Kettering ARRT Practice Exam 2025 – Comprehensive All-in-One Guide to Radiologic Technologist Certification Success!

Increasing radiation dose can indeed improve image quality in terms of increasing image detail. Higher radiation exposure typically enhances the signal-to-noise ratio in radiographic imaging, which leads to clearer, more detailed images. This is because a higher dose can produce a stronger signal from the tissues being imaged, thereby reducing the amount of noise in the final image.

However, while a higher radiation dose can improve image quality, it also raises significant concerns regarding patient safety. The risk of potential radiation-induced harm, such as damage to tissues or increased risk of cancer, becomes a crucial factor that must be considered when determining the appropriate dose for imaging procedures. Thus, while the intention may be to enhance image quality by increasing the dose, it is essential to balance this with the overarching priority of patient safety.

Therefore, the correct answer emphasizes the importance of recognizing that, although increasing radiation dose can improve image quality, it can also adversely affect patient well-being, highlighting the need for careful consideration in clinical practice.