MRI scan cervical spine screening with vertigo protocol

An MRI vertigo protocol evaluates brainstem, cerebellum and inner ears using high-resolution sequences: axial and coronal T2, 3D T2 (CISS/FIESTA) for internal auditory canals, FLAIR, diffusion-weighted imaging, susceptibility/GRE, and pre- and post-contrast T1-weighted scans. Thin slices (≤3 mm) and MR angiography may be added to assess vascular causes. Contrast enhances detection of vestibular schwannoma, inflammation or demyelination.

Yes — MRI is generally safe and is often used to evaluate vertigo when symptoms are persistent, severe, or suggest a central cause (stroke, tumour, demyelination). Your clinician will screen for MRI contraindications (certain metal implants, pacemakers, cochlear implants) and may choose other tests for peripheral causes like BPPV. Inform staff about implants, pregnancy, or severe claustrophobia before scanning.

Cervical vertigo does not have a specific MRI signature. MRI can show neck spine issues (degenerative changes, disc problems, nerve compression) or rule out brain causes, but it cannot directly demonstrate dizziness origin. Diagnosis is mainly clinical, based on symptoms and examination and excluding inner‑ear or central causes; imaging helps support or exclude other conditions rather than definitively proving cervical vertigo.

Before a cervical spine MRI: tell staff about implants, pacemakers, metal clips or pregnancy; bring ID and prior imaging. Remove jewelry, watches, hairpins and metal-containing clothing; change into a gown if required. Complete the MRI safety questionnaire. If contrast is planned, report allergies and kidney disease—blood tests may be needed. Arrange sedation or support if claustrophobic, and arrive early to finish paperwork.

MRI of the brain, using dedicated sequences for the posterior fossa and internal auditory canals, is the best imaging test for vertigo because it detects central causes (brainstem, cerebellum, vestibular nerve) and inner‑ear lesions. CT is less sensitive but useful urgently for suspected acute stroke, hemorrhage, or temporal‑bone fracture. Choice depends on clinical context and neurological signs.

Special MRI protocol includes a detailed pre-scan safety screening for implants, metal fragments, allergies, and pregnancy; checking kidney function if gadolinium contrast is planned; removing jewelry and metallic items; following fasting instructions for abdominal studies; arranging sedation or anxiolytics for claustrophobic patients; informing staff about tattoos or implanted devices; and bringing prior imaging for comparison.