Title of article :
Scalds as a result of vapour inhalation therapy in children
Author/Authors :
Belinda A. Wallis، نويسنده , , Jason Turner، نويسنده , , John Pearn، نويسنده , , Roy M. Kimble، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2008
Pages :
5
From page :
560
To page :
564
Abstract :
Objective To determine the numbers of paediatric scald injuries associated with the practice of inhaling warmed vapour or warm-humidification of rooms for treatment of upper respiratory tract infection (URTI). Methods Cases comprised a 6-year consecutive series of scalds in children 0–14 years attending the Royal Childrenʹs Hospital (RCH) in Brisbane, Australia. All scalds were sustained either directly from a container of hot water, or by room humidification. Results During 2001–2006, 27 children were treated for scald injury associated with breathing humidified air. Aged from 7 months to 14 years, 44% were under 3 years old and the modal age was 1 year. Injuries included steam burns to the hands from commercial vapour-producing devices in children younger than three, and spills from containers of hot water which resulted in larger scalds to multiple body sites in children aged 5–14. No child received an airway scald from hot vapour. Two children required grafts and four had a prolonged hospital stay. Total body surface area (TBSA) scalded, ranged from 1% to 15% and the majority of burns were deep dermal partial thickness. Conclusions The common practice of warm-humidification of inspired air as home treatment of URTIʹs carries an under-recognised risk of serious scalding. An alternative means of providing humidified air is to sit with your child in a closed bathroom whilst running the shower for a short time. If warm humidification is to be used, increased awareness of the risk by both parents and health professionals may reduce the incidence of this serious burn.
Keywords :
ScaldsSteamVapourInhalation therapyThermal injuryPreventionChild
Journal title :
Burns
Serial Year :
2008
Journal title :
Burns
Record number :
471610
Link To Document :
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