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1 dard policy for preoperative or peroperative cholangiogram.
2 is, the diagnosis requires an intraoperative cholangiogram.
3  cholangiopancreatography (MRCP), and T-tube cholangiogram.
4 ical trial of catheter clamping and a normal cholangiogram.
5 ked bile duct proliferation on histology had cholangiograms.
6 8 CT scans, 15 of 19 sonograms, and 14 of 17 cholangiograms.
7                      Sixty-four CT scans, 41 cholangiograms, 40 US studies, and seven MR studies were
8 onstrated congruence with the intraoperative cholangiogram and with the intraoperative findings.
9                                              Cholangiograms and histopathologic specimens were examin
10 adjacent vertebral bodies was measured on 34 cholangiograms, and their relationships to particular ve
11  carcinomas demonstrated masses on CT scans, cholangiograms, and US images, and wall thickening on CT
12 tic lymph nodes was evaluated in 30 of these cholangiograms by constructing radiation portals accordi
13 col whereby preoperative radiographic (e.g., cholangiogram, computed tomographic scan, ultrasound), b
14                                           On cholangiograms, dominant strictures were present in 18 o
15 no definite filling defect could be found by cholangiogram (ERC) during the endoscopic retrograde cho
16  PCT clamp trial was a better test than tube cholangiogram for PCT removal.
17    Cholecystectomy first with intraoperative cholangiogram for the study group and endoscopic common
18                                        Three cholangiograms had false- positive results (3%), leading
19 2) LB excluded BA and avoided intraoperative cholangiogram in 16 cases with high suspicion of BA.
20                                     Finally, cholangiograms in cholangiocyte-immunized rats showed di
21                     Radiographically, 90% of cholangiograms in patients with recurrent disease showed
22  initial cholecystectomy with intraoperative cholangiogram may be a preferred approach.
23 control study involving 102 patients, the MR cholangiograms obtained in 34 patients with PSC establis
24 reatography (ERCP) were compared with the MR cholangiograms obtained in 68 age-matched control patien
25 mographic [CT] scans, 155 sonograms, and 109 cholangiograms) of 189 patients with primary sclerosing
26    In the described case, an abnormal T-tube cholangiogram, performed 6 months after orthotopic liver
27  with autoimmune hepatitis may have abnormal cholangiogram results, but the syndrome of autoimmune sc
28 d and the significant rate of false positive cholangiogram results.
29 details queried included the completion of a cholangiogram, the interval between injury and identific
30 independent, blinded random review of the MR cholangiograms to assess for the presence or absence of
31  likely to be discovered during surgery if a cholangiogram was completed than if cholangiography was
32 al volume of duct orders 1 to 7 shown in the cholangiograms was 16.6 cm3.
33                       During 13 years, 4,100 cholangiograms were obtained in 1,650 patients.
34                               Intraoperative cholangiograms were performed in 42.7% of the cases with
35                                           MR cholangiograms were prospectively and independently inte
36 itis were randomized to cholecystectomy with cholangiogram within 24 hours of presentation (early gro