Radiologic Technologist Practice Exam

What is one of the primary reasons to monitor radiation dose during fluoroscopic procedures?

1. To ensure imaging quality

2. To maintain patient safety

3. To calculate technician pay

4. To improve efficiency

The correct answer is: To maintain patient safety

Monitoring radiation dose during fluoroscopic procedures is crucial for maintaining patient safety. Fluoroscopy involves the continuous exposure of patients to X-rays, which can lead to significant radiation doses if not carefully controlled. Excessive radiation exposure can increase the risk of cancer and other radiation-induced conditions. By closely monitoring the radiation dose, healthcare professionals can assess the amount of exposure each patient receives, ensuring that it remains within safe and acceptable limits. This practice not only protects patients but also adheres to the ALARA (As Low As Reasonably Achievable) principle, which aims to minimize radiation exposure while obtaining the required imaging information. Ensuring imaging quality, calculating technician pay, and improving efficiency are important considerations in the context of radiologic procedures but are secondary to the primary goal of patient safety. While imaging quality is vital for accurate diagnoses, it is achievable without exceeding safe radiation thresholds. Technician pay and operational efficiency, although relevant, do not directly relate to the immediate health and safety of the patient receiving fluoroscopic interventions. Therefore, maintaining patient safety stands out as the principal reason for monitoring radiation dose in these scenarios.