Analysis The Doctrine Of Wenbing Tiaobian

Qing Dynasty Warm diseases doctor Wu-Jutong wrote Wenbing Tiaobian,which was one of the important classics of Warm diseases. This book mainly to Yellow Emperor theory, learn the effective experience of famous traditional chinese medicine doctors, and then developed a unique academic system, named Sanjiao syndrome,which was widely used in Warm Disease.Wenbing Tiaobian is sdystematically discussed Sanjiao syndrome from different angles. Doctrine is a traditional Chinese medicine theory,which is founded by the ancient chinese people.In the long-term production and life,ancient chinese people continually observing natural phenomena,and recording the influence of climate change on human body,and then to explore the relationship of diseases occurrence with climate change.Doctrine regard people as one of natural things,various life activities is closely related to the nature,the popularity of pathogenic factors and the occurrence of diseases is also associated with the exception of environmental climate. Doctrine is based on the five elements of Mu,Huo,Tu,Jin,Shui and Liu Yin, Feng,Han,Shu,Shi,Zao,Huo. Using them properly,can predict the occurrence of diseases,guide treatment and tradition Chinese medicine prescription.Wu-JuTong has had a huge impact of Yellow Emperor. Wenbing Tiaobian suggests that warm disease occurred very close relationship with climate change.Wu-Jutong extensive used Doctrine in Warm Disease,by counted,Doctrine was totally used 28 times in Wenbing Tiaobian,including predict disease occurs 9,guide prescription medicine 7, explaining the cause of diseases 3,analysis the pathogenesis 9.Using the theory of Yellow Emperor to analyse Doctrine that is used in Wenbing Tiaobian and the methods of Wu-Jutong adipted, the results show doctrine can be widely used in many aspects of warm disease,such as interpretation of pathogenesis, predict diseases.And the methods of Doctrine based on the characteristics of environment and climate change to predict diseases have a certain reference value.