An MR angiogram of the lower limbs is a noninvasive MRI test that produces detailed images of leg arteries and veins. It uses magnetic fields and often an intravenous contrast (gadolinium) to show blockages, narrowing, aneurysms, or vascular malformations—helpful for diagnosing peripheral arterial disease. No ionizing radiation is used; contraindications include some implanted devices and severe kidney dysfunction.

Yes. MRI with magnetic resonance angiography (MRA) can detect blocked or narrowed arteries in the legs (peripheral arterial disease). MRA visualizes blood flow and pinpoints stenosis or occlusion, often using IV gadolinium contrast. It’s radiation‑free and useful for treatment planning, though heavy calcification or certain implants can reduce accuracy. Alternatives include duplex ultrasound, CT angiography, and catheter angiography.

MRI of the lower limb is a non‑invasive imaging test that uses magnetic fields and radio waves to produce detailed cross‑sectional images of bones, joints, muscles, tendons, ligaments, nerves and blood vessels. It helps diagnose injuries (tears, sprains, fractures), arthritis, infections, tumours and vascular problems. No ionizing radiation is used; contrast dye may be given. Inform staff about metal implants, pacemakers or pregnancy and claustrophobia.

An angiogram of the lower limb is an X‑ray test that visualizes leg arteries by injecting contrast dye through a catheter to identify blockages, narrowing, aneurysms or poor blood flow. It helps plan treatments such as angioplasty, stenting or bypass surgery. Performed under local anaesthetic, it is usually outpatient. Risks include bleeding, bruising, allergic reaction to dye and contrast‑related kidney effects.

A leg angiogram (arteriogram) is a minimally invasive test to image blood flow and is generally safe; most people go home the same day. Minor problems like bruising or local bleeding are common; rare but serious complications include arterial damage, limb ischemia, large hematoma, contrast reactions or kidney injury, and infection. Your doctor will weigh risks based on your health.

An MRI of the leg begins with screening for metal and removing jewelry, then you change into a gown and lie on the scanner table. A radiofrequency coil is positioned around the leg, then the table slides into the tunnel. You must remain still while sequences run (20–45 minutes). Gadolinium contrast may be injected for better detail. The exam is painless, noisy, and you can usually resume normal activity afterward.