Management of perforated peptic ulcer in a district general hospital.

INTRODUCTION: Laparoscopic surgery has become increasingly popular for elective surgery but it has gained slow transference to emergency surgery. The management of perforated peptic ulcers (PPU) laparoscopically is an accepted strategy yet it still remains infrequently used. The purpose of this study was to analyse the utility and outcomes of laparoscopy versus open repair for PPU in a district general hospital. In addition, we evaluated whether the subspecialty of the on-call consultant affected the method of repair performed and the training opportunities for trainee surgeons. METHODS: Between 2003 and 2009, 53 patients underwent laparoscopic repair, 89 patients underwent open repair and a further 20 patients had laparoscopic repair that was converted to open repair for PPU. The results from a prospectively compiled database were analysed with primary outcome measures including operative time, length of hospital stay and mortality. RESULTS: The median operating time in the laparoscopic group was 60.0 minutes compared with 50.5 minutes in the open group. Hospital stay in surviving patients was significantly shorter in patients treated completely laparoscopically (5 days) when compared with the open group (6 days) ( p <0.01). There were six deaths in the laparoscopic group (11%) compared with 13 in the open group (15%) and one in the converted group (5%). Trainees performed 53% (47/89) of open repairs and 13% (7/54) of laparoscopic repairs. CONCLUSIONS: Both laparoscopic and open repair are equally safe in the management of PPU. Our findings support the view that this procedure can be successfully used as a training operation.

Tanagho bladder neck reconstruction in the treatment of adult incontinence.

We studied the effectiveness of tubularized bladder neck reconstruction in the treatment of 8 patients with complex incontinence using urodynamic and clinical methods. The patients had undergone Tanagho bladder neck reconstruction within the last 10 years. Three of the 8 patients were judged unsuitable for artificial sphincter implantation because of severe scarring, and loss of urethral and vaginal tissue. There were 7 women with epispadias or severe urethral damage as a consequence of obstetrical or gynecological procedures. Five patients underwent 7 concurrent procedures at the time of bladder neck reconstruction, including colposuspension (4), and closure of a fistula involving the bladder neck (1) and urethra (1) plus vaginal reconstruction (1). Of 8 patients 5 (63%) were completely continent and satisfied, 2 underwent ileal conduit diversion (1 because of incontinence and 1 refused clean intermittent self-catheterization), and 1 is incontinent and awaiting further treatment. The best results were noted in patients with a healthy bladder and periurethral tissues. Four of 5 patients (80%) deemed potentially suitable for artificial urinary sphincter insertion were satisfied compared to only 1 of 3 (33%) unsuitable for artificial urinary sphincter insertion. The Tanagho bladder neck reconstruction is a useful addition to the procedures that may be used by the reconstructive urological surgeon in the treatment of carefully selected patients with complex incontinence, particularly in women with epispadias who for various reasons may wish to avoid the long-term potential complications of an artificial urinary sphincter.