Which strategy is most effective for ensuring that radiation exposure is minimized during imaging?

Employing proper technique and patient communication is vital in ensuring that radiation exposure is minimized during imaging for several reasons.

Firstly, proper technique involves selecting the appropriate exposure parameters, such as kilovoltage (kVp) and tube positioning, which can significantly impact the amount of radiation used to obtain a diagnostic image. A well-executed technique can optimize image quality while keeping the dose to the patient as low as possible.

Secondly, effective patient communication plays a crucial role. When patients understand the imaging procedure and the importance of remaining still, they are more likely to follow instructions. This helps reduce the need for repeat imaging due to motion artifacts or inadequate exposure, both of which can inadvertently increase radiation exposure.

In combination, these strategies create a framework that supports the ALARA (As Low As Reasonably Achievable) principle, effectively balancing image quality and patient safety. Together, the proper technique and clear communication are fundamental in minimizing radiation exposure while achieving the necessary diagnostic information.