MRI Ankle (₹ 2500)     Book An Appointment

Diagnopein MRI Ankle Centre in Nanded

Diagnopein MRI Ankle Centre in Nanded

MRI Ankle is a specialized imaging test that creates highly detailed pictures of the ankle's bones, ligaments, tendons, cartilage, and soft tissues using magnetic resonance technology. Unlike X-rays, MRI does not use radiation and provides 3D, cross-sectional images allowing for precise detection of injuries and abnormalities. This scan is essential to diagnose ankle pain causes, sports injuries, arthritis, infections, tumors, and other soft tissue conditions that are not visible on standard imaging.

MRI Ankle Centre in Nanded    Book Appointment

Why MRI Ankle is Important

MRI of the ankle is important because it offers a superior view of both bone and soft tissue structures, which helps doctors pinpoint issues causing pain, swelling, or instability. It can detect subtle ligament tears, tendon injuries, cartilage damage, fractures, and bone marrow edema that might be missed by ultrasound. This detailed visualization aids in early diagnosis, treatment planning, and monitoring recovery, minimizing the need for invasive procedures. MRI scans are safe and non-invasive, making them suitable for repeated use when necessary.

Benefits of MRI Ankle

  1. Precise detection of soft tissue injuries such as ligament and tendon tears

  2. Detailed 3D imaging of ankle bones and joints for accurate diagnosis

  3. Non-invasive test with no exposure to harmful radiation

  4. Quick results to facilitate timely treatment decisions

  5. Helps plan surgeries or physical therapy by showing extent of damage

  6. Detects infections, tumors, bone abnormalities, and arthritis at early stages

How to Do MRI Ankle Testing

The MRI ankle scan is performed by lying on a motorized bed that slides into the MRI machine. The patient must stay still during the procedure to ensure clear images. Depending on the need, contrast dye may be injected intravenously to enhance imaging for detecting inflammation or tumors. The scan typically lasts 30 to 45 minutes. It is painless and requires no special preparation, though removing metal objects beforehand is necessary. The images are analyzed by a radiologist who provides a detailed report to the referring doctor.

MRI Ankle Parameters

MRI ankle scans examine multiple parameters including:

  1. Bone integrity and presence of fractures or bone marrow edema

  2. Ligament and tendon structure and integrity

  3. Cartilage status for signs of wear, tears, or inflammation

  4. Joint spaces and fluid accumulation (effusion)

  5. Soft tissue abnormalities such as cysts, tumors, or infection

  6. Presence of inflammation or degenerative changes


Why Choose Diagnopein for MRI Ankle in Nanded?

  1. Advanced MRI technology offering high-resolution imaging for accurate diagnosis

  2. Experienced radiologists specialized in musculoskeletal imaging

  3. Comfortable and patient-friendly scanning environment

  4. Quick scheduling and prompt delivery of detailed reports

  5. Competitive pricing and transparent cost structure for MRI ankle scans

  6. Convenient location in Nanded with easy access and parking

Visit Diagnopein in Nanded for expert MRI ankle scans helping you get precise diagnosis and effective treatment plans.

Diagnopein MRI Ankle Treatement Cost     Book Appointment

Talk to Our Radiologist.

  I HereBy Consent to receive calls/messagess from Diagnopein Radiologist and its partners and override DND settings
faq image

Frequently Asked Questions

No special preparation is needed, but you must remove all metal items like jewelry, watches, or clothing with zippers before the scan.

No, the MRI scan is painless. However, you may need to hold still for a period of time, which can be uncomfortable for some individuals.

An MRI is recommended to diagnose ankle injuries, such as ligament tears, tendon damage, fractures, cartilage problems, arthritis, or conditions like bursitis and chronic ankle instability.

An MRI can help diagnose conditions such as ligament tears, tendonitis, fractures, arthritis, bursitis, cartilage damage, and ankle instability.