Prof. Tai extracts natural molecules from cedar trees to reduce liver viral activity

Ye Xiaofan, a professor at the Yangming University of Science and Technology in Taiwan, extracts natural molecules from Taiwan's cedar trees, which can reduce viral activity without causing drug resistance. He is expected to develop new drugs in the future.
According to reports from Taiwan media, the current global drug for the treatment of liver diseases has drug resistance problems. The medical community is constantly developing new ways to block the virus. Ye Xiaofan, a professor at Yangming University of Science and Technology, extracts natural ingredients from the heartwood of Taiwan's pine trees. In the cell culture and mouse experiments, this molecule can inhibit the gene expression of hepatitis B virus in human liver cancer cells, and at the same time suppress viral replication, reduce the production of viral core protein, and effectively reduce the viral protein from 100% to 20%. .
Ye Xiaofan further stated that this chemical component can already be prepared in the laboratory. It also has anti-inflammatory activity and is very promising to develop into a drug. This research result has also been applied to U.S. patents, and at the same time it has cooperated with Yale University. Confirming its anti-inflammatory and virus-suppressing effects, the research team also found safe doses at the same time. Once developed into drugs, it will be able to treat already resistant hepatitis B patients or become a new drug choice.

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