Which imaging technique is primarily used to detect abnormalities in the eye socket?

The primary imaging technique used to detect abnormalities in the eye socket is orbit MRI or CT scan. This imaging method is particularly effective at providing detailed cross-sectional images of the orbit, helping clinicians to visualize the structures surrounding the eye including bones, soft tissues, and potential pathological changes.

MRI is particularly useful for assessing soft tissue, while CT scans are excellent for visualizing bony structures and can quickly highlight fractures or other bony lesions within the eye socket. The ability to diagnose conditions such as tumors, infections, or orbital fractures is greatly enhanced through these imaging techniques, making them the preferred choice in clinical practice for evaluating issues related to the eye socket.

Other options do not provide the same level of detail concerning orbital structures; for example, optical coherence tomography is primarily used for imaging the retina and anterior segment, fundus examination focuses on the interior of the eye, and visual field testing assesses peripheral vision rather than structural abnormalities in the eye socket.