ライフサイエンスコーパス: ureteral calculi

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1 ogy pertaining to the treatment of renal and ureteral calculi.

2 have evolved as options for the treatment of ureteral calculi.

3 US evaluation included a careful search for ureteral calculi.

4 %, 100%) in differentiating phleboliths from ureteral calculi.

5 y, idiopathic urethritis, and the passage of ureteral calculi.

6 nd a specificity of 77% for the detection of ureteral calculi.

7 ective study performed with patients who had ureteral calculi.

8 ment of choice for the majority of renal and ureteral calculi.

9 k-wave lithotripsy (Dornier HM-3) for distal ureteral calculi.

10 The rim sign was present in 105 of 136 ureteral calculi (77%) and in 20 of 259 phleboliths (8%)

11 Diagnoses included 23 ureteral calculi and one each of renal cell carcinoma, a

12 erolithiasis, including the visualization of ureteral calculi and secondary signs of obstruction.

13 -garnet lithotripsy are greater than 90% for ureteral calculi, and 67-84% for renal calculi.

14 ore effective than pneumatic lithotripsy for ureteral calculi, but no more effective than shock-wave

15 as a higher sensitivity for the detection of ureteral calculi compared with US.

16 ral stone disease; 136 of these patients had ureteral calculi, excluding the ureterovesical or ureter

17 opic approach for the treatment of renal and ureteral calculi, however, have continued to improve.

18 In addition, the endoscopic treatment of ureteral calculi is efficacious and definitive, albeit m

19 US depicted 14 of 23 ureteral calculi (sensitivity, 61%).

20 CT depicted 22 of 23 ureteral calculi (sensitivity, 96%).

21 st successful technique for the treatment of ureteral calculi (success rates >90%) and is an optional

22 icantly in the spontaneous passage of distal ureteral calculi, thereby reducing the need for surgical

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