摘要
目前对Ⅱ型心肾综合征(cardiorenal syndrome,CRS)病机认识尚不统一,主要有心肾不交、心肾阳虚和血不利为水3种,这些观点从不同层面反映了疾病发展阶段的病理特征。Ⅱ型CRS是心病及肾、心肾同病的状态,其发展多呈慢性经过,每一阶段有其不同的病理特点,分析其动态变化,探讨其病机演变规律,对开展疾病早期防治具有重要意义。本文基于文献研究和临床观察,提出Ⅱ型CRS病机演变规律主要经历4个阶段,即早期为心气不足、初期为阴虚火旺、中期为血瘀水停、后期为阳虚水泛,以期更有效指导临床辨证施治,减少疾病发生,延缓病情进展。
The understanding of TCM pathogenesis of typeⅡcardiorenal syndrome(TⅡCRS)is still not uniform at present.It mainly includes three viewpoints:disharmony between heart and kidney,yang deficiency of heart and kidney,and the unfavorable blood transform into water,which reflect the pathological features of the disease at different stages from different aspects.TⅡCRS is the stage of heart disease affecting kidney,and the condition of simultaneous occurrence of both heart and kidney disease.Besides,the development of TⅡCRS is usually chronic and each stage has different pathological features.Furthermore,to analyze its dynamic changes and explore its evolution mechanism will be of great significance for carrying out early disease prevention and treatment.Based on the literature studies and clinical observations,this article proposed that the evolution of TCM pathogenesis of TⅡCRS mainly has four stages:deficiency of heart qi syndrome at stage 1,hyperactivity of fire due to yin deficiency syndrome at stage 2,blood stasis and water diffusion syndrome at stage 3 and water overflowing due to yang deficiency syndrome at the last stage,with the purpose to guide clinical syndrome differentiation in clinic,reduce the incidence of the disease and delay the progression of the disease.
作者
吴华芹
张并璇
赵畅
杨阳柳林
宋庆桥
WU Huaqin;ZHANG Bingxuan;ZHAO Chang;YANG Yangliulin;SONG Qingqiao(Guang'anmen Hospital Affiliated to China Academy of Chinese Medical Sciences,Beijing 100053,China;Beijing Daxing District Hospital of Integrated Chinese and Western Medicine,Beijing 100076,China)
出处
《中国中医药信息杂志》
CAS
CSCD
2019年第7期1-4,共4页
Chinese Journal of Information on Traditional Chinese Medicine
基金
国家自然科学基金(81573799)
中国中医科学院广安门医院所级课题(2014s287)
关键词
心肾综合征
心力衰竭
病机
cardiorenal syndrome
heart failure
pathogenesis