Protocol Optimization
Tailor acquisition parameters to the clinical question and patient size to avoid unnecessary exposure. Use lower kVp and mA settings when appropriate and apply iterative or AI reconstruction to preserve image quality. Standardize protocols and review them regularly with physicists and clinicians.
Engineering Controls
Use shielding barriers collimation and beam shaping to limit exposed volume and scatter. Maintain and test protective equipment such as lead aprons and thyroid shields and replace them when degraded. Design suites and control areas to minimize occupational exposure and public access to radiation zones.
Work Practice Controls
Minimize fluoroscopy time use pulsed modes and last image hold and maximize distance from the source when possible. Implement checklists and time outs to confirm correct patient and procedure and to avoid repeat imaging. Rotate staff assignments and use remote monitoring to reduce cumulative occupational dose.
Monitoring and Feedback
Implement dose monitoring systems for patients and staff and set diagnostic reference levels for common exams. Provide regular feedback to operators and use dose alerts to prompt protocol review. Use benchmarking and trend analysis to drive targeted optimization efforts.