(1) The locations were brachial artery in 1 case and femoral artery in 16 cases.

(2) Brachial artery flow - mediated dilation increased with treatment . No differences between medications were observed.

(3) Results The increased percentage of the brachial artery diameter and blood flow velocity at hyperemic condition was lower in patients with CHD than that in normal controls.

(4) Brachial artery diameter and blood flow velocity were measured with the Doppler ultrasound at basal and at hyperemic condition respectively.

(5) The left ulnar artery originated from the brachial artery at the height of the left inferior angle of the left scapula and passed medially to the brachial artery and the median nerve.

(6) The brachial artery runs from the shoulder to the elbow.

(7) FMD and brachial artery diameter may have similar predictive values for cardiovascular events in older adults.

(8) B mode ultrasonography was used to detect brachial artery cross sectional compliance(CSC). Volumic distensibility(VD). Csc and VD were parameter to reflect artery buffering function.

(9) Researchers used high - resolution ultrasound to measure carotid and aortic arterial wall thickness and brachial artery FMD.

(10) Conclusion: The middle longitude of the air - cuff should be placed upon brachial artery.

(11) The injury involved two radial arteries, two femoral arteries, one superficial temporal artery and one brachial artery.

(12) In the inferior part of medial upper arm, cutaneous branches of inferior lunar collateral artery and brachial artery located at the front of the myoseptum, and gradually coursed anteriorly.

(13) Objective To explore the impact of Hyperlipoidemia on time to peak of the brachial artery diameter.