Moyamoya disease and aortic coarctation in a patient withcommon brachiocephalic trunk

(7) described severe atherosclerosis and calcification in internal mammary arteries of two patients with previous coarctation repair who required coronary artery bypass surgery

For this purpose, fetal heart rate (FHR), maternal uterine artery pulsatility index (MUA-PI) to show resistance to perfusion of the placenta by maternal uterine ar- teries,

endovascular aortic repair (TEVAR) with limited resection of the aortic arch (ie, hemiarch replacement) in acute DeBakey type I aortic dissection with distal malperfusion.

reoperation with the frozen elephant trunk procedure due to patent false lumen-related complications in patients previously undergoing supracoronary aortic repair for acute type

These include, firstly, late aneurysm formation if ARSA is very close to the coarcted segment or higher surgical risk compared to the initial repair, when surgery is planned, if

AAV is described as no valve tissue or only primary fibrous ridges at the aortic annulus, and is consis- tently associated with other congenital cardiac anomalies such as DORV,

Peripheral in posteroanterior projection angiography; total occlusion in the left popliteal artery (black arrow) was observed with distal collateral filling (white arrow).

The prevalence of high takeoff (more than 1 cm above the sinotubular junction) is reported as 6% (1, 2). Presence of coronary artery anomalies may create challenges during coronary