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1 n place fewer than 48 months had an abnormal venogram.
2 straight sinuses were identified on every CT venogram.
3 ence of DVT, 5 of whom previously had normal venograms.
4 bral venous structures were well shown on CT venograms.
5 to interpret and had fewer artifacts than MR venograms.
6 venous system on preflight and postflight MR venograms.
7 ms, 70 arterial interventions, 59 diagnostic venograms, 475 venous interventions, and 43 hemodialysis
8                                  By using MR venograms, an appropriate vessel could be identified for
9               All patients were diagnosed by venogram and managed by balloon dilatation alone (n = 6)
10 he LV lead was assessed by means of coronary venograms and chest x-rays recorded at the time of devic
11                   A sample of human coronary venograms and computed tomography angiograms suggested t
12 d thrombus score, obtained from standardized venograms and evaluated by a core laboratory blinded to
13        Gadolinium-enhanced MR angiograms, MR venograms, and MR urograms were obtained in all patients
14    Diagnostic-quality MR arteriograms and MR venograms can be obtained in patients with artificial hi
15                                           CT venograms from the iliac crests to the popliteal fossae
16                                     Coronary venogram-guided venous mapping was performed using a 4F
17          A semiautomated segmentation of the venogram images was used, which was then compared with a
18 % likelihood of obtaining a nondiagnostic MR venogram in patients with internal spinal fixation devic
19  Events Committee, and all imaging including venograms, intravascular ultrasound, and Doppler examina
20                                   Completion venograms (n = 72) showed new minor abnormalities in fou
21 iew was performed of 116 transjugular portal venograms obtained after TIPS placement.
22                    CVS was measured by using venograms obtained before and after PTA, if performed.
23  study treatment and had either an evaluable venogram or confirmed symptomatic venous thromboembolism
24                                    A digital venogram performed after injection through the right cen
25           In four of five cases, the splenic venogram revealed good flow from the splenic vein to the
26                                           CT venograms were easier to interpret and had fewer artifac
27 ostic quality (P = .001), but only 21% of MR venograms were interpretable (P = .004).
28                                Thirty-six CT venograms were obtained in 33 patients after intravenous
29                                     Contrast venograms were obtained to identify DVT.
30                 Nonenhanced CT images and CT venograms were reviewed for the presence of skull fractu
31 ith 38 grafts met inclusion criteria, and 86 venograms were reviewed.
32                        Sixty-two TIPS portal venograms were reviewed.