Sweet Wormwood Kills Up To 98 Percent Of Cancer Cells

Video: Sweet Wormwood Kills Up To 98 Percent Of Cancer Cells

Video: Sweet Wormwood Kills Up To 98 Percent Of Cancer Cells
Video: Could sweet wormwood kill breast cancer cells? 2024, November
Sweet Wormwood Kills Up To 98 Percent Of Cancer Cells
Sweet Wormwood Kills Up To 98 Percent Of Cancer Cells
Anonim

Cancer is one of the deadliest diseases in the world. Scientists are constantly trying to find ways to combat it. A new property of a well-known herb has recently been discovered. It has been found that sweet wormwood can kill up to 98% of cancer cells in just 16 hours.

Artemisinin is a derivative of the herb sweet wormwood ("Sweet wormwood" or "Artemisia Annua"). It has been used for thousands of years in Chinese medicine. It has been found to kill 98% of breast cancer cells in less than 16 hours.

Experiments have shown that when the herb alone is used, it causes a 28 percent reduction in breast cancer cells. In combination with iron, however, sweet wormwood almost completely eliminates cancer.

The artemisinin derivative has been used in the past as a potent antimalarial agent. It is now clear that this drug is also effective against cancer. When iron was added to the study, it helped to accumulate the substance in breast tissue, especially in cancer-infected cells. Artemisinin selectively attacked the "bad" cells and left the rest intact.

Breast cancer
Breast cancer

Breast cancer is a huge health problem. It has significant societal and social consequences for women around the world. Breast cancer is the most common in women around the world and in Bulgaria and is the second leading cause of death.

Days after the discovery, the world market literally bought up the stocks of artemisinin. Its production is expected to increase to 50 to 60 tons per year.

The treatment of breast cancer has so far been surgical, chemotherapy, radiation, and hormone therapy.

However, each of them costs the undergoing definite and irreparable interference in the processes of the organism. The discovery could set a precedent in the treatment of breast cancer and prevent such damage.

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