世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2013年
3期
482-488
,共7页
罗计%王耘%乔延江
囉計%王耘%喬延江
라계%왕운%교연강
实体语法系统%中药方剂%有效成分群
實體語法繫統%中藥方劑%有效成分群
실체어법계통%중약방제%유효성분군
Entity grammar systems%traditional Chinese medicine formula%effective component group
目的:阐明中药方剂的化学成分作用机理及其与治疗目标之间的关系,从多种成分中发现有效成分群性。方法:以中药方剂及其治疗的某一疾病为研究对象,以实体语法系统为理论框架,构建中药方剂有效成分群辨识的实体语法系统,推断其化学成分对疾病的作用,并以此确定治疗该疾病的有效成分群。结果:本文从治疗玉型糖尿病的方剂“白虎汤合消渴方”中识别出16个作用于玉型糖尿病网络中12个蛋白的化学成分,其中9个化学成分对玉型糖尿病的治疗具有积极的作用,可作为有效成分群的候选对象。结论:本法能够用于辨识中药方剂的有效成分群,揭示中药方剂的分子作用机制,并为中药方剂的有效成分研究提供一条新途径。
目的:闡明中藥方劑的化學成分作用機理及其與治療目標之間的關繫,從多種成分中髮現有效成分群性。方法:以中藥方劑及其治療的某一疾病為研究對象,以實體語法繫統為理論框架,構建中藥方劑有效成分群辨識的實體語法繫統,推斷其化學成分對疾病的作用,併以此確定治療該疾病的有效成分群。結果:本文從治療玉型糖尿病的方劑“白虎湯閤消渴方”中識彆齣16箇作用于玉型糖尿病網絡中12箇蛋白的化學成分,其中9箇化學成分對玉型糖尿病的治療具有積極的作用,可作為有效成分群的候選對象。結論:本法能夠用于辨識中藥方劑的有效成分群,揭示中藥方劑的分子作用機製,併為中藥方劑的有效成分研究提供一條新途徑。
목적:천명중약방제적화학성분작용궤리급기여치료목표지간적관계,종다충성분중발현유효성분군성。방법:이중약방제급기치료적모일질병위연구대상,이실체어법계통위이론광가,구건중약방제유효성분군변식적실체어법계통,추단기화학성분대질병적작용,병이차학정치료해질병적유효성분군。결과:본문종치료옥형당뇨병적방제“백호탕합소갈방”중식별출16개작용우옥형당뇨병망락중12개단백적화학성분,기중9개화학성분대옥형당뇨병적치료구유적겁적작용,가작위유효성분군적후선대상。결론:본법능구용우변식중약방제적유효성분군,게시중약방제적분자작용궤제,병위중약방제적유효성분연구제공일조신도경。
This study was aimed to explain the relationship between chemical component and therapy objective and to identify effective component group (ECG). The objective of this study is to build a new method to identify the ECG. Traditional Chinese medicine (TCM) formula and one of its treated diseases were selected as the re-search object. The entity grammar systems (EGS) were used as the theoretical framework. A grammatical method for ECG identification was constructed. The component-disease relationship was inferred and the ECG was identi-fied with these inference results. In this paper, 16 compounds which act to 12 proteins in Type 1 diabetes melli-tus (T1D) disease network were identified from "Bai-Hu Tang plus Xiao-Ke Fang" and 9 chemical compounds were determined as the candidate effective components group. The results indicated that this method can be used to identify ECG and provide a new way to elucidate the molecular mechanism of TCM formula.