方剂图论和拓扑学:方剂结构的化学图论和分子拓扑学原理及其研究方法(续)  

Fangji graph theory and topology:the chemical graph theory and molecular topology principle and research methods on Fangji structure

作　　者：冯前进 刘润兰 

出　　处：《山西中医学院学报》2014年第1期F0002-F0002,78,共2页Journal of Shanxi College of Traditional Chinese Medicine

摘　　要：推论23：在经典方剂学中，方剂的一个重要特征就是可以基于基本方随证加减变化而形成经方的类方和极其多样化的加减方，因此，在许多情况下需要对这些方剂结构进行比较。No unified theory has been set up yet though a lot of theories on senility have been put forward to in the past researches. New theory of senility period network of light-MT biosignal transduction(PNLMBT) was put forward to and explained for the first time in this article based on TCM theory of correspondence between man and universe senility, and other senility theories, together with the study of period network of light and biosignal transduction. PNLMBT activated by and resonating with the sun photoperiod signal exists on different levels of the body. The course and state of the interactive nonlinear kinetics in the network are the reason and mechanism of unnatural senility. This theory does not only unify the other life unnatural senility theories, and make a good explanation for it, but also offers new way of thinking for slowing aging. The“adjusting”effect of Qirong Yijing granule on light and melatonin biosignal transduction period was observed in this experiment on the basis of this theory. The experimental result has offered the preliminary experimental proof for PNLMBT theory, and the further research direction for selecting biological active material.

关 键 词：方剂学 拓扑学 结构 图论 分子 化学 随证加减 加减方 

分 类 号：R289[医药卫生—方剂学]