CT scan of hip, knee, ankle, or foot with and without contrast

Procedure Information

What is a CT Scan of Hip, Knee, Ankle, or Foot with and without Contrast?

A CT Scan of hip, knee, ankle, or foot with and without contrast is a diagnostic imaging procedure used to visualize and analyze the anatomy of the lower limbs. It combines a series of X-rays taken from multiple angles to create a detailed and vivid image of the bones, joints, and soft tissue surrounding the scanned area. Contrast material, usually iodine or gadolinium, is sometimes used to increase the visibility of the tissue being scanned.

Why Would I Get a CT Scan of Hip, Knee, Ankle, or Foot with and Without Contrast?

A CT Scan of hip, knee, ankle, or foot with and without contrast may be recommended to diagnose any health drawbacks in the area or after an injury or accident that may have caused a fracture or other injury. It can also be used to monitor the progress of existing medical conditions or treatment plans.

What Happens During a CT Scan of Hip, Knee, Ankle, or Foot with and Without Contrast?

The CT Scan of hip, knee, ankle, or foot with and without contrast procedure will begin with the patient lying face up on a table. The table will move through an X-ray machine which will rotate around the area being scanned. This can take up to several minutes depending on the size of the area being scanned. Iodine or gadolinium may be introduced through an intravenous line if a contrast scan is required.

What to Expect After a CT Scan of Hip, Knee, Ankle, or Foot with and Without Contrast?

No recovery time is needed following a CT Scan of hip, knee, ankle, or foot with and without contrast procedure. Patients will typically be able to resume their daily activities shortly after the scan is complete. The results of the scan are usually made available to the patient’s healthcare provider within a few days.

Conclusion

A CT Scan of hip, knee, ankle, or foot with and without contrast is a detailed imaging procedure used to diagnose existing medical issues or to detect any possible health drawbacks in the lower limbs. It is a relatively short procedure and requires no post-scan recovery. Results are usually available within a few days.