Laparoscopic and robot-assisted continent urinary diversions (Mitrofanoff and Yang-Monti conduits) in a consecutive series of 15 adult patients: the Saint Augustin technique


Correspondence: Denis Rey, Department of Urology, Clinique Saint Augustin, Avenue d'Arès 114, 33200 Bordeaux, France.




  • To present a series of 15 laparoscopic and robot-assisted Mitrofanoff and Yang-Monti vesicostomies in an adult population, and to assess the feasibility and safety of these minimally invasive approaches.

Patients and Methods

  • Between 2009 and 2012, 15 patients underwent laparoscopic (n = 11) or robot-assisted (n = 4) construction of vesicostomy by a single surgeon (D.R.): Mitrofanoff appendicovesicostomy (n = 11) or double Yang-Monti ileal conduit (n = 4). Fourteen patients underwent concomitant augmentation enterocystoplasty.
  • Indications for surgery included neurogenic bladder (n = 11) and urethral dysfunction (n = 4).
  • The patients were evaluated postoperatively using cystography. Quality of life (QoL) was evaluated using an internally developed questionnaire.


  • All surgeries were successfully completed with no conversions. Operating time was always <5 h. The mean estimated blood loss was 150 mL and the mean follow-up was 22 months.
  • Early postoperative complications included deep retrovesical abscess (n = 2) and upper urinary tract infections (n = 4), and one patient had peri-operative cardiac failure.
  • Late postoperative complications included stomal stenosis (n = 2), persistent low-pressure bladder incontinence (n = 1) and recurrent infections (n = 1). Surgical excision of the conduit was necessary in one patient.
  • Postoperatively, patients showed complete bladder emptying and no leak on follow-up cystography. According to our QoL questionnaire, 13/15 patients did not regret the surgery.


  • While a longer follow-up is needed to assess the durability of our results, this series shows that the laparoscopic and robot-assisted approaches for the construction of continent urinary diversions are feasible and safe in an adult population.