基于“火郁发之”理论分期辨治不明原因发热
席玲泽 , 谢虹亭 , 宗铭桐 , 陈美池 , 薛鹏 , 朱世杰
长春中医药大学学报 ›› 2026, Vol. 42 ›› Issue (02) : 139 -142.
基于“火郁发之”理论分期辨治不明原因发热
Stage treatment based on syndrome differentiation of fever of unknown origin based on the theory of Huo Yu Fa Zhi
“火郁发之”理论源自《素问·六元正纪大论》,可因势利导消除体内火郁之患,透发体表火郁之热,故常用于临床辨治发热类疾病。不明原因发热(FUO)常因致热源不明而多采取抗炎、退热等经验性治疗,热势反复,热程迁延。基于“火郁发之”理论认为“火郁”是不明原因发热关键病机,强调分期辨治:健脾助运祛初期火郁之始,调气祛湿解中期火郁之核,祛痰化瘀降极期火郁之势,顾护阴血清后期火郁之余,大辛石膏发诸时火郁之热。
The "Huo Yu Fa Zhi" theory was first proposed in "Su Wen · Liu Yuan Zheng Ji Da Lun", aiming to eliminate internal fire depression by following its natural tendency and to dissipate superficial fire depression heat. Therefore, it is often used to guide treatment based on syndrome differentiation of fever-related diseases. In clinical practice, fever of unknown origin (FUO) is often empirically treated with anti-inflammatory and antipyretic measures due to unknown pyrogenic sources, yet the fever is recurrent and the course of fever is prolonged. Based on the above theory, the key pathogenesis of FUO is summarized as "fire depression", and stage treatment based on syndrome differentiation is emphasized, namely strengthening the spleen and assisting transportation to dispel the beginning of fire depression in the early stage, regulating qi and dispelling dampness to resolve the core of fire depression in the middle stage, dispelling phlegm and resolving blood stasis to lower the momentum of fire depression in the extreme stage, caring for the yin and blood and clearing up the remaining fire depression in the late stage, and Daxin gypsum generates the heat of fire depression at various times, in order to provide new ideas for clinical stage treatment based on syndrome differentiation of FUO.
| [1] |
张文宏,李太生.发热待查诊治专家共识[J].上海医学,2018,41(7):385-400. |
| [2] |
|
| [3] |
|
| [4] |
|
| [5] |
乐娜,姜砚馨,余淑惠, |
| [6] |
马艳春,胡建辉,段莹, |
| [7] |
李茜,李欣.红景天苷抗炎机制研究进展[J].中兽医学杂志,2022(1):95-96. |
| [8] |
付杨.太子参多糖口服液对脾虚大鼠肠道功能的影响[D].重庆:西南大学,2021. |
| [9] |
黄懿,吴锦琳,李书成, |
| [10] |
谢虹亭,谢飞宇,龙思丹, |
| [11] |
陈怀远,张丽,张珊珊, |
| [12] |
胡小勤,陶美霖,曾雪霞, |
| [13] |
韩晓春,季旭明,张亚楠, |
| [14] |
|
| [15] |
胡立宏,房士明,刘虹, |
| [16] |
周凡星,童明慧,刘娟, |
| [17] |
林笑颖,余怡然,刘秋萍, |
| [18] |
|
| [19] |
廖彭莹,张天丰,邓纭宁, |
| [20] |
皮雯敏,韩娜娜,袁枝花, |
| [21] |
李婷,袁慧敏,宋丹萍, |
国家自然科学基金面上项目(81973640)
国家科技重大专项项目(2023D0502702)
/
| 〈 |
|
〉 |