1 g exercise which was not seen on the resting renogram.

2  group I subjects, and 23% had nondiagnostic renograms.

3 ans, (99m)Tc-mercaptoacetyltriglycine (MAG3) renograms, (99m)Tc-dimercaptosuccinic acid (DMSA) renal

4 eries as well as 40% of patients with normal renograms as negative controls.

5          Visual interpretation of images and renograms as well as semiquantitative analyses were perf

6 ation of diclofenac shifted the experimental renogram curves to the right, compared with the control

7                           Dynamic images and renogram curves were inspected for evidence of interrupt

8 nd increased retention of activity) and flat renograms, findings similar to those observed in other d

9 lope of each kidney were calculated from the renograms for control and treated rabbits.

10 kidneys and bladder acquired over the entire renogram is feasible and correlates well with more invas

11 h (99m)Tc(CO)(3)(NTA) was excellent, and the renogram parameters were similar to those of (131)I-OIH.

12 08 diuretic (99m)Tc-mercaptoacetyltriglycine renograms performed in the previous 18-mo period.

13            Systemic hypotension on captopril renograms results in preserved uptake of both DTPA and O

14                              The PET-derived renograms revealed a time to peak activity of 3.0+/-1.0

15                   All patients with abnormal renograms underwent magnetic-resonance angiography of th

16           In 30 children, a nuclear medicine renogram was also obtained, and the half-life of renal s

17                                              Renograms were performed for 12-15 min after injection o

18 ty to correlate the results of the captopril renogram with the renal artery angiograms in this patien