What question did this study set out to answer?

This study aims to assess occupational radiation exposure in spine surgery and evaluate organ-specific doses.

Occupational Radiation Exposure in Spine Surgery: Organ-specific OSL Phantom Dosimetry and Workload-based Risk Assessment

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Randomized trial evaluates radiation doses during spine surgery, suggesting improved safety measures for surgeons.

This study aims to assess occupational radiation exposure in spine surgery and evaluate organ-specific doses.
Used ATOM phantoms and nanoDot OSL dosemeters to measure radiation exposure during procedures.
Evaluated organ doses from a controlled 50-acquisition fluoroscopy protocol.
Calculated effective dose and annual exposure scenarios based on International Commission on Radiological Protection factors.
Highest doses were observed in the thoracic region, with breasts receiving 0.0430 mSv/procedure.
Standard protective equipment reduced doses by 27.3% to 42.9%.
Annual effective doses projected at 14.58 mSv/year for 96 procedures and 36.45 mSv/year for 240 procedures.

Warimezgane et al. (2026) studied this question.

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