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  • Title: Role of urodynamics in male patients of high-anorectal malformations: a prospective study.
    Author: Binu V, Dash V, Bawa M, Kanojia RP, Samujh R.
    Journal: Pediatr Surg Int; 2021 Apr; 37(4):461-468. PubMed ID: 33484331.
    Abstract:
    PURPOSE: Association of spinal or vertebral anomalies and the iatrogenic denervation during surgical correction of anorectal malformation patients especially in boys can lead to neurogenic bladder inthese subset of patients. The paucity of literature with regard to urodynamic studies focusing exclusively in male children with high-anorectal malformations (HARM) lead us to analyze the urodynamic changes. The objective was to study urodynamic profile in male patients who have undergone surgery for anorectal malformation. METHODS: Male high-anorectal malformation patients who had completed all the stages of repair were prospective studied. Following the basic work up, all patients based on the urodynamics were categorized into 2 groups as safe or unsafe bladders. Unsafe bladder was defined as detrusor pressure > 40 cm (high detrusor pressure) or pressure variability of 15 cm of water (detrusor overactivity) or significant post-void residue. MRI was limited to patients with only abnormal urodynamics to rule out spinal causes of neurogenic bladder and due to financial constraints, it could not be offered to all patients. RESULTS: 41 HARM meet the exclusion criteria. All patients were asymptomatic with none having history of urinary tract infections. Ultrasound showed bladder wall thickening in 31.7% patients. UDS revealed reduction in bladder capacity and compliance was noted in 31.7% and 30% patients, respectively. Elevated detrusor pressures (> 40 cm of water) were noted in 10% (4/41), detrusor overactivity with concomitant elevated detrusor pressures in 19.5% (8/41) and normal UDS in 70% (29/41). 13 patients (31.7%) had abnormal cystometric parameters with 12(30%) having unsafe bladders. MRI confirmed sacral agenesis in 1 patient with unsafe bladder. CONCLUSION: Urodynamics can demonstrate occult neurovesical dysfunction in patients with HARM. This would help in early renal protective therapy and prevent the burden of long-term sequelae of neurovesical dysfunction in HARM patients.
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