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Predictors of time to complete toileting for children with spina bifida
Nigel Gribble1, Richard Parsons, Marie Donlau
1School of Occupational Therapy and Social Work, CHIRI, Curtin University, Perth, Western Australia, Australia.
Insights
Children with spina bifida often take longer to urinate using clean intermittent catheterisation. Ambulant, independent girls tend to complete toileting faster, informing occupational therapy interventions.
Area of Science:
- Pediatric Urology
- Rehabilitation Medicine
- Occupational Therapy
Background:
- Children with spina bifida utilize clean intermittent catheterisation (CIC) for urination.
- CIC is a complex procedure that can prolong toileting time.
- Factors influencing prolonged urination time in this population are not well understood.
Purpose of the Study:
- To identify variables predicting extended urination times in children with spina bifida undergoing CIC.
- To inform occupational therapy practice for managing toileting challenges.
Main Methods:
- Observational study of 50 children (aged 5-18) with spina bifida using CIC.
- Utilized assessment tools including the Canadian Occupational Performance Measure.
- Logistic regression analysis to determine predictors of extended toileting time.
Main Results:
- Over half of participants required more than five minutes for urination.
- Ambulant and independent girls were more likely to complete toileting in under six minutes.
- Age, IQ, task focus, COPM, processing abilities, and self-rated independence did not predict extended times.
Conclusions:
- Gender, independence, and ambulation are key predictors of toileting time in children with spina bifida.
- Occupational therapists can use these factors to prioritize interventions.
- Minimizing occupational disruption requires targeted support based on identified predictors.
Background/Aim:
Previous research has shown that children with spina bifida use clean intermittent catheterisation for urination, a rather complex procedure that increases the time taken to completion. However, no studies have analysed the factors impacting on the time taken to complete the urination that could inform occupational therapy practice. Therefore, the aim was to identify the variables that predict extended time children with spina bifida take to complete urination.
Methods:
Fifty children, aged 5-18 years old with spina bifida using clean intermittent catheterisation, were observed while toileting and responding to a set of assessments tools, among them the Canadian Occupational Performance Measure. A logistic regression was used to identify which variables were independently associated with an extended toileting time.
Results:
Children with spina bifida do take long time to urinate. More than half of this study's participants required more than five minutes completing urination, but not all required extended times. Ambulant, independent girls were more likely to perform toileting in less than six minutes compared with other children with spina bifida. However, age, IQ, maintained focus on the task, Canadian Occupational Performance Measure, time processing abilities and self-reported ratings of independence appeared to be of no relevance, to predict extended toileting times.
Conclusion:
To minimise occupational disruption caused by extended toileting times, occupational therapists should utilise the relevant predictors: gender, independence and ambulation when they prioritise children for relevant interventions.
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