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    Categorizing Intraoperative Complications of Retrograde Intrarenal Surgery
    (Karger, 2014) Oguz, Ural; Resorlu, Berkan; Ozyuvali, Ekrern; Bozkurt, Omer Faruk; Senocak, Cagri; Unsal, Ali
    Purpose: To review our intraoperative complications of retrograde intrarenal surgery (RIRS) for kidney calculi and stratify these complications according to the modified Satava classification system (SCS). Patients and Methods: 230 patients (119 males, 111 females) who underwent RIRS because of kidney calculi were analyzed. We documented and stratified the intraoperative complications according to the modified SCS. There are four grades for this classification: grade 1 complications include events without consequences for patients; grade 2a complications include events that could be treated with endoscopic surgery intraoperatively; grade 2b complications include events which were treated with endoscopic treatment in another session, and grade 3 describes the events requiring laparoscopic or open surgery. Results: Mean age was 39.1 years (range 1-78). The stone-free rate after one session was 81%. Intraoperative complications were recorded in 30.4% of the patients. According to the modified SCS, grade 1 complications were documented in 15.9%, grade 2a complications were documented in 5.6%, and grade 2b complications were documented in 8.9% of the patients. Grade 3 complications were not detected in any of the patients. Conclusion: In our opinion, the modified SCS can facilitate patients to understand the safety of this surgery and can make it easier to compare the results of different institutes and surgeons. (C) 2014 S. Karger AG, Basel
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    Is routine ureteral stenting really necessary after retrograde intrarenal surgery?
    (Pagepress Publ, 2015) Ozyuvali, Ekrem; Resorlu, Berkan; Oguz, Ural; Yildiz, Yildiray; Sahin, Tolga; Senocak, Cagri; Bozkurt, Omer Faruk
    Objectives: To investigate the situations in which ureteral double-J stent should be used after retrograde intrarenal surgery (RIRS). Patients and Methods: Patients with no ureteral double-J stent after RIRS constituted Group 1, and those with double-J stent after RIRS constituted Group 2. Patients' age and gender, renal stone characteristics (location and dimension), stone-free status, VAS score 8 hours after surgery, post-procedural renal colic attacks, length of hospitalization, requirement for re-hospitalization, time to rehospitalization and secondary procedure requirements were analyzed. Results: RIRS was performed on 162 renal units. Double-J stent was used in 121 (74.6%) of these after RIRS, but not in the other 41 (25.4%). At radiological monitoring at the first month postoperatively after RIRS, complete stone-free status was determined in 122 (75.3%) renal units, while residual stone was present in 40 (24.6%). No significant differences were observed between the groups in terms of duration of fluoroscopy (p = 0.142), operation (p = 0.108) or hospitalization times (p = 0.798). VAS values determined routinely on the evening of surgery were significantly higher in Group 1 than in Group 2 (p = 0.025). Twenty-eight (17.2%) presentations were made to the emergency clinic due to renal colic within 1 month after surgery. Double-J catheter was present in 24 (85.7%) of these patients. Conclusions: Routine double-J stent insertion after RIRS is not essential since it increases costs, morbidity and operation time.