We are using cookies This website uses cookies in order to offer you the most relevant information. By browsing this website, you accept these cookies.
Graft dysfunction secondary to the lymphocele was the primary indication for intervention.
2
Radiotherapy toxicity and occurrence of symptoms or complications of lymphocele were analyzed.
3
None of the 116 patients had clinical evidence of infection, lymphocele or hematoma.
4
However, more patients with a closed peritoneum required an intervention for a symptomatic lymphocele.
5
Opening the peritoneum did not decrease the incidence of lymphocele.
6
Computed tomography revealed a giant lymphocele in the retroperitoneal space.
7
The lymphocele was diminished and did not recur thereafter.
8
A case of lymphocele after an allograft renal transplant at the National Taiwan University Hospital is reported.
9
However, forming a peritoneal window at the time of transplantation did decrease the incidence of symptomatic lymphocele.
10
Objectives: The incidence and risk factors of lymphocele development after pelvic lymphadenectomy were evaluated and its management investigated.
11
Opening the peritoneum at the time of transplantation is one method of decreasing the incidence of lymphocele formation.
12
The literature concerning lymphocele is reviewed.
13
Background: The occurrence of lymphocele formation following renal transplantation is variable, and the optimal approach to treatment remains undefined.
14
Conclusion: Radiotherapy after prostatectomy in the presence of pelvic asymptomatic lymphocele is feasible with acceptable acute and late toxicity.
15
Twenty days after the puncture, the lymphocele cavity was found to have shrunken and the pigtail catheter was removed.
16
Records were reviewed to obtain details regarding opening of the peritoneum at the time of transplant and occurrence of lymphocele.