Friday, April 16

Possible Cancer Treatment Related To Ancient Chinese Folk Medicine 2021

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The UVTech Transfer Office has signed a licensing agreement with Chinese company Hockley Pharmaceuticals, its US subsidiary, Licensing Handle Holdings.

Campus, all biochemistry departments of the Department of Chemistry and Tomikaz Saski’s Department of AV, developed by scientists Henry Lai and Narendra Singh, use a substance known as artemisinin, which is found in vertical wood plants. Is and is used all over Asia. Time to treat malaria.

Officials say that although the compounds are promising, potential medical applications are still far away.

“We are very excited about the discovery of UW and the opportunity to develop artemisinin-based cancer drugs,” said Holley’s chief scientist. “The technology is exciting, but it’s in the early stages. More research and clinical trials are needed.”

Officials say the company, based in Chiang Qing, China, has been in the artemisinin business for more than 30 years, and is a global leader in plants, drainage and manufacturers of anti-malarial drugs based on carmine, grains and artemisinin.

Lai said he was interested in artemisinin 10 years ago. Chemical control helps militia because it reacts with the high iron concentration found in single cell malaria parasites. When artemisinin comes in contact with iron, an indicator of a chemical reaction, nuclear chemists are accused that chemists call “free mindset”. Free-ray cells attack the membrane and other molecules, trying to break it down and kill the parasite.

Lee said he wondered if the procedure could also work with cancer.

“When cancer cells need too much iron to separate DNA, they divide,” Lai explained. “As a result, cancer cells have a higher concentration of iron than normal cells. When we began to understand what artemisinin did, I wondered if we would be able to target these cancer cells.” Can use this knowledge for. “

Perhaps the most promising of the licensed methods involves the use of transfers, on which researchers are bound to the level of contamination with artemisinin. Transferean is a protein ranging from iron found in the blood, and is transmitted to cells through transferase receptors at the cell level.

Iron-starved cancer cells are generally more transferable receptors than normal cells, which allows them to carry more of the protein, from iron. Accordingly, according to Lai, it seems that this compound is very effective.

“We call it the Trojan Horse because it recognizes the transfer of a cancer cell as a natural, harmful protein and picks up the tagged compound without knowing that the bomb – Artesian – is hidden.”

Once inside the cancer cell, iron is released and reacts with artemisinin. Its compound is highly toxic and, therefore, highly selective due to its strong need for iron. Around it, healthy cells are essentially hopeless.

“Our research in the laboratory shows that artemisinin tag transmission was 34,000 times more efficient in selecting and killing cancer cells than normal cells,” Lee said. “Artesican alone is 100 times more effective, so we’ve greatly increased the selective capacity.”

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