现代中医临床2024，Vol.31Issue(1)：73-76,4.DOI:10.3969/j.issn.2095-6606.2024.01.014
基于象思维从"虫"论治小儿过敏性疾病
Treatment of pediatric allergic diseases using image thinking through the lens of the chong theory
摘要
Abstract
Image thinking,or analogical thinking,constitutes a fundamental cognitive approach in the theoretical framework of traditional Chinese medicine.In clinical practice,we utilize this thinking mode to identify diseases.We have observed that the characteristics of allergic diseases such as allergic rhinitis,allergic cough,bronchial asthma,and eczema resemble the pattern of chong(worm),which exhibits traits of intermittent onset,recurring episodes,dynamic fluctuations,variability in symptoms.By identifying the distinct chong-like features through diverse symptom manifestations,we attempt a therapeutic approach based on the chong theory:attributing the origin of allergic diseases to the generation of worm by dampness and heat and the infiltration of dormant chong within the body,constituting the perennial root of allergic diseases.Moreover,the increased activity of chong induced by external wind disrupts the movement of qi,which is the main pathogenesis of such conditions.Employing Wumei Pill(Mume Pill)based on the chong theory has yielded notable therapeutic efficacy.In this paper,the etiology,pathogenesis and treatment method,and specific herbal remedies for children's allergic diseases through the lens of the chong theory are systematically expounded via image thinking.Additionally,illustrative cases are presented to provide novel treatment perspectives and guidelines for managing common allergic diseases in pediatric clinical settings.关键词
蛔象/象思维/乌梅丸/过敏性鼻炎/过敏性咳嗽/支气管哮喘/湿疹Key words
image of roundworm/image thinking/Wumei Pill/allergic rhinitis/allergic cough/bronchial asthma/eczema分类
医药卫生引用本文复制引用
张宏贤,曾怡瑄,李炜,郭简宁,郭璠,陈倩,张晶晶,崔霞..基于象思维从"虫"论治小儿过敏性疾病[J].现代中医临床,2024,31(1):73-76,4.基金项目
北京市自然科学基金项目(No.7232282) （No.7232282）
国家中医药管理局第四批全国中医优秀人才研修项目(No.201724) （No.201724）
北京中医药大学第三附属医院横向课题(No.HXGSHT-BZYSY-2023-014) （No.HXGSHT-BZYSY-2023-014）
