期刊论文

Solving major scientific and engineering problems of TCM based on supramolecular "qi chromatography" theory of TCM

He, F.-Y.

中文

中草药

0253-2670

2020

51

20

5381-5388

10.7501/j.issn.0253-2670.2020.20.032

国家自然科学基金资助项目(81573691,81874507) 湖南省教育厅创新平台开放基金项目(18K071) 长沙市科技计划项目(kq1907137)。

本校为第一且通讯机构

基于中医药理论现代化研究的现状和发展趋势,结合当前亟需解决的3项重大前沿科学问题和3项重大工程技术难题,辨中医药现代化问题之症结,明中医药现代化难题破解之必由途径,阐述中医药超分子"气析"理论对其破解的决定性作用。置人体与中药于自然界生物演化的历史长河之中,运用超分子化学解析生命进化轨迹,溯中医药理论产生之源。在漫长的生物进化过程中,自然界的各类分子遵循超分子化学规律,按"印迹模板"逐级形成超分子体,由简单到复杂,由无生命的无机络合物再到有生命的酶系统,由简单的单分子到复杂的超分子机器,无不打上超分子化学的烙印。在由逐级超分子体构成生物体链条中,生物超分子化学作用...

Based on the current situation and development trend of the modernization of traditional Chinese medicine (TCM) theory, combined with three major frontier scientific problems and three major engineering and technical problems needed to be solved, the crux of the modernization problem of TCM was identified, the way to solve the modernization problem of TCM was put forward, and the decisive role of supramolecular "qi chromatography" theory of TCM in cracking these problems was elaborated. The human body and Chinese materia medica are observed cle...