GAO Ai-ping, HUA Hao-ming. Research on Animal Models of Cold and Heat Syndrome Based on Corresponding of Formulas and Syndromes[J]. Chinese journal of experimental traditional medical formulae, 2012, 18(12): 313-316.
GAO Ai-ping, HUA Hao-ming. Research on Animal Models of Cold and Heat Syndrome Based on Corresponding of Formulas and Syndromes[J]. Chinese journal of experimental traditional medical formulae, 2012, 18(12): 313-316.DOI:
Collation and analysis of the research on animal models of cold and heat syndrome based on the corresponding of formulas and syndromes .Animal models of cold and heat syndrome
corresponding of formulas and syndromes as keywords.Retrieval the CNKI for nearly 20 years
find 229 literature
by-chapter reading
screening
sorting out and choosing.The adoption of the reference for 19..Animal models of cold and heat syndrome caused by formulas
using heat syndrome animal models to product the warm prescription
using cold syndrome animal models to product the cold prescription. The animal models of cold and heat syndrome caused by other means
stomach cold and heat syndrome animal model caused by the ice water
dried chili powder and so on
using the warm
cold prescription as Lizhong pill
Dahuang Huanglian Xiexin decoction to treat. Intestinal heat syndrome animal model treated by Dacheng Qi decoction
Damp-heat syndrome animal model treated by Modified Simiao Powder. The reports about animal models of cold and heat syndrome and the corresponding of formulas and syndromes are numerous
but it is necessary to be up to a more uniform understanding; we should find the specific observation of objective indicators to establish an accurate animal models of cold and heat
and research the corresponding of formulas and syndromes; in the observation and evaluation of the cold and heat syndrome
we should pay attention to physical factors; we also can try to establish animal models of cold and heat syndrome by given the formulas with cold or heat in nature
then treat with proof by contradiction of formulas with cold or heat in nature.