MRI scan of leg with contrast

Procedure Information

What is MRI Scan of Leg with Contrast?

An MRI scan of leg with contrast is a diagnostic imaging procedure that utilizes powerful magnets, radio waves, and a computer to take detailed pictures of the soft tissues and bones within the body, with the addition of a type of dye known as contrast.

Why Would I Get a MRI Scan of Leg with Contrast?

A MRI scan of leg with contrast (MRI C) may be used to detect injuries, abnormalities, or medical conditions of the leg or lower body. The contrast dye helps to better visualize and differentiate different tissues, and can be used to detect things such as muscle tears, tumors, and cartilage damage.

What Happens During a MRI Scan of Leg with Contrast?

This procedure is performed on an MRI machine while the patient lays down on the table. Patients typically have to wear a garment with no metal objects on it during the scan. Before the scan begins, a nurse or technician will inject intravenous dye called contrast into a vein in the arm. This dye helps to create clearer images and can help the radiologist to better diagnose the issue. The MRI scan of the leg is then performed, lasting anywhere between 20 and 60 minutes, depending on the size of the area being scanned.

What to Expect After a MRI Scan of Leg with Contrast?

After the procedure is completed, the contrast will gradually be eliminated from the body over 24 to 48 hours and no special care is required. Results from the scan are usually available within a few days from the radiologist or other doctor. Patients should follow up with their doctor for further interpretation and for the best course of action for their individual case.

Conclusion

A MRI scan of leg with contrast is a diagnostic imaging procedure that utilizes powerful magnets, radio waves and a computer to take detailed pictures of the soft tissues and bones within the leg or lower body. The contrast used in this procedure helps to better visualize and differentiate different tissues, and can be used to detect things such as muscle tears, tumors, and cartilage damage. Patients should follow up with their doctor for further interpretation and for the best course of action for their individual case.