Isolated continent cystostomy on neurologic native bladder: Functional results.

INTRODUCTION: Continent cutaneous urinary diversion (CCUD) is proposed to patients suffering from chronic neurologic retention and undergoing intermittent self-catheterization (ISC). In case of neurogenic detrusor overactivity (NDO), augmentation enterocystoplasty is often required. The aim was to identify the prevalence of urinary stomal and/or urethral leakage in patients who had not undergone enlargement. METHODS: Monocentric, retrospective study of patients who underwent CCUD surgery in a neuro-urological context. Mitrofanoff's, Monti's or Casale's channels were performed. Patients selected had an underactive, stable, or stabilized bladder under adjuvant therapy with proper cystomanometric capacity. Prior or concomitant enterocystoplasty were excluded. Failure was defined as the occurrence of clinical leakage whatever it is through urinary stomal, or urethral. Urodynamic parameters were also reported. RESULTS: Thirty-one patients underwent surgery. Nine women had a concomitant bladder neck sling and 1 urethral closure. The mean follow-up was 7 years. 8/31 (26%) had stomal leakage and 9 urethral leakage (29%). Five spinal cord injured patients (n=14) had stomal leakage (36%) and 6 urethral leakage (43%). Of the 25 postoperative urodynamic parameters, cystomanometric bladder capacity was 419mL (vs. 514mL) and 2 additional patients had de novo NDO (9 vs. 7). DISCUSSION: The morbidity of augmentation enterocystoplasty is weighed against the presence of a well-controlled bladder preoperatively. Our study shows the appearance of leakage in some patients despite a well-balanced bladder, a decrease in mean cystomanometric capacity and an increase in the rate of NDO postoperatively. Good selection criteria for an isolated CCUD should be carefully revised and defined. LEVEL OF EVIDENCE: Grade C - retrospective study.

[Is transition from pure laparoscopic to robotic-assisted radical prostatectomy associated with increase of surgical procedures for urinary incontinence and erectile dysfunction?] / L'introduction de la chirurgie robot-assistée pour la prostatectomie totale s'accompagne-t-elle d'une modification du nombre d'interventions secondaires pour troubles fonctionnels génito-urinaires ?

OBJECTIVE: To study the impact of changing the technique of radical prostatectomy [pure laparoscopic radical (PR-Lap) to robot-assisted radical prostatectomy (RP-Rob)] on the rate of secondary procedures for urinary incontinence (UI) and erectile dysfunction (ED). MATERIAL: Retrospective study evaluating the number and type of surgical procedures for post-RP UI and DE between 2008 and 2015, according to the technique of (RP-Lap or RP-Rob). RESULTS: Between 2008 et 2015, 2046 RP were performed in our department including 372 RP-Lap and 1674 RP-Rob. Among these patients, 84 (4%) had a surgical procedure for post-RP UI (18 AMS800, 9 balloons Pro-Act, and 57 male slings) and 15 (0.7%) had implantation of penile prosthesis for post-RP ED; 16 (0.7%) patients had both procedures. The mean delay between RP and UI surgery decrease from 3.2 years in 2008 to 1 year in 2015 and remain stable for penile prosthesis implantation (mean delay: 3.4 years). The overall rates of secondary procedures for UI and DE remained stable and below 5% and 1.7%, respectively, even during the transition period. For each year of PR studied, the rates of secondary procedure were higher in the RP-Lap group. CONCLUSION: Changing the technique of RP from RP-Lap to PR-Rob has a favorable impact on the rate of secondary procedures for UI and ED from the outset.

[Use of pessaries to prevent preterm birth: Are we going back to mechanical devices in obstetrics?]. / La prévention de l'accouchement prématuré par le pessaire: retour des outils mécaniques en obstétrique ?

AIM: To review the available data in the literature on the use of pessaries in preventing preterm birth. MATERIALS AND METHODS: We searched PubMed and the Cochrane library with pessary preterm birth. RESULTS: Fifty-eight papers were identified, most of them with little scientific value. A randomized study, including 385 singleton pregnancies with a transvaginal ultrasound cervical length less than 25 mm between 18 and 22 WG, shows a reduction of spontaneous prematurity before 34 WG in the pessary group, with an OR of 0.18 (95%CI: 0.08-0.37). Another study on multiple pregnancies randomized between 12 and 20 WG, with a cervix measured by ultrasound between 16 and 22 WG, showed a reduction of neonatal morbidity in the pessary group (RR: 0.42; 95%CI: 0.19-0.91) in a sub-group with a cervical length<38 mm. CONCLUSIONS: These first results from randomized controlled study are encouraging. Other studies on singleton and twin pregnancies are ongoing or about to start.

Nodular osteochondrogenic activity in soft tissue surrounding osteoma in neurogenic para osteo-arthropathy: morphological and immunohistochemical study.

BACKGROUND: Neurogenic Para-Osteo-Arthropathy (NPOA) occurs as a consequence of central nervous system injuries or some systemic conditions. They are characterized by bone formation around the main joints. METHODS: In order to define some biological features of NPOAs, histological and immunohistological studies of the soft tissue surrounding osteoma and Ultrasound examination (US) of NPOA before the appearance of abnormal ossification on plain radiographs were performed. RESULTS: We have observed a great number of ossifying areas scattered in soft tissues. US examination have also shown scattered ossifying areas at the early stage of ossification. A high osteogenic activity was detected in these tissues and all the stages of the endochondral process were observed. Mesenchymal cells undergo chondrocytic differentiation to further terminal maturation with hypertrophy, which sustains mineralization followed by endochondral ossification process. CONCLUSION: We suggest that periosteoma soft tissue reflect early stage of osteoma formation and could be a model to study the mechanism of osteoma formation and we propose a mechanism of the NPOA formation in which sympathetic dystony and altered mechanical loading induce changes which could be responsible for the cascade of cellular events leading to cartilage and bone formation.