During a fluoroscopic procedure, a radiologic technologist is required to stay close to the patient. Which of the following practices should be implemented to ensure optimal protection for the technologist?

The choice to wear a lead apron and thyroid shield, as well as to position behind a movable lead shield when possible, is essential for minimizing radiation exposure during fluoroscopic procedures. Lead aprons provide a significant barrier against radiation, effectively absorbing scattered rays that can be harmful to the technologist's body. Similarly, thyroid shields protect the thyroid gland, which is particularly sensitive to radiation.

Positioning behind a movable lead shield further enhances protection by creating an additional barrier between the technologist and the source of radiation. This practice recognizes the importance of reducing direct exposure and is a critical component of radiation safety protocols.

Staying close to the patient can expose a radiologic technologist to higher levels of scatter radiation, making protective measures like those described in this choice crucial for maintaining safety without compromising the ability to monitor the procedure effectively. This approach aligns with established radiation safety guidelines that prioritize minimizing exposure for healthcare professionals working with ionizing radiation.