ライフサイエンスコーパス: retroperitoneum

1 bundantly present in both the peritoneum and retroperitoneum.

2 internal calcific densities was noted in the retroperitoneum.

3 al layers separated mesocolon and underlying retroperitoneum.

4 ended caudally surrounding the ureter in the retroperitoneum.

5 rysm with haematoma spreading into the right retroperitoneum.

6 apancreatic sites are bile duct, kidney, and retroperitoneum.

7 rbor either viable cancer or teratoma in the retroperitoneum.

8 to 13 years), including two patients in the retroperitoneum.

9 operitoneum is critical to prevent LR in the retroperitoneum.

10 and were found to have only teratoma in the retroperitoneum.

11 parates the perirenal space from the central retroperitoneum.

12 nvolving the perirenal spaces or the central retroperitoneum.

13 aphy-guided GFN blocks were performed in the retroperitoneum.

14 Where apposed to retroperitoneum, 2 mesothelial layers separated mesocolo

15 e located in the lower extremities (94%) and retroperitoneum (6%).

16 he majority of relapses were confined to the retroperitoneum (66%).

17 mors were often located in the extra-adrenal retroperitoneum (67.1%).

18 tified 117 patients with active NSGCT in the retroperitoneum after primary RPLND.

19 n of residual postchemotherapy masses in the retroperitoneum and chest, including three who also had

20 dle was fully visualized as it traversed the retroperitoneum and entered the SMV.

21 often located in the deep soft tissue of the retroperitoneum and intra-abdominal pelvic region or in

22 especially those with disease limited to the retroperitoneum and normal markers, as an option to avoi

23 onstrated a substantial amount of gas in the retroperitoneum and peritoneal cavity, which raised a su

24 infection both to the peritoneal cavity and retroperitoneum and result in a substantial amount of ga

25 n = 2), axillary nodes (n = 1), and both the retroperitoneum and the mediastinum (n = 2).

26 drenal myelolipomas, found most often in the retroperitoneum); and (d) myelolipomatous foci within ot

27 the aneurysm wall, fibrosis of the adjacent retroperitoneum, and rigid adherence of the adjacent str

28 emonstrate that the contiguous mesocolon and retroperitoneum are separated by mesothelial and connect

29 valuation revealed an internal hernia in the retroperitoneum at the site of the nephrectomy.

30 llections in the mediastinum, chest wall, or retroperitoneum; (b) malignancies that were detected, st

31 One prominent cluster (n = 37; 36 testis retroperitoneum), consisting of 26 (70%) good-risk (GR),

32 e located in the liver, lung, adrenal gland, retroperitoneum, gluteal muscle, inguinal mass, and subc

33 the pelvis in 42% of patients (110), in the retroperitoneum in 17% (45), and in a supradiaphragmatic

34 elvis in 40.6% of patients (n = 102), in the retroperitoneum in 19.5% of patients (n = 49), and in su

35 were mainly observed at the following sites: retroperitoneum in 5/8 patients (62.5%), cardiovascular

36 Overall, 56 patients (75%) had LR in the retroperitoneum, including 25 (93%) of 27 patients initi

37 The retroperitoneum is a major site of vascular leak and the

38 data suggest that meticulous control of the retroperitoneum is critical to prevent LR in the retrope

39 The retroperitoneum is the most common site of relapse in cl

40 However, for sarcomas arising in the retroperitoneum, locoregional recurrence rates are 35% t

41 ues (ie, Radiofrequency, Thermal, Chemical), Retroperitoneum, Microwave Ablation, Hydrodissection (C)

42 mmon tumor sites were vagina (n = 7), pelvis/retroperitoneum (n = 6), and bladder (n = 4).

43 ion is the posterior paraspinal mediastinum, retroperitoneum, neck and adrenal gland.

44 patients (4%) experienced recurrence in the retroperitoneum, of whom two patients died of disease.

45 ease from the perirenal space to the central retroperitoneum or from the central retroperitoneum to t

46 ned as recurrence in the original tumor bed, retroperitoneum, or within the abdominal cavity or pelvi

47 an extremity in 34, the head/neck in 23, the retroperitoneum/pelvis in 21, and other sites in 11.

48 oscopic appearance of mesocolon, fascia, and retroperitoneum, prior to and after colonic mobilization

49 responsive to mechanical brushing within the retroperitoneum, the snare is likely to change serotoner

50 central retroperitoneum or from the central retroperitoneum to the perirenal space.

51 tiguous, the fascia remained in situ and the retroperitoneum undisturbed.

52 Relapse in the retroperitoneum was observed in 34 (29%) men.

53 However, no leakage from the ureter to the retroperitoneum was observed, proving that the changes d

54 liac arteries, and spreads into the adjacent retroperitoneum, where it frequently causes ureteral obs

55 y, pcRPLND provides effective control of the retroperitoneum with few relapses and GCT-related deaths