Patient radiation dose is related to the framing frequency in what manner?

Patient radiation dose is directly related to the framing frequency because as the framing frequency increases, the number of images or frames produced per second also increases. This leads to a higher amount of radiation being delivered to the patient in a given timeframe.

In fluoroscopy, the framing frequency refers to how often images are captured during the examination. When the frequency is increased, the system requires more radiation to produce those images, thereby increasing the overall dose received by the patient. This relationship is significant in the clinical setting, as it emphasizes the importance of optimizing framing frequency to maintain image quality while minimizing radiation exposure.

While other options may suggest alternative relationships, the direct relationship accurately reflects that an increase in framing frequency translates to a proportionate increase in radiation dose to the patient. Understanding this concept is crucial for radiologic technologists to balance effective imaging with safety protocols regarding radiation exposure.