Exploration of research approaches of Chinese medicine's pharmacology based on "imprinting templates" (medical element) of supramolecules.
- Author:
Fu-yuan HE
;
Hong HE
;
Kai-wen DENG
;
Yi-qun ZHOU
;
Ji-lian SHI
;
Wen-long LIU
;
Yan-tao YANG
;
Yu TANG
- Publication Type:Journal Article
- MeSH:
Animals;
Drugs, Chinese Herbal;
chemistry;
pharmacology;
Humans;
Meridians;
Molecular Imprinting;
Qi
- From:
China Journal of Chinese Materia Medica
2015;40(21):4313-4318
- CountryChina
- Language:Chinese
-
Abstract:
The paper, based on the previous publication as special impact of Chinese medicine theories on supramolcular chemistry, aims to analyze the natural origination for the Chinese medicine and to explain the special impact of "Qi chromatography" reaction on "imprinting templates" in supramolcular host of human being with Chinese medicine, in order to reveal the CM's properties of "medical element" with "imprinting templates" autonomisation generally took place in natural supramolecules, and also to discover that the CM's pharmacology are satisfied with its own approaches different form western pharmacology. It was decided, for CM's pharmacology guided by CM's theories, to "Qi chromatography" relations between the CM's ingredient groups and the meridian zang-fu viscera. The supramolcular chemistry played an all-through role in procession of making macro-regularities and special presentation on behavior of "Qi chromatography" impulse owning to the matching action of all kinds of ingredients on the meridian zang-fu viscera with similar "imprinting templates". The CM's pharmacology were guided by CM's theories, owing to its interpretation of supramolecular chemistry. The pharmacology was achieved to construct up completely on base of classical chemical single molecular bonds whereas the CM's pharmacology be configured to big building by way of "imprinting templates" as multi-weak bonds among "supramolecular society". CM's pharmacology was supramolcular pharmacology dealt with "molecular society" on the base of western pharmacology, and employed to double research approaches both math-physical quantitative representation on macroscope and qualitative analyses in microscope.
