Search

Rational: Low‐value radiological imaging threatens patient safety and efficient use of limited health resources. It is important to evaluate measures for reducing low‐value utilisation, to learn and to improve. Accordingly, the objective of this study was to qualitatively evaluate a pilot intervention for reducing low‐value imaging in Norway. Methods: Semi‐structured interviews were conducted aimed at describing stakeholders' experience with a multicomponent pilot intervention consisting of a standardised procedure for referral assessment, a standardised return letter, and information about the value and possible risks of magnetic resonance imaging‐examinations to the public. Data were analysed in line with qualitative content analysis with a deductive approach. Results: Seven healthcare providers were interviewed, including two radiologists, two radiographers, one manual therapist, one practice consultant and one general practitioner. Data analysis yielded four categories: (1) information and reception, (2) referral‐ and assessment processes, (3) suggestions for improvement and facilitation and (4) outcomes of the pilot intervention. Conclusions: The pilot intervention was deemed acceptable, feasible, engaging and relevant. Specific training in the use of the new procedure was suggested to improve the intervention. The simple design, as well as the positive acceptance demonstrated and the few resources needed, make the pilot intervention and methodology highly relevant for other settings or when aiming to reduce the number of other low‐value radiology examinations. [ABSTRACT FROM AUTHOR]

Rationale: Increased attention to cancer care has instigated altered systems for screening, diagnosis, and management of various types of cancer, such as in the prostate. While such systems very likely have improved the quality of cancer care, they also result in the altered use of specific services, such as magnetic resonance imaging (MRI). Aims and Objective: To study the change in the use of prostate MRI in the Norwegian health care system from 2013 to 2021 and to investigate some reasons for and potential implications of this change. Method: Data from the Norwegian Health Economics Administration (HELFO), The Cancer Registry of Norway and Cause‐of‐death registry at the Norwegian Institute of public health and the health registry of Vestfold Hospital Trust were used for descriptive statistical analysis. Results: The number of MRIs of the prostate increased threefold from 2013 to 2021, representing an extra cost of 2 million USD in 2020. The incidence of prostate cancer was stable at about 5000 cases per year, corresponding to 178 per 100,000 men, indicating no increased overdiagnosis. However, the clinical staging has changed substantially during this period, indicating stage and grade migration. The number of negative biopsies was reduced, and there are three MRIs per reduced negative biopsy. The number of persons on active surveillance increased during the period. However, these changes are partly independent of the increase in the number of MRIs. Conclusion: There was a substantial increase in the number of prostate MRIs and thus an increase in costs. This appears to have contributed to the reduction of negative biopsies, improved staging and increased active surveillance. However, as these effects are partly independent of the increase in MRIs, we need to document the outcomes for patients from prostate MRIs as their opportunity costs are substantial. [ABSTRACT FROM AUTHOR]