1·The brachial artery runs from the shoulder to the elbow.
肱动脉走行从肩部到肘部。
2·Only the superior ulnar collateral artery and the deep brachial artery arose from a common stem.
尺侧上副动脉和肱深动脉的共干是仅有的一种形式。
3·Objective to explore the impact of Hyperlipoidemia on time to peak of the brachial artery diameter.
目的探讨高脂血症对肱动脉内径达峰时间的影响。
4·Brachial artery flow-mediated dilation increased with treatment. No differences between medications were observed.
肱动脉血流介导的扩张随着治疗而增加，两种药物之间没有差异。
5·Results as to the major limb artery such as femoral artery, axilla artery and brachial artery, the patency rate was 100%.
结果较大肢体血管如股动脉、腋动脉和肱动脉的血管通畅率为10 0 %。
6·Researchers used high-resolution ultrasound to measure carotid and aortic arterial wall thickness and brachial artery FMD.
研究者使用高分辨率超声测量颈动脉和主动脉壁厚度以及肱动脉血流调控舒张功能。
7·The researchers measured brachial artery flow-mediated dilation in each participant at baseline and 8 weeks after CPAP therapy.
研究者以每个参与者肱动脉流量介导的舒张值作为基线，并在CPAP治疗8周后进行了同样的测定。
8·The reactive congestion and nitroglycerin_induced dilation of the brachial artery were assayed with high_resolution ultrasound.
采用高分辨率超声检测反应性充血和硝酸甘油介导的肱动脉舒张功能。
9·Conclusion: blood pressure values from the radial artery can completely replace blood pressure values from the brachial artery.
结论：采用儿童的桡动脉血压测量可以取代肱动脉血压测量。
10·ConclusionThe physiological conditions, high blood pressure in patients with brachial artery SBP can not represent the aortic SBP.
结论生理状态下，高血压患者肱动脉收缩压不能代表主动脉收缩压；