OBJECTIVE: To report a new technique of robot-assisted laparoscopic nephroureterectomy (RANU) using a hybrid port, as RANU has recently become a minimally invasive treatment option for upper tract transitional cell carcinoma (TCC). PATIENTS AND METHODS: Eleven consecutive patients underwent RANU by one surgeon. The first six patients were repositioned after the nephrectomy, from flank to lithotomy position, and the robot was re-docked for excision of the distal ureter and bladder cuff. The last five patients were treated by a new RANU technique that did not require a change of position or movement of the patient cart. We analysed data obtained before, during and after RANU. RESULTS: The total operative duration was reduced by approximately 50 min in last five patients. There was no improvement in hospital stay or estimated blood loss. There were no transfusions and positive surgical margins in any patient. Maintaining the patient in a flank position allows gravity to displace the bowel away from the distal ureter, not only shortening the surgery but also improving exposure of the distal ureterectomy and closure of the bladder cuff. CONCLUSIONS: The new RANU technique is a safe and feasible treatment option for upper tract TCC.
OBJECTIVE: To report a new technique of robot-assisted laparoscopic nephroureterectomy (RANU) using a hybrid port, as RANU has recently become a minimally invasive treatment option for upper tract transitional cell carcinoma (TCC). PATIENTS AND METHODS: Eleven consecutive patients underwent RANU by one surgeon. The first six patients were repositioned after the nephrectomy, from flank to lithotomy position, and the robot was re-docked for excision of the distal ureter and bladder cuff. The last five patients were treated by a new RANU technique that did not require a change of position or movement of the patient cart. We analysed data obtained before, during and after RANU. RESULTS: The total operative duration was reduced by approximately 50 min in last five patients. There was no improvement in hospital stay or estimated blood loss. There were no transfusions and positive surgical margins in any patient. Maintaining the patient in a flank position allows gravity to displace the bowel away from the distal ureter, not only shortening the surgery but also improving exposure of the distal ureterectomy and closure of the bladder cuff. CONCLUSIONS: The new RANU technique is a safe and feasible treatment option for upper tract TCC.