medicine for cancer

Abstract

The invention relates to a medicament, namely a medicament for treating cancer, also relates to a compound with the actions of inhibiting and killing cancer cells and also relates to a Mongolian medicine extract with the anticancer effect. The medicament is characterized in that the medicament is a monocyclic sesquiterpene compound, the monocyclic sesquiterpene compound is an isomer of C15H22O2, C15H22O, C15H24 or C15H22O2 and is an extract of leayjerleaf cloves, serving as a Mongolian medicine. The medicament has the beneficial effects that the medicament is exact in effect of treating the cancer as having obvious actions of inhibiting and killing various cancer cells and is small in side effect to a human body without pains in the medication process; particularly, the compound can be extracted from the leayjerleaf cloves, serving as a Mongolian medicine, is easy in raw material acquisition, simple and convenient in method and low in cost, is capable of hopefully and remarkably lowering the curative cost and has the important significance of reliving pains of a patient with the cancer, increasing the health level of people and improving the life quality of the people.

Description

technical field [0001] The invention relates to a class of medicines, that is, a class of drugs for treating cancer, a class of compounds capable of inhibiting and killing cancer cells, and a Mongolian medicine extract with anti-cancer effects. Background technique [0002] Cancer is a disease with a high mortality rate at present, and the treatment methods are mainly drug therapy and surgical treatment, and drug therapy is mainly chemotherapy and radiotherapy drugs. Because the side effects of chemotherapy and radiotherapy are relatively large, and patients suffer more, people hope to use some non-radiotherapy and chemotherapy drugs that can inhibit or even disinfect cancer cells, but have less side effects on the human body and less pain for patients. Through years of development, a variety of non-radiotherapy and chemotherapy anticancer drugs have been put on the market. However, the above-mentioned drugs are mostly made of rare raw materials and high-tech means, which a...

AI Technical Summary

Problems solved by technology

However, the existing research results show that although terpenoids cover a wide range and variety, there are very few terpenoids with anti-tumor effects.

So far, only the sesquiterpene lactones of the sesquiterpenoids, genkwa ester A and ester B of the diterpenoids, and paclitaxel of Taxus chinensis have been proved to have anti-tumor activity, and no other terpenoids have been found to have anti-tumor effects report

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