What does a significant radiation dose reduction in CBCT allow for in dental imaging?

A significant radiation dose reduction in Cone Beam Computed Tomography (CBCT) enhances the feasibility of increased imaging frequency. This is particularly important in dental practice where multiple imaging sessions may be required for comprehensive diagnostics or treatment planning. With lower radiation exposure, patients can safely undergo imaging procedures more often, which promotes better monitoring of their oral health over time.

Higher image quality may not necessarily be linked to radiation dose reduction, as image quality is often influenced by factors such as the technology used or the settings during the procedure, rather than just the level of radiation exposure. Improved patient comfort typically involves aspects like the scanning process and the dental environment, rather than radiation dose itself. Longer imaging sessions do not directly relate to dose reduction; in fact, reduced radiation typically correlates with shorter imaging times as the technology and techniques improve. Therefore, the relationship between dose reduction and increased imaging frequency is clear and beneficial for both patient care and safety.