What is a common effect of increased scatter production during imaging?

Increased scatter production during imaging is associated with lower image quality. Scatter radiation occurs when primary x-rays interact with matter in unintended ways, dispersing in different directions rather than contributing useful information to the image. This scatter adds unwanted density to the diagnostic image, which leads to a reduction in contrast. The loss of contrast is particularly significant because high-quality images rely on the ability to distinguish various tissues based on differences in density and composition.

While the presence of scatter does not directly cause longer exposure times or alterations in radiation dose, it can complicate imaging procedures by necessitating adjustments to maintain image quality. Ultimately, the increase in scatter production impairs the clarity and diagnostic utility of the images, highlighting its detrimental impact on overall image quality.