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Published on: June 21, 2024
Australian paediatric hyperbaric oxygen therapy 1998-2011
G Frawley1, M Bennett, K Thistlethwaite
1Alfred Hyperbaric Unit, Alfred Hospital, Melbourne, Victoria. geoff.frawley@rch.org.au
Insights
Hyperbaric oxygen therapy is feasible for children in Australian units, with low complication rates for various conditions. Careful management is needed when treating pediatric patients in adult facilities.
Area of Science:
- Pediatric Medicine
- Hyperbaric Medicine
- Clinical Research
Background:
- Hyperbaric oxygen therapy (HBOT) is crucial for treating ischemic, infective, inflammatory, or traumatic conditions.
- Its application in pediatric populations requires specific evaluation.
Purpose of the Study:
- Identify clinical conditions treated with HBOT in Australian pediatric patients.
- Describe treatment outcomes and complications.
- Assess safety during treatment and transfers.
Main Methods:
- Retrospective cohort study (January 1998-December 2011).
- Analyzed data from 112 children undergoing 1099 HBOT treatments across four Australian units.
- Reviewed 14 different indications for treatment.
Main Results:
- HBOT was completed as planned in 81.5% of cases.
- Complications occurred in 5.3% of treatments (58/1099).
- Central nervous system oxygen toxicity occurred at a rate of 1:366 treatments.
Conclusions:
- HBOT is feasible for pediatric patients in major Australian hyperbaric units.
- Low complication rates were observed.
- Managing pediatric patients in adult facilities necessitates interdisciplinary collaboration for optimal care.
Abstract:
For a large number of ischaemic, infective, inflammatory or traumatic conditions, hyperbaric oxygen therapy is either the only treatment or an adjunct that significantly reduces morbidity and mortality. The primary aim of this review is to identify clinical conditions treated in a paediatric population referred to Australian hyperbaric units. Secondary aims are to describe outcomes of treatment and detail any complications occurring during treatment or during transfer between units. This was a retrospective cohort study (January 1998-December 2011) of children treated at four Australian hyperbaric medical units. A total of 112 children underwent 1099 hyperbaric treatments for 14 indications. Ages were not normally distributed with a median age of 14 years (interquartile range 11-16; range 0.25-16 years). Treatments were completed as planned in 81.5% of cases with 25 patients' treatment terminated at the request of physicians, parents or patients. Complications relating to hyperbaric oxygen therapy occurred in 58 treatments (5.3%). Central nervous system oxygen toxicity occurred in 1:366 treatments. Our findings indicate that provision of hyperbaric oxygen therapy to children is feasible in major regional hyperbaric units and is associated with low complication rates. Management of children in an adult hyperbaric facility, however, requires significant cooperation between paediatric, intensive care and hyperbaric consultants, as the need for transfer to another hospital and prolonged transports often impacts on optimal ongoing surgical and intensive care management.
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