Congress:
ECR25
Poster Number:
ESI-14194
Type:
EuroSafe Imaging Poster
DOI:
10.26044/ecr2025/ESI-14194
Authorblock:
M. Ostadi Ataabadi1, J. Rübenthaler1, J. Ricke1, M. B. Steinberger1, C. Ramsl2, M. Ingrisch1, R. S. Stahl1; 1Munich/DE, 2Vienna/AT
Disclosures:
Maryam Ostadi Ataabadi:
Nothing to disclose
Johannes Rübenthaler:
Nothing to disclose
Jens Ricke:
Nothing to disclose
Maria Barbara Steinberger:
Nothing to disclose
Christian Ramsl:
Nothing to disclose
Michael Ingrisch:
Nothing to disclose
Robert Stephan Stahl:
Nothing to disclose
Keywords:
Radiation physics, Radioprotection / Radiation dose, CT, Fluoroscopy, Comparative studies, Dosimetry, Dosimetric comparison
Radiation exposure is a key concern in interventional radiology, both for patients and medical personnel. Real-time dosimetry provides a valuable tool for live monitoring of the radiation exposure of staff during radiological interventions, which offers immediate feedback during procedures and allows detailed dose assessment afterwards. It can help to increase radiation awareness among staff, evaluate protection measures and optimise procedures to minimise the occupational dose [1-4].
The aim of this study is to
- evaluate the feasibility of implementing real-time dosimetry in radiological interventions,
- measure the radiation exposure of different staff roles during interventions,
- compare the accumulated dose between different types of interventions.