Robotic Assisted Vesicoscopic Cohen's Reimplantation in Pediatric Patient: Nuances of Technique,Experience,and Outcome

Abstract

Aim:

Vesicoscopic Cohen's reimplantation closely replicates the open procedure and is reported to have equally good results. Robotic assisted vesicoscopic reimplantation (RAVR) is a new procedure, and the information on technique of RAVR is sparse. We present our technique, experience, and early outcome with RAVR and review of literature.

Patients and Methods:

We retrospectively evaluated patients with vesicoureteric reflux grade II and above. These patients were subjected to RAVR. Selection criteria for this procedure were age >4 years, preserved renal function, and bladder capacity >250 mL. Patients with previous bladder surgery or urethral issues were excluded. Patients were operated by DaVinci Si system, and the technique is described in detail. Three ports were placed by use of bougie. The ureters were adequately mobilized before placing in submucosal tunnel.

Results:

Total of 5 ureters were reimplanted in 4 patients (2 females and 1 bilateral). Ureteral tapering was done in 1 patient. Mean port placement time was 25 minutes with 12 minutes of docking time. Mean console time was 70 minutes for unilateral cases and 100 minutes for the bilateral case. There was resolution of reflux in all patients. The mean follow-up duration is 9 months.

Conclusions:

Robotic assisted vesicoscopic reimplantation is a feasible and safe method of replicating Cohen's reimplantation. There is a learning curve with the procedure, and nuances related to the technique need to be learned by the surgeon. This is the third report on RAVR and provides the necessary technical details required by a robotic surgeon to replicate this procedure.