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1 hat had undergone unilateral ligation of the common iliac artery.
2 dual pressure-sensing catheter placed in the common iliac artery.
3 dual pressure-sensing catheter placed in the common iliac artery.
4 bdominal aorta and bilateral ostio--proximal common iliac artery.
5 23 microm) were bolused into the ipsilateral common iliac artery.
6 rosclerotic burden involving the carotid and common iliac arteries.
7 descending coronary, left main coronary and common iliac arteries.
8 .0120, infrarenal aorta (-0.26, p = 0.0020), common iliac artery (-0.19, p = 0.024), external iliac a
9 00% and 100% for the aorta, 100% and 98% for common iliac arteries, 100% and 89% for external iliac a
14 measured at multiple levels of the aorta and common iliac arteries by two radiologists using 1-mm-col
15 ents were obtained for the infrarenal aorta, common iliac arteries, common iliac veins, and inferior
18 on the amount of reduction in plaque size in common iliac arteries during the treatment phase of the
19 phy (MRA) demonstrated tight stenoses in the common iliac artery proximal to the allograft anastomosi
20 Following ischaemia (unilateral ligation, common iliac artery) rat hindlimb muscles were examined
24 rtile and six low quartile animals underwent common iliac artery transplantation from male donors.
25 ion of L-NMMA or acetylcholine distal to the common iliac artery (via the sheath) did not affect PWV.
26 ters of the aorta at multiple levels and the common iliac arteries was determined for children of dif
27 pancreas, was implanted to the proximal left common iliac artery, which was the only site available f
28 cycles of intermittent crossclamping of the common iliac artery with 10 minutes ischemia followed by
29 on iliac vein extrinsic compression by right common iliac artery with collateral vessels in the pelvi