Evaluation of paediatric radiology services in hospitals in the UK
Introduction
Making a diagnosis in sick children is often extremely challenging and frequently requires imaging. Paediatric radiology differs significantly from adult radiology. Acquiring images is heavily influenced by young children's inability to cooperate and their increased sensitivity to radiation. Image interpretation requires an in-depth knowledge of the developmental abnormalities and diseases distinct to the paediatric population and the different manifestations and significance of conditions common to both adults and children. Failure to provide this specialised service may result in physical or psychological harm to the child, expensive and unnecessary investigations, and misdiagnoses.5, 6
The provision of a dedicated paediatric radiology service is of particular importance in cases of actual or suspected physical abuse where the availability of high-quality imaging and specialised radiological reporting is vital to protect those at risk. Failure of radiological provision can have disastrous effects, not only for the child, but also their family and the staff and institutions involved in their care. Poor-quality imaging was one of the many contributors to the death of Peter Connelly as identified in the first serious case review.7 More recently, a serious case review by the North East Lincolnshire local safeguarding children board described a case where failure to identify rib fractures on a chest X-ray had disastrous results for a child and their family.8
In response to concerns regarding the Peter Connelly case, and also the healthcare commission report into interventional radiology at Birmingham children's hospital,9 the former National Imaging Board commissioned a UK-wide document in 2010 on behalf of the Department of Health. This document, “Delivering quality imaging services for children”1 was intended for commissioners and described a three-tier network for paediatric radiology, where larger hospitals supported smaller units with training, imaging protocols, and reporting. By 2012, 2 years on from the publication of that document, concerns that the situation had not improved and that the increasing shortage of radiologists was exacerbating the situation,10 led to this audit to assess the current state of paediatric radiology in the UK.
Section snippets
Standards
Each of the audit standards in Table 1 comprises a recommendation, which specifies the structure, process, or outcome against which the quality of performance is to be judged; an indicator, which is a single variable that measures whether a recommendation is conformed with, and a target, which is the level of conformity aimed at or required. Recommendations were derived from “Delivering quality imaging services for children” and the Royal College of Radiologists (RCR) publications “Standards
Characteristics of participating institutions
Eighty-seven of 196 (44%) eligible institutions submitted data. The median (because the data were not normally distributed) number of examinations per institution performed on children aged <1 year was 2000 (interquartile range 995–3,386). The median number of examinations performed on children aged between 1 and 4 years was 2884 (interquartile range 1,464–4,587). The median number of examinations performed on children aged between 5 and 16 years was 10,696 (interquartile range 6,047–14,500).
Discussion
What evidence is there that specialised paediatric imaging is of value? A recent study from the United States5 demonstrated major errors in more than 20% of paediatric examinations reported in general hospitals. Concrete evidence for the adverse effects of computed tomography in young patients has been provided by two recent large population studies,11, 12 yet data from the UK for 2012–2013 demonstrated that a child is three-times more likely to undergo whole-body CT when presenting to a
Acknowledgements
This study was undertaken on behalf of the Clinical Radiology Audit Committee of the RCR, and the authors would like to thank all radiologists and radiographers who collected data in different departments across the country and, in particular, Dr John Somers MRCP FRCR for his advice.
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