[Neuropathic bladder dysfunction]

Area of Science:

• Urology
• Pediatric Surgery
• Neurology

Context:

• Spinal cord defect closure can alter pelvic floor function, leading to bladder dysfunction in newborns.
• Newborns often have residual urine post-voiding, necessitating management strategies.
• Bladder dysfunction patterns evolve within the first year, potentially causing complications like reflux and hydronephrosis.

Purpose:

• To highlight the importance of understanding pelvic floor functional changes post-spinal cord defect closure.
• To emphasize the need for early urodynamic evaluation and residual urine assessment.
• To underscore the benefits of anticholinergics and clean intermittent catheterization (CIC) in managing bladder dysfunction.

Summary:

• Post-spinal cord defect closure, pelvic floor overactivity can develop, leading to bladder-sphincter dyssynergy.
• Early urodynamic evaluation and residual urine assessment are crucial for identifying and managing bladder dysfunction.
• Anticholinergics and CIC demonstrate significant success in treating reflux and improving bladder function.

Impact:

• Early detection and management of bladder dysfunction can prevent serious complications like reflux and hydronephrosis.
• Improved bladder volume, compliance, and reduced leak point pressure are observed with successful treatment.
• This approach optimizes long-term bladder health and quality of life for children with spinal cord defects.