vascular aging

Certain dose of DHEA was able to delay the occurrence and progression of above changes partially achieved by antioxidation , which suggests DHEA is probably an effective prescription in delaying the formation of vascular aging .

一定浓度的DHEA能延缓上述过程的发生与发展，这些作用至少部分是通过抗氧化作用达到的，提示DHEA可能是延缓血管衰老的一种有效物质。

Significance ; delay vascular aging , the development of prevention and treatment of hyperuricemia and its associated cardio-cerebral vascular diseases ; 4.The treatment of Discharging-Turbidity-and-Dredging-Stasis formula in elderly HUA vascular endothelial injury is safe and effective .

对延缓血管衰老、防治高尿酸血症及其相关的心脑血管疾病的发生发展有重要的意义；4、泄浊通瘀方治疗老年HUA血管内皮损伤是安全有效的。

Conclusions Vascular aging has its specific structure and function changes ;

结论衰老血管有其特征性结构和功能改变；

Study on the relationship between angiotensin ⅱ and NADPH oxidase and vascular aging

血管紧张素Ⅱ和NADPH氧化酶与血管衰老的相关性研究

Endothelial cell senescence is an important cause for endothelial dysfunction , and contributes to vascular aging .

内皮细胞衰老是引起功能失常的一个重要原因，而且参与了血管老化过程。

Conclusions : The multiparameter assessment of carotid ultrasonography might contribute to a better understanding of vascular aging .

结论：颈动脉超声多参数评估有助于更好的理解血管增龄。

Objective To explore the role of angiotensin ( Ang ) ⅱ and NADPH oxidase in vascular aging and its action mechanism .

目的探讨血管紧张素Ⅱ（AngⅡ）和NADPH氧化酶在血管衰老中的地位及作用机理。

Dehydroepiandrosterone is able to reduce the age related changes of nitric oxide signal pathways in rat artery , and retard the progression of vascular aging .

DHEA能改善大鼠动脉因增龄引起NO信号途径的变化，延缓血管老化的进展。

Experimental research on telmisartan inhabiting vascular endothelial cell aging

替米沙坦对血管内皮细胞衰老干预作用的实验研究

Study on change in expression level of calcium-activated potassium channel gene in human vascular smooth muscle during aging

人体血管平滑肌钙激活钾通道基因表达的老年性变化

Our current study tries to investigate the pathophysiological facts underlying the vascular complications associated with aging by observing the effects of AGE on the proliferation activity and the morphological changes of F-actin in human umbilical vein endothelial cell ( HUVEC ) .

本研究试图通过观察AGE对人脐静脉内皮细胞（Humanumbilicalveinendothelialcell，HUVEC）的增殖活力和F-actin的形态学影响，探讨AGE导致衰老相关血管并发症的病理生理学基础。