吉林中医药2025，Vol.45Issue(5)：528-531,4.DOI:10.13463/j.cnki.jlzyy.2025.05.008
黄柏、苍术、威灵仙治疗湿热型高尿酸血症
Experience in the treatment of hyperuricemia with a damp-heat state using amur cork-tree,atractylodes rhizome and Chinese clematis root
摘要
Abstract
Modern people have long been fond of eating fatty and sweet foods with heavy flavors,resulting in a surplus of drinks and food essence,which accumulates in the body and forms grease turbidity,including sugar turbidity,lipid turbidity,uric acid turbidity,etc.Its pathological center lies in the gastrointestinal tract,leading to a dysfunction of transportation and transformation in the spleen and stomach,endogenous generation of phlegm-dampness,stagnation transforming into heat over time,forming a"damp-heat state".Amur cork-tree,atractylodes rhizome and Chinese clematis root are three herbs commonly used in a prescription by Tong Xiaolin in his clinical treatment of hyperuricemia with a damp-heat state.The combination of amur cork-tree and atractylodes rhizome in the formula means"Er Miao Pills",which can clear heat and dry dampness,improve the"damp-heat state",and have the effects of promoting uric acid excretion and reducing uric acid production.Chinese clematis root acts to dispel wind and dampness,to unblock meridians,and relieve arthralgia,used both as a target drug to alleviate joint pain and as a biochemical indicator target drug to reduce uric acid levels.The combination of the three herbs can not only adjust the"damp-heat state",but also target to lower uric acid,relieve joint pain,and regulate the state and targets simultaneously.The commonly used dosage of amur cork-tree is 9-18 g,atractylodes rhizome is 9-30 g,and Chinese clematis root is 15-45 g.In clinical practice,attention should be paid to their adverse reactions to ensure safety.关键词
黄柏/苍术/威灵仙/高尿酸血症/湿热态/仝小林Key words
amur cork-tree/atractylodes rhizome/Chinese clematis root/hyperuricemia/damp-heat state/Tong Xiaolin分类
中医学引用本文复制引用
张琪棋,林潼,王思成,张湘苑,金籽杉,胡诗宛,罗金丽..黄柏、苍术、威灵仙治疗湿热型高尿酸血症[J].吉林中医药,2025,45(5):528-531,4.基金项目
北京中医药大学壶天客座教授科研启动经费资助(2023-XJ-KYQD-006) （2023-XJ-KYQD-006）
