传统针法烧山火、透天凉对阳虚、热证模型家兔血清GC、ACTH含量的影响

目的：在针灸理论指导下，比较研究传统补泻手法“烧山火”、“透天凉”对阳虚、热证模型家兔血清糖皮质激素（GC）、促肾上腺皮质激素（ACTH）含量的影响，以期为其临床应用提供科学实验依据。方法：日本大耳白兔42只，随机分为空白对照组（A组）、阳虚模型组（B组）、阳虚烧山火组（C组）、阳虚透天凉组（D组）、热证模型组（E组）、热证烧山火组（F组）、热证透天凉组（G组）。分别采用传统补泻手法“烧山火”、“透天凉”交叉治疗，用ELISA法检测血清GC、ACTH含量。结果：两种手法均可升高阳虚模型家兔血清GC含量（P〈0．01，P〈0．05）和ACTH含量（P〈0．01，P〈0．05），且“烧山火”有优于“透天凉”的趋势（P〉0．05）；均可降低实热模型家兔血清Gc含量（P〈0．05，P〈0．01）并升高ACTH含量（P〈0．05），且“透天凉”有优于“烧山火”的趋势（P〉0．05）。结论：传统补泻手法“烧山火”、“透天凉”对阳虚证、实热证模型家兔确有治疗效果，其效应上存在一定差异，治疗阳虚证“烧山火”优于“透天凉”，治疗实热证“透天凉”优于“烧山火”，故临床应用时仍建议辨证论治的选用补泻手法。

Effects of Traditional Techniques of Needling of Shaeshanhuo and Toutianliang on the Influence of GC and ATCH of in the Defidency and Excess Modal Rabbit

Objectives： Under the guidance of the theory of acupuncture, comparative study of the influence of GC and ATCH between the traditional reinforcing-reducing Techniques of Needling of Shaeshanhuo and Toutianliang on deficiency and excess syndrome.Methods： 42 healthy Japanese rabbits were randomly divided into the control group, Yang deficiency model group, Shaoehanhuo treatment for Yang deficiency group, Toutianliang treatment for Yang deficiency group, excess-heat model group, Shaeshanhuo treatment for Yang deficiency group, excess-heat model gwup, Shaeshanhuo treatment for excess-beat group, Toutianliang treatment for excess-heat group.By using Techniques of Needling of Shaeshanhuo and Toutianliang cress-treatment of Yang deficiency and excess-heat syndrome.Detect ACTH and GC content in the serum by enzyme-linked immunesorbent assay （ELISA） . Results： Both manipulations can increase the GC （ P 〈 0.01, P 〈 0.05） and ACTH （ P 〈 0.01, P 〈 0.05） content in the serum of Yang deficiency model, with tendency of Shaoshanhuo is superior to Toufianliang （ P 〉 0.05 ） . Can lower the GC （ P 〈 0.05, P 〈 0.01 ）, increase the ACTH （ P 〈 0.05） content in the serum of excess-heat model, with tendency of Toutianliang is superior to Shaeshanhuo （P 〉 0.05） .Conclusions： Traditional Techniques of Needling of Shaoshanhuo and Toutianliang have therapeutic effects on Yang deficiency and excess-heat model, and there are some effective differences between them.For Yang deficiency model, Shaesharthuo is superior to Toutianliang, for excess-beat model, Toutianliang is superior to Shaoshanhuo.