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April 18, 20260 citations

Insights from the analysis of the occupational exposure of personnel in the nuclear medicine department

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ZMZeliha MuçoGXGerti Xhixha

Key Points

  • To analyze occupational radiation exposure in personnel at a nuclear medicine department over six years.
  • Conducted a retrospective analysis of dose measurements from chest badges over six years.
  • Evaluated the impact of relocation and radiopharmaceutical usage changes on exposure.
  • Monitored exposure levels using TLD dosimeters, resulting in 237 measurements.
  • Technicians and nurses were the most exposed groups, while physicians had the lowest exposure.
  • The highest recorded dose was 1.32 mSv, with the maximum annual dose at 2.2 mSv.
  • No exceeded dose limits were recorded, but minor incidents affected exposure levels.

Abstract

This study focuses the retrospective analysis of the past 6 years of the occupational exposure at the Nuclear Medicine Department of the University Hospital Center "Mother Tereza" in Tirana (Albania). The effects of the relocating to a new building and the changes in the use of radiopharmaceuticals concerning radiological protection were analyzed. The personnel is monitored using chest badges equipped with TLD dosimeters, resulting in a total of 237 dose measurements. It was noted that the monitoring was not conducted systematically as expected by the legislation with a bimonthly cadence. The technicians and nurses were generally found to be the most exposed group of professionals, while occasionally the sanitary personnel received relatively high annual dose rates. Generally, the physicians received relatively low annual dose rates. The highest dose recorded was 1.32 mSv, reflecting a temporary increase in use of radiopharmaceuticals due to the management of increased demand. Particular cases of minor incidents and their impact on the recorded dose were examined. There were no cases of an exceeded dose limits, with the highest annual dose found to be 2.2 mSv. Nevertheless, careful focus is essential to optimize workflow and workload allocation and ensure continuous training of the personnel in response to an increase in procedures and changes in the radiopharmaceuticals utilized.

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Cite This Study

Muço et al. (2026) studied this question.

synapsesocial.com/papers/69e320fd40886becb65401d1https://doi.org/10.1051/epjconf/202636502001/pdf
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