Spinal cord injury (SCI) usually affects younger age groups with male preponderance. The most common traumatic cause is road traffic accident followed by sports accidents and gun-shot injuries. Infections and vascular events make up non-traumatic causes. There is regional variance in incidence and prevalence of SCI. Most systematic reviews have been undertaken from USA, Canada, and Australia with only few from Asia with resultant difficulty in estimation of worldwide figures. Overall, the incidence varies from 12 to more than 65 cases/million per year. The first peak is in young men between 15 and 29 years and second peak in older adults. The average age at injury is 40 years, with commonest injury being incomplete tetraplegia followed by complete paraplegia, complete tetraplegia, and incomplete paraplegia. The bladder function is reliant on both central and peripheral nervous systems for co-ordination of storage and voiding phases. The pathophysiology of bladder dysfunction can be described as an alteration in micturition reflex. It is postulated that a new spinal reflex circuit develops which is mediated by C fibers as response to reorganization of synaptic connections in spinal cord. This is responsible for the development of neurogenic detrusor overactivity (NDO). Various neurotrophic hormones like nerve growth factor affect the morphological and physiological changes of the bladder afferent neurons leading to neuropathic bladder dysfunction. A suprasacral SCI usually results in a voiding pattern consistent with NDO and sphincter dyssynergia. Injury to either the sacral cord or cauda equina results in detrusor hypoactivity/areflexia with sphincter weakness.

Objective: The present work describes our experience in surgical correction of stress urinary incontinence, comparing both the TVT and the TVT-O techniques. Results: Median operative time was 28 minutes for TVT and 7 minutes for TVT-O. Intraoperative complications for TVT occurred in 4 patients (6.6%): urinary bladder perforation in 3 patients (5%, p = 0.0228) and parietal peritoneum perforation in 1 case (1.6%). No intraoperative complications took place during TVT-O. Immediate postoperative complications: transient urinary retention in TVT, 2 cases (2.6%) and overcorrection in TVT-O (1%) which was readjusted within 24 hours. There were no late complications after TVT. There were 2 cases (2.04%) with late complications in TVT-O. TVT and TVT-O resulted in correction of incontinence in 100% of the patients. Conclusion: TVT and TVT-O are two effective techniques for the correction of stress urinary incontinence. TVT-O would seem to be a technique much easier to perform resulting in less intraoperative complications.

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For many years, parts of the large or small bowel have been used for bladder augmentation and substitution. Recent controversy over the advantages and disadvantages of continent urinary diversion using detubularized ileum (the Kock pouch) and tubular ileum (the Camey procedure) focussed on how a highly compliant urinary reservoir should be formed. We compared the compliance of isolated intact ileal segments and ileal pouches constructed after transection of the antimesenteric border. Hydrodynamic data was obtained at four different points in time: acute (immediately after pouch construction), and after two, six and twelve weeks. Over the first six weeks the reservoirs were connected to the bladder for drainage. At six weeks, subtotal cystectomy and separate anastomosis of the tubular ileal loop and the detubularized ileal pouch to the trigone was performed to study the influence of cyclic reservoir distention. Statistical analysis of the pressure-volume curves revealed significantly better compliance of the detubularized ileal pouch as compared to the intact ileal segments. The area under the pressure curve values (AUC) were p less than 0.025, p less than 0.02, p less than 0.005 and p less than 0.02 for the acute experiment, after two weeks, after six weeks, and after 12 weeks respectively. Our findings suggest that transection of the circular intestinal wall is an important step in the creation of a good-compliant urinary reservoir.