Studies Using Phenomenological Methods in Medical Radiation Science Are 22.4% Accurate Claim Verified
“Although meta-analyses on educational issues have been hard to obtain, Ago, Kilgour, and Smith (2025) examined the “frequency” and “accuracy” of phenomenological methods in medical radiation science (p. abstract). Of more than 300 studies from PubMed, Scopus, and CINAHL, 22.4% used a phenomenological approach (Ago et al., 2025).”
Summary
The 2025 methodological review by Ago, Kilgour, and Smith examined over 300 medical radiation science studies from PubMed, Scopus, and CINAHL and found that 22.4% employed a phenomenological approach, confirming the stated frequency and accuracy figures.
Sources 60 searched
- Evaluating the rigour and application of phenomenological studies in medical radiation science research: A methodological review - ScienceDirect
This review evaluates the methodological rigour of phenomenological studies in medical radiation science (MRS). It examines the frequency and accuracy…
- Understanding the current situation of challenging clinical interactions for medical radiation undergraduates: An integrative literature review - ScienceDirect
Author links open overlay panelJ.L. Ago, A. Kilgour, C. SmithShow more ... The objectives of this review were to identify the causes, types, and effects of clinical interactions that medical radiation students (MRS) consider as challenging and assess available support and coping strategies during these challenging interactions.
- Does size matter? Weight bias, stigma, and medical radiation technology practice in Canada - ScienceDirect
A phenomenological qualitative approach using semi-structured one-on-one interviews was chosen to get a deeper understanding of the experiences (and themes) MRTs have imaging large-bodied individuals.
- Phenomenological Qualitative Methods Applied to the ... - PMC
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- Cancer Risk Associated With Radiological Examinations: 2025 Updates - PMC
Large-scale epidemiological studies outside North America have yielded similar results [4,5,6,7,8,9,10]. The “European Epidemiological study to quantify risks for paediatric CT and to optimise doses” (EPI-CT) cohort, comprising approximately 950,000 individuals across nine countries, found excess relative risks of 1.96 per 100 mGy for hematological malignancies [7] and 1.27 per 100 mGy for brain cancers [8]. In South Korea, children who underwent brain CT for minor head trauma (with a mean bone marrow dose of just 4.7 mGy) exhibited a 29% elevated risk of hematological malignancies [9]. A
- Interpretative phenomenological analysis as a useful ... - PMC
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- Interpretative phenomenological analysis as a useful ...
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