山西中医药大学学报2026，Vol.27Issue(3)：293-297,5.DOI:10.19763/j.cnki.2096-7403.2026.03.09
基于温阳祛湿探究苓桂术甘汤与艾灸的免疫应答效应分析
Analysis of the immune response effects of Linggui Zhugan Tang and moxibustion based on the principle of warming Yang to dispel dampness
摘要
Abstract
Dampness is a Yin pathogen characterized by its viscous and sticky nature,which easily obstructs Qi move-ment and damages Yang Qi.Therefore,the method of warming Yang is required to transform Qi and dispel dampness.Both Linggui Zhugan Tang(Poria,Cinnamon Twig,White Atractylodes,and Licorice Decoction)and moxibustion possess this effect.Originating from Zhang Zhongjing's Jingui Yaolue(Essentials from the Golden Cabinet),Linggui Zhugan Tang has been regarded as the premier formula for dispelling dampness throughout history.Its four ingredients—Fuling,Guizhi,Bai-zhu,and Gancao—are precisely combined to warm,transform,seep,and drain dampness and retained fluid.Moxibustion,acting through thermal stimulation,infrared radiation,and the effects of moxa smoke,functions to warm and supplement Yang Qi,dispel cold,and remove dampness.Both modalities can support healthy Qi and eliminate pathogenic factors,thereby enhancing the body's immune function.Moxibustion can not only warm Yang and support healthy Qi,improving the transportation,transformation,and absorption of the decoction,but also replenish Yang Qi consumed during the metabolism of the medicinal decoction.The combination of moxibustion and Linggui Zhugan Tang yields a synergistic effect,further regulating the immune response.This study analyzes the immunomodulatory effects of the synergistic interaction between Linggui Zhugan Tang and moxibustion based on the principle of warming Yang to dispel dampness.关键词
温阳祛湿/苓桂术甘汤/艾灸/免疫应答Key words
warming Yang to dispel dampness/Linggui Zhugan Tang/moxibustion/immune respon分类
医药卫生引用本文复制引用
秦倩,田岳凤,马明亮,兰沛东..基于温阳祛湿探究苓桂术甘汤与艾灸的免疫应答效应分析[J].山西中医药大学学报,2026,27(3):293-297,5.基金项目
国家自然科学基金项目(82174504) （82174504）
山西省中医药管理局项目(2022ZYYC092) （2022ZYYC092）
山西中医药大学"临床科研平台建设"项目(2021PY-PT-02) （2021PY-PT-02）
