基于“中药作用机理辅助解析系统”的杜仲抗高血压作用机制研究

Study on mechanism for anti-hypertension efficacy of Eucommiae Cortex through assistant analysis systems for acting mechanisms of traditional Chinese medicine

阐释杜仲治疗高血压的作用机制,为杜仲的进一步研究和开发提供依据。该文利用"中药作用机理辅助解析系统"从分子水平上分析杜仲化学成分与疾病靶点蛋白的相互作用关系,构建出杜仲抗高血压的生物网络,共包含602个节点,2 354条边。通过对网络分析得到杜仲治疗高血压的3条作用途径,即通过抑制血管重塑改善高血压恶化病情、降低与原发性高血压发病有关的多态性遗传基因的活性、抑制碳酸酐酶维持机体渗透压的途径实现抗高血压的作用。

Elucidate the mechanism of Eucommiae Cortex in treatment of hypertension, to provide the basis for further research and development of Eucommiae Cortex. Our study using the entity grammar systems inference rules to analyse the interactions of chemical constituents of Eucommiae Cortex and disease target proteins at the molecular level, and got a biological network of Eucommiae Cortex anti-hypertension which inciude 602 nodes and 2 354 edges. We got 3 treatment of hypertension pathways of Eucommiae Cortex by ana- lyzing biological network, that is, by inhibition of vascular remodeling to improve the deterioration of hypertension, reduce activity of polymorphism genetic genes related to essential hypertension, inhibition of carbonic anhydrase 1 to maintain the osmotic pressure, Eucommiae Cortex play the role of anti-hypertension.