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Exploring radiographers' perspectives toward virtual reality in paediatric imaging: Implications for patient care and
1School of Medicine, University College Dublin, Belfield, Dublin, D04 V1W8, Ireland.
Introduction:
With technological advancements reshaping medical imaging, virtual reality (VR) has emerged as a promising tool for managing procedural anxiety in paediatric patients. This research addressed a critical gap in the literature regarding radiographers' opinions on the technology. Specifically, it investigates their views on VR's dual role as both a distraction technique and a preparatory tool in departments.
Methods:
Firstly, a semi-structured interview was conducted with a radiographer experienced in implementing innovative technologies. Key insights from the interview discussion were then used to formulate a focus group framework of five radiographers working in paediatric hospitals. Thematic analysis was employed to generate themes within the data.
Results:
Four main themes were generated, including managing paediatric anxiety, the impact of VR on radiographers, VR vs. traditional tools, and potential barriers to VR. Participants expressed overall support for the use of VR in paediatric imaging, particularly during invasive procedures. However, participants didn't think it was feasible in the X-ray department, or as a sedation alternative.
Conclusion:
This study suggests that VR would be accepted by radiographers as a valuable tool, recognising its possibilities to enhance patient care and streamline workflow. Although some challenges were identified, with targeted training, patient screening, and cost-effective alternatives, VR could be an effective tool for Irish paediatric hospitals.
Implications For Practice:
VR's successful implementation could improve the paediatric imaging experience by reducing procedural anxiety and minimising reliance on sedation. This would be a critical innovation to address the growing safety concerns regarding the use of pharmacological interventions in children. The technology may also enhance departmental efficiency through reduced sedation costs and improving the workflow.
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