PWV

Methods Automatic pulse wave velocity ( PWV) measurement system and two dimensional echocardiography were applied to examine carotid femoral PWV and left ventricular structure respectively.

方法分别应用脉搏波传导速度自动测量系统和超声心动图对颈动脉股动脉脉搏波传导速度（pulse wave velocity，PWV）和左室结构进行观察。

PWV increase reflect the decrease of blood vessel expansion.

脉搏传导速度加快，反映血管膨胀性减退或血管僵硬度增加。

PWV highly correlates with the artery blood pressure.

脉搏波速度与动脉血压之间具有很大的相关性.

Study on PWV of medium and small arteries of CHD and hypertension

冠心病、高血压中小动脉脉搏波传播速度的研究

Both PWV and ABI screening help give a clearer picture of overall arteriosclerosis health.

透过计算PWV,了解血管的硬化程度,另计算ABI读数,了解血管的阻塞程度.

Conclusions High C-F PWV is an independent predictor for the presence and severity of CAD.

结论C-F PWV是一个判断冠心病存在及其严重程度的独立预测指标。

C-RPWV correlated with age, SBP, DBP, waistline, BG, TG, VLDL, ET, NO, HOMA-IR.

CRPWV 与年龄 、 腰围 、 SBP 、 DBP 、 TG 、 VLDL 、 BG 、 ET 、 NO 、 HOMAIR相关.

Study on the relation of water vapor pressure and PWV over GPS station

GPS站水汽压与可降水分关系的探讨

Conclusion: PWV positively correlated with number of vessel of coronary disease, and is the independent prognosis factor for the severity of coronary artery disease.

结论：脉搏波传导速度与冠状动脉病变支数呈正相关，可作为冠状动脉病变严重程度的预测因子。