The best plain X‑ray view to visualize the styloid process is the lateral skull radiograph; it reliably shows length and angulation. A panoramic orthopantomogram (OPG) is also commonly used in clinical practice for screening. For definitive assessment of morphology and neighboring structures, CT with 3D reconstructions is superior. For symptomatic patients, clinicians often start with OPG or lateral skull X‑ray before CT.

The styloid process is a slender, pointed bony projection of the temporal bone that serves as an attachment for muscles and ligaments. On the Towne (occipitofrontal) radiographic view it appears as thin, elongated projections extending inferiorly and slightly medially from the skull base, usually seen below the mastoid tips; the view helps detect elongation, calcification, or fractures.

To find the radial styloid process, extend your wrist and thumb. On the thumb side of the wrist, just distal to the wrist crease, feel for a firm bony bump at the base of the thumb—that’s the radial styloid. The ulnar styloid is a small prominence on the little-finger side, felt with slight ulnar deviation. The temporal styloid (near the ear) is deep and usually not palpable.

A styloid process X‑ray film is a radiographic image (lateral skull, panoramic/orthopantomogram or dedicated styloid view) that visualizes the styloid process — a slender bony projection from the temporal bone. It detects elongation, fracture or calcification of the stylohyoid ligament and is used to investigate throat/neck pain, dysphagia, ear pain or suspected Eagle syndrome.

Imaging options for visualizing the styloid process include panoramic (orthopantomogram) and lateral skull radiographs, Towne’s and AP open-mouth views, and cone‑beam CT or multidetector CT with 3D reconstruction for precise length and angulation assessment. CT/CBCT provide superior bone detail and relationships to adjacent structures. Ultrasound has limited use; MRI is less helpful for bony detail but can assess soft tissues.

A panoramic radiograph is a single, two-dimensional dental X‑ray that captures the entire upper and lower jaws, teeth, temporomandibular joints and surrounding structures. It’s used to detect impacted teeth, jaw fractures, infections, cysts, tumors, bone abnormalities and to plan extractions, implants and orthodontic treatment. The machine rotates around the head; the exam is quick, non‑invasive and uses low radiation, but offers less detail than intraoral films.