How does increased motion affect the quality of an image?

Increased motion during imaging adversely affects the quality of the resulting image by decreasing image detail. Motion can cause blurring, making anatomical structures less distinct and difficult to evaluate. When an object moves while the image is being captured, the result is a smeared or unclear representation of that object. This is especially critical in radiology, where precise detail is necessary for accurate diagnosis and treatment planning.

The importance of a stable imaging environment cannot be overstated, as clarity and detail are crucial for interpreting the nuances of the images. Any motion, whether from the patient, the equipment, or even external sources, compromises the ability to assess the image correctly. Consequently, maintaining stillness and minimizing motion is a vital part of ensuring high-quality images in radiological practices.