What is a limitation associated with DXR technology?

The limitation associated with DXR technology pertains to reduced image quality at low radiation doses. In diagnostic imaging, achieving a balance between sufficient radiation exposure to obtain high-quality images and minimizing patient exposure to radiation is crucial. While low radiation doses are desirable for patient safety, particularly in pediatric imaging or repeated studies, they can inadvertently lead to a decrease in image clarity and detail. This might affect the ability to accurately diagnose conditions since critical structures may not be well visualized. Thus, while DXR technology strives to utilize lower doses for safety reasons, this can sometimes compromise the diagnostic effectiveness of the images produced.

In contrast, options relating to cost, compatibility with electronic health records, and range of use in various imaging modalities do represent challenges in the broader context of medical imaging technology but are not specific limitations unique to DXR technology itself. High equipment costs, for instance, can be seen as a barrier to widespread adoption of many imaging systems, not just DXR. Similarly, compatibility issues and limitations in range primarily rest on the infrastructure and integration of health technologies rather than the fundamental functionality of DXR.