to successful treatment and better targeted therapies. - We now continue our research. The next step is to apply our method to a larger number of tumors and individuals - says Rosa Karlić which is a significant success and achieve less than two months. Then, as a co-author of the work published in the journal The Cell, the best in the field of cell and molecular biology. "

 

[Kay Kim]

The world's top new source on natural health - NaturalNews.com

The world's top new source on natural health - NaturalNews.com

www.naturalnews.com

sweet-victory-fermented-stevia-potential-cancer-killer.

• Fermented stevia leaf extract (FSLE), derived from the sweetener stevia and banana leaf bacteria, selectively kills pancreatic cancer cells while sparing healthy cells, offering a potential natural alternative to toxic conventional treatments.
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• Pancreatic cancer has a survival rate below 10 percent and resists standard therapies, driving researchers to explore plant-based solutions like stevia for safer, more effective treatments.
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• The fermentation process with Lactobacillus plantarum SN13T enhances stevia's anticancer properties, producing a compound (CAME) that triggers cancer cell death (apoptosis) without harming healthy cells.
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• The study highlights nature's untapped potential, challenging the reliance on synthetic pharmaceuticals and advocating for natural remedies backed by rigorous science.
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• While lab results are promising, further testing in mice and humans is needed before fermented stevia can become a viable therapy, potentially revolutionizing integrative cancer care.

In a world where Big Pharma dominates cancer treatment with expensive, often toxic drugs, a humble natural sweetener may hold the key to a groundbreaking therapy. Researchers at Hiroshima University have discovered that stevia — commonly known as a zero-calorie sugar substitute — can be transformed into a potent cancer-fighting agent when fermented with bacteria from banana leaves. Their findings, published in the International Journal of Molecular Sciences, reveal that fermented stevia extract selectively kills pancreatic cancer cells while sparing healthy cells. This discovery could revolutionize cancer treatment, offering a natural, cost-effective alternative to conventional therapies.

The grim reality of pancreatic cancer​

Pancreatic cancer remains one of the deadliest malignancies, with a five-year survival rate below 10 percent. It aggressively resists standard treatments like chemotherapy, radiation and surgery, leaving patients with few options. The Hiroshima Universityteam, led by associate professor Narandalai Danshiitsoodol, sought solutions in nature, turning to medicinal plants like stevia. Their research underscores a growing movement toward natural remedies in an era where synthetic drugs often come with debilitating side effects. (Related: Nature's chemo? Scientists discover fermented stevia extract kills cancer cells without harming healthy ones.)

From sweetener to cancer fighter​

Stevia, derived from the Stevia rebaudiana plant, has long been praised as a healthy sugar alternative. But its potential extends far beyond sweetening coffee. Previous studies hinted at its anticancer properties, but isolating the active compounds proved difficult. The breakthrough came when researchers fermented stevia extract with Lactobacillus plantarum SN13T, a bacterium found on banana leaves. This fermentation process transformed the extract, enhancing its cancer-killing abilities without harming normal cells.

The science behind the miracle​

Fermentation isn't just for beer and yogurt — it's a powerful tool in pharmacology. Microbial biotransformation, the process of using bacteria to alter plant compounds, unlocked stevia's hidden potential. The Hiroshima team compared fermented and non-fermented stevia extracts, discovering that the fermented version was far more effective at destroying pancreatic cancer cells (PANC-1) in lab tests. Even at high concentrations, the fermented stevia leaf extract (FSLE) left healthy kidney cells (HEK-293) unharmed, a critical advantage over traditional chemotherapy, which ravages both cancerous and healthy tissue.

The discovery of CAME: A cancer-killing molecule​

The secret weapon? A compound called chlorogenic acid methyl ester (CAME), produced during fermentation. CAME proved significantly more toxic to cancer cells than its precursor, chlorogenic acid. Researchers believe bacterial enzymes reshape the extract, creating this powerful anticancer agent. CAME doesn't just slow cancer growth — it triggers apoptosis, the programmed self-destruction of malignant cells, while leaving healthy cells untouched.

A conservative case for natural medicine​

This research highlights a conservative principle often overlooked in modern medicine: nature provides solutions if you're willing to look. For decades, the medical establishment has dismissed plant-based remedies as folklore, favoring synthetic drugs backed by pharmaceutical giants. Yet studies like this one demonstrate that natural compounds, when properly harnessed, can rival or surpass conventional treatments.

From lab to living organisms​

While lab results are promising, the real test lies ahead. The Hiroshima team plans to study FSLE's effects in mice, a crucial step before human trials. If successful, fermented stevia could become a cornerstone of integrative oncology, blending traditional and alternative medicine.

A sweet future for cancer treatment?​

In a healthcare landscape dominated by costly, invasive therapies, stevia's transformation into a cancer fighter offers hope. This research underscores the untapped potential of natural remedies, challenging the status quo of drug development. For patients battling pancreatic cancer — and for conservatives advocating medical freedom and innovation — this discovery is more than scientific progress. It's a testament to the power of nature, ingenuity and the relentless pursuit of truth.

Watch and discover how stevia acts as an anti-inflammatory and anticancer agent.

This video is from the Natural News channel on Brighteon.com.