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What is a MRI LEFT LEG-MAVRIC?

MRI Left Leg – MAVRIC is an advanced MRI examination that uses metal artifact reduction technology to provide detailed imaging of the left leg around metallic implants, helping evaluate bones, muscles, tendons, soft tissues, infections, implant-related complications, and other leg disorders.

Additional Information

Also known as/ Other names: MAVRIC SL MRI, MARS MRI (Metal Artifact Reduction Sequence), MRI Left Leg with Metal Artifact Reduction, MRI Lower Extremity with Metal Suppression
Parameters: 1
Recommended for: M/F/Others
Sample Type: _
Patient Preparation: -
Reports: Within 24 working hrs

Disclaimer: Result availability is subject to the laboratory's schedule and test availability.

FAQs

What is MRI Left Leg – MAVRIC?

MRI Left Leg – MAVRIC (Multi-Acquisition Variable-Resonance Image Combination) is an advanced Magnetic Resonance Imaging (MRI) examination that uses specialized metal artifact reduction technology to produce high-quality images of the left leg, particularly in patients with metallic orthopedic implants.

Why is MRI Left Leg – MAVRIC performed?

This examination is performed to evaluate persistent leg pain, implant-related complications, fractures, infections, inflammation, muscle and tendon injuries, bone abnormalities, soft tissue masses, fluid collections, and postoperative changes.

What structures are evaluated during MRI Left Leg – MAVRIC?

The examination evaluates the bones of the left leg, bone marrow, muscles, tendons, ligaments, nerves, blood vessels, soft tissues, and the tissues surrounding metallic implants.

Can MRI Left Leg – MAVRIC detect muscle and tendon injuries?

Yes. Despite the presence of metal, MAVRIC technology provides detailed evaluation of muscle tears, tendon injuries, strains, inflammation, hematomas, and other soft tissue abnormalities.

Can MRI Left Leg – MAVRIC detect infections around implants?

Yes. It is highly useful for detecting bone infections (osteomyelitis), soft tissue infections, abscesses, inflammation, and fluid collections around metallic implants.

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