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1 hest pain in patients with a normal coronary arteriogram.
2 eries of 20 subjects after a normal coronary arteriogram.
3 stenosis, LV hypertrophy and normal coronary arteriograms.
4 iographically normal or near normal coronary arteriograms.
5 or both ICAs were stenotic on all patient MR arteriograms.
6 graphy have normal or "near" normal coronary arteriograms.
7  to cause reperfusion, which was verified by arteriograms.
8 e and three patients underwent CT twice), 12 arteriograms (12 patients underwent arteriography once),
9              Group A contained 16 additional arteriograms, all showing PE involving the right lung, s
10                        Diagnostic-quality MR arteriograms and MR venograms can be obtained in patient
11                 Analysis of 6-month coronary arteriograms by means of quantitative coronary arteriogr
12 pare angiographic interpretation of coronary arteriograms by sites in community practice versus those
13 e implementation of scintigraphic screening, arteriograms detected bleeding at a rate of 22%.
14         After its implementation, 53% of the arteriograms detected bleeding.
15               Of nine patients with positive arteriograms, eight had positive results of postarteriog
16                 Of 11 patients with negative arteriograms, five had positive results of postarteriogr
17 s arteriography and obviates the need for an arteriogram in many patients.
18 d in conjunction with the one false-negative arteriogram in the presence of clinical findings consist
19 th findings on bilateral selective pulmonary arteriograms interpreted by two vascular radiologists at
20 tients with angina despite a normal coronary arteriogram is controversial.
21 iated with visual interpretation of coronary arteriograms, more physiological methods of assessing co
22 cardiorespiratory arrests, a normal coronary arteriogram, normal left ventricular function, and sever
23 iew was conducted of 249 scintiscans and 271 arteriograms obtained over 99 mo, with scintigraphic scr
24                                          The arteriograms of 64 patients were available for retrospec
25 ic tracking provided high-spatial-resolution arteriograms of the peripheral vasculature, enabled prec
26 en January and June 1998, 105 consecutive MR arteriograms of the thoracic aorta were acquired in 103
27 of RA FMD in some patients with normal renal arteriograms prompted comparison of these modalities in
28 rdial perfusion (as assessed on the coronary arteriogram) to mortality has not been examined.
29 d tomography (CT), and a follow-up pulmonary arteriogram were included.
30 dware that extended to the sacrum, 88% of MR arteriograms were of diagnostic quality (P = .001), but
31                                     Abnormal arteriograms were reexamined to characterize vascular di
32             A test set of 24 right pulmonary arteriograms with a 33% prevalence of pulmonary emboli (
33              Group B contained 16 additional arteriograms without PE so that total prevalence was 20%
34                          Our small sample of arteriograms yielded in comparison a sensitivity of 67%

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