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1 ecrotic cores, and cholesterol clefts in the brachiocephalic artery.
2 area was also reduced in the aortic root and brachiocephalic artery.
3 vascular catheters in the sagittal sinus and brachiocephalic artery.
4 ntation of extravascular occluder around the brachiocephalic artery.
5 erebral hypoxia-ischemia by occlusion of the brachiocephalic artery.
6 on size or composition in the aortic root or brachiocephalic artery.
7 D) for up to four-months prior to MRI of the brachiocephalic-artery.
8 nt, surface, and spatial position within the brachiocephalic arteries.
9 ize in aortic sinuses, ascending aortas, and brachiocephalic arteries.
10 liferation and reduced rates of apoptosis in brachiocephalic arteries.
11 aque necrosis in aortic sinus (35.8%) and in brachiocephalic artery (26%), with reduced expression of
12 etic resonance imaging and T1 mapping of the brachiocephalic artery, 30 minutes after injection of ga
13 y were applied to image carotid arteries and brachiocephalic arteries, allowing for 3D reconstruction
14 erotic plaque development and composition in brachiocephalic arteries and aortas of p53-/-/ApoE-/- mi
15                 Catheters were inserted in a brachiocephalic artery and sagittal sinus for blood samp
16  newborn pigs by occlusion of subclavian and brachiocephalic arteries, and changes in local cortical
17 ding hypoplastic arterial wall, short/absent brachiocephalic artery, and retroesophageal right subcla
18              In contrast, lesion area at the brachiocephalic artery (BCA) was reduced dramatically by
19 mples were drawn from the sagittal sinus and brachiocephalic artery catheters and were analyzed for p
20  were excluded if the left common carotid or brachiocephalic artery had greater than 70% stenosis or
21 olesterol diet, no differences were noted in brachiocephalic artery lesion size, cellularity, or vess
22                                              Brachiocephalic artery lesions of MPhi-IGF1R-KO mice had
23                              Using the mouse brachiocephalic artery model of plaque instability, we c
24                                Subclavian or brachiocephalic artery obstruction can be effectively tr
25 cterize plaque extent and composition in the brachiocephalic arteries of ApoE-deficient mice on high-
26                             In addition, the brachiocephalic arteries of Il1r1(-)/(-)Apoe(-)/(-) mice
27 nduces regression of advanced plaques in the brachiocephalic artery of LDL receptor-deficient mice.
28 aque hemorrhage and plaque disruption in the brachiocephalic artery of mice fed low-fat or high-fat d
29 ed a fluorescence-quenching PO2 probe in the brachiocephalic artery of six anesthetized rabbits after
30                                  Analysis of brachiocephalic artery plaques revealed that RAdTIMP-2 b
31                                              Brachiocephalic artery plaques were significantly larger
32 lesterol and cholesteryl ester levels in the brachiocephalic artery than WT-->LDLr(-/-) mice (33 and
33 an extravascular balloon occluder around the brachiocephalic artery using aseptic techniques.
34                                              Brachiocephalic artery versus muscle CNR was 524 +/- 55
35 trast enhancement in the abdominal aorta and brachiocephalic artery was quantified by measuring contr