Pediatrics
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Our goal was to describe the variability of sleep duration (time in bed per 24 hours) in healthy children from 1 to 10 years of age in comparison with growth measures. ⋯ Sleep duration during early and middle childhood shows large variability among children, as well as trait-like long-term stability and state-like yearly fluctuations within children. An individual approach to the child's sleep behavior is needed; expectations in terms of appropriate sleep duration of the child should be adjusted to the individual sleep need.
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In children aged 1 to 18 years, the causes of sudden cardiac death may remain unresolved when autopsy results are negative. Because inherited cardiac diseases are likely, cardiologic and genetic investigations of relatives may still yield the diagnosis in these cases. Moreover, these investigations provide timely identification of relatives who are also at risk of sudden cardiac death. We aimed to establish the cause of sudden cardiac death in the children of whom the family was referred to our cardiogenetics department and the diagnostic yield of these investigations. ⋯ Sudden cardiac death in children seems to be caused often by inherited cardiac diseases. Cardiac and genetic examination of relatives combined, if possible, with postmortem analysis after sudden cardiac death of a child has a high diagnostic yield (14 of 25), comparable to analysis in surviving victims of sudden cardiac death (6 of 10). Because sudden cardiac death can be prevented by timely treatment, these results warrant active family screening after unexplained sudden cardiac death of a child.
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The presence of a family member during invasive pediatric procedures such as lumbar puncture has been shown to reduce patient anxiety. However, family presence might also affect clinicians' stress and anxiety, with uncertain consequences for procedural success. ⋯ The presence of a family member was not associated with an increased risk of traumatic or unobtainable lumbar puncture, nor was it associated with more attempts at the procedure. The benefits of having a family member present during the procedure were not counterbalanced by adverse effects on procedural success.
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Organ donation after cardiac death is viewed as one way of partially closing the current gap between organ supply and demand. There are no published guidelines for organ donation after cardiac death specific to the pediatric population. The objective of this study was to examine the cumulative pediatric donation-after-cardiac-death experience to set the context for the development and sharing of best-practice guidelines. ⋯ Data regarding the use of pediatric donation-after-cardiac-death organs for pediatric recipients remain sparse. Few medical centers have had enough donation-after-cardiac-death donor experience to report a tried-and-true approach. We advocate for comprehensive collection and reporting of outcome data for all-aged recipients of pediatric donation-after-cardiac-death organs to help facilitate the generation of evidence-based best-practice guidelines for pediatric donation after cardiac death.
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Conventional electroencephalography remains the gold standard for the diagnosis and quantification of neonatal seizures. However, amplitude-integrated electroencephalography (aEEG) is being introduced to neonatal intensive care as an adjunct for neonatal seizure detection. ⋯ Even among physicians who have extensive experience, many neonatal seizures are difficult to detect on an aEEG, especially when they are infrequent, brief, or of low amplitude.