In May this year, Korean scientists claimed that the extract of Banlangen leaves can be used to delay cell aging, and the related paper was published in the journal Nutrients. The Jieun Woo team from the BioSpectra Institute for Life Sciences in South Korea collected 2.46kg of dried Isatis indigotica leaves, which were extracted with 40 liters of 70% ethanol at 80 ℃ for 3 hours. The extract was filtered with filter paper and the alcohol was removed using a vacuum evaporator. Finally, a total of 0.672 kg of dark brown Isatis indigotica dry leaf extract powder was obtained. The experimental team evaluated the efficacy of aging dermal fibroblasts cultured in vitro. The researchers first used staining solution to label the degree of cell aging, and processed it with the dissolved extract of Isatis indigotica leaves. After 72 hours, 40.7% of stained senescent cells in the extract of woad leaves were eliminated. This experiment further confirms that the extract of Isatis indigotica leaves can promote MAPK and I in cells κ B and NF- κ The activation of the B pathway reduces the production of cellular aging markers and suppresses inflammatory responses. Will "Banlangen" be the next "sweet cake" for anti-aging? According to the analysis of the Time School of Fudan University's science popularization team, there are many problems in the current promotion of the popularization of traditional Chinese medicine. According to the modern medical system, there may be difficulties in the ancient practice of traditional Chinese medicine, such as unclear differentiation of symptoms, unclear contraindications, and unclear adverse reactions. However, in recent years, China has made targeted solutions to the difficulties related to traditional Chinese medicine. A South Korean research team has found that the extract of Banlangen leaves can reverse cell aging, which may open up greater value and market for the application of Banlangen and even traditional Chinese medicine. After all, "resisting the passage of time" has always been considered the next "gold rush". It occupies a very large territory in the biotechnology industry and even in commercial investment. Previously, Professor Sinclair of Laboratory Genetics at Harvard University discovered through mammalian experiments that endogenous substances in the human body, such as Sailor, can activate cell viability, prolonging the survival time of the experimental group by over 28%. This research has brought him hundreds of millions of market dividends. And these substances, which are widely present in broccoli and avocado, instantly became popular in the field of biological anti-aging studies.
Cindy Lee
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Post time: Feb-08-2024