How to do a penile urethroplasty using a novel self-retaining penile retractor.

Effective retraction and clear exposure of urethral tissue is essential in reconstructive penile surgery. The Joshi-Kulkarni retractor provides stable, bloodless operative exposure via non-traumatic tissue compression at the base of penis. The self-retaining design of this retractor also improves ergonomics thereby reducing surgeon fatigue. In this article, we describe how to do a penile urethroplasty by using the Joshi-Kulkarni penile retractor.

Comprehensive analysis of paediatric pelvic fracture urethral injury: a reconstructive centre experience.

OBJECTIVE: To analyse our experience in pelvic fracture urethral injury (PFUI) in children and adolescents, with various anastomotic urethroplasties (AUs) used to accomplish tension-free anastomosis described and their surgical outcomes evaluated. PATIENTS AND METHODS: From 2008 to 2019, 192 cases including both primary and redo PFUI, which comprised 181 boys and 11 girls aged ≤18 years. The results are presented separately according to gender. Moreover, the two populations were divided in two age-related sub-groups for sensitivity analyses: Group 1 (children) aged ≤11 years and Group 2 (adolescent) aged 12-≤18 years. RESULTS: The median (interquartile range [IQR]) age at presentation in our series was 14 (9-17) years for boys and 9 (6-10) years for girls. Primary vs redo cases were 85 (47%) vs 96 (53%) in boys and 10/11 vs one of 11 in girls. In the primary male cases (85), the bulbo-membranous junction was the commonest site of injury (63, 74.1%). In boys, transperineal AU (TPAU) was performed in 160 (88.4%) and transpubic urethroplasty (TPU) in 17 (9.4%). In girls, TPU was utilised in nine cases, where two received meatoplasty and vaginal episiotomy. In boys, the overall success rate for TPAU was 81.2% and in primary PFUI cases success for TPAU was 88.3%. Overall success for TPU was 64.7%. In girls, the success rate for TPU was 100%. In boys and girls, the success rates for various AUs utilised between the child and adolescent groups were comparable. The median (IQR) hospital stay was 3 (3-4) days for boys and girls. The median (IQR) follow-up duration was 25 (16-33) months and 20 (17-27) months for boys and girls, respectively. Secondary procedures were performed in 39 boys and one girl, which comprised laser optical internal urethrotomy in 26 (14.4%) boys and redo surgery in 13 (7.2%) boys and one (9.1%) girl. Of all patients, four of the 11 girls and 74 boys (38.5%) were lost to follow-up. CONCLUSIONS: Most paediatric PFUI can be addressed via a transperineal approach with reasonable long-term outcomes. In challenging cases salvage procedures utilising vascular-based flaps as a urethral substitute give satisfactory results. Even young children can be managed with a high success rate in expert hands and these injuries should be addressed by specialist reconstructive urologists.

Algorithm for the management of anterior urethral strictures.

Anterior urethral strictures include penile, bulbar and panurethral strictures. In the literature various techniques have been mentioned for their management from single stage to two-stage approach. There are no guidelines concerning the use of dorsal or ventral approaches in bulbar urethroplasty. We share our simplified algorithm for the management of anterior urethral strictures. This algorithm is based on the last three decades of experience in urethroplasty and surgeries all around the globe.

Harvesting oral mucosa for one-stage anterior urethroplasty.

Oral mucosa has been the most popular substitute material for urethral reconstructive surgery because it is easy to harvest, is easy to access, has a concealed donor site scar, and obviates most of the problems associated with other grafts. However, the success of using oral mucosa for urethral surgery is mainly attributed to the biological properties of this tissue. Herein, the surgical steps of harvesting oral mucosa from the inner cheek are presented with an emphasis on tips and tricks to render the process easier and more reproducible and to prevent intra and post-operative complications. The following steps are emphasized: Nasal intubation, ovoid shape graft, delicate harvesting leaving the muscle intact, donor site closure and removal of submucosal tissue.

Management of panurethral stricture disease in India.

PURPOSE: Panurethral stricture involving the penile and bulbar urethra is a common urological problem on the South Asian subcontinent. It represents a particularly difficult challenge to manage and there is a relative paucity of literature on the subject. In India lichen sclerosus is the most common etiology of panurethral stricture, followed by iatrogenic causes. We present our experience with panurethral stricture repair using 1-stage, 1-side dissection dorsal onlay repair with oral mucosa grafts. MATERIALS AND METHODS: We retrospectively reviewed the records of 117 consecutive men who underwent treatment for panurethral stricture from June 1998 to December 2010. Median patient age was 47.8 years, mean stricture length was 14 cm and median followup was 59 months. The stricture was approached through a perineal incision, limiting dissection to only 1 side of the urethra. The penis was invaginated to provide access to the entire length of anterior urethra in 1 stage. Two oral mucosal grafts were placed dorsally. RESULTS: The outcome was considered a success if the patient required no further instrumentation, including dilation or urethrotomy. The overall success rate was 83.7% with a success rate of 86.5% for primary urethroplasty and 61.5% in patients in whom urethroplasty had previously failed. Most recurrent strictures developed at the proximal end of the graft. CONCLUSIONS: Repair of panurethral stricture in 1 stage with 1-side dissection and dorsal onlay of oral mucosa graft is a minimally invasive technique that is simple, fast, safe, effective and reproducible by any surgeon.