Using a grid in fluoroscopy will increase which of the following?

Using a grid in fluoroscopy increases image quality. Grids are designed to enhance the contrast of the images produced during fluoroscopic examinations. They achieve this by absorbing scatter radiation that can degrade the quality of the images. When scatter radiation is minimized, the resulting images have clearer delineation of structures, which is crucial for accurate diagnosis and interpretation.

While grids improve image quality, they also necessitate higher exposure doses to the patient to compensate for the absorption of some of the useful radiation. This is because while the grid enhances the useful signals, it also reduces the total amount of radiation reaching the image receptor. Thus, the use of a grid can lead to an increase in patient dose as the system compensates for this loss.

Grids primarily impact image clarity and contrast. The need for increased exposure time and overall radiation output is secondary and related to the requirement to produce a quality image when a grid is in use. However, the key outcome of utilizing a grid during imaging procedures predominantly revolves around the enhancement of image quality.