Haifu MRI

Haifu MRI Section

MRI, or Magnetic Resonance Imaging, is one of the advanced medical imaging techniques. This method allows for the visualization of internal body tissues, enabling the identification and diagnosis of organ-related issues and diseases.

MRI does not use X-rays. Instead, it utilizes radio waves and magnetic fields, which are harmless to the body. MRI is a highly precise and powerful imaging technique used to diagnose issues and diseases affecting body tissues. One key distinction between MRI and CT scans is that MRI provides exceptionally clear and detailed images of soft tissues such as cartilage, tendons, ligaments, nerves, and blood vessels. This makes MRI particularly useful for diagnosing conditions related to these tissues.

After an MRI, it is primarily used for examining soft tissue issues in the body, whereas a CT scan is more beneficial for evaluating bones, lesions, and related injuries.

This technology has received FDA approval for the treatment of several conditions.

  • Treatment of Uterine Fibroids: The best alternative to hysterectomy for women suffering from bleeding, pelvic pain, and frequent urination caused by fibroids, while fully preserving the uterine anatomy. This technique has been introduced for the first time in Iran at the PardisNoor Nilo Imaging and Radiotherapy Center.
  • Essential Tremor and Parkinson’s: Precisely targeting neural circuits in the brain to significantly reduce hand tremors without the need for skull opening.
  • Pain relief for bone metastases: Rapid and effective alleviation of severe pain caused by cancer spreading to the bones in patients who do not respond to radiotherapy.
  • Prostate and liver tumors: Eliminating tumoral tissues in sensitive organs with exceptional precision.

MRI-guided HIFU Applications

MRI High-Intensity Focused Ultrasound Advantages

The use of this method has brought about a significant transformation in patients’ treatment experience.

  • Completely non-invasive: no incisions, stitches, scars, or bleeding.
  • Without the need for general anesthesia: It is typically performed with mild sedatives.
  • Millimeter precision and high safety: Real-time temperature monitoring via MRI prevents the burning of healthy tissues.
  • A very short recovery period: Discharge on the same day (outpatient) and return to work within 1 to 2 days.
  • Without ionizing radiation: Unlike radiotherapy or CT scans, no harmful radiation is emitted to the body.

Who are not suitable candidates for this method?

Despite its high safety, MR-HIFU is not suitable for everyone. Due to the use of the MRI magnetic field, individuals with the following conditions should consult their physician:

The presence of metal implants, a pacemaker (cardiac battery), or surgical clips in the body.

Pregnant women.

Individuals whose weight exceeds the permissible limit of the device’s bed capacity.

The presence of large, thick surgical scars along the path of ultrasound waves on the skin.

Departments of Pardisnoor

A wide array of advanced imaging and therapeutic services is offered, including CT scans, MRI, digital radiology, mammography, ultrasound, bone density assessments, and digital dental care.
Interventional clinics, fully equipped to perform minimally invasive procedures under ultrasound and fluoroscopy guidance, are prepared to deliver comprehensive services.

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Frequently Asked Questions

Does MR-HIFU (Magnetic Resonance High-Intensity Focused Ultrasound) cause pain?

No, this method is completely painless and does not require any surgical incisions. General anesthesia is not necessary, and the procedure is performed on an outpatient basis with only mild sedation.

Certainly. In the MR-HIFU method, unlike traditional surgeries (such as hysterectomy), no damage is caused to the healthy uterine tissue, and your chances of natural pregnancy and fertility are fully preserved.

No, the effectiveness of this method depends on the size, number, and location of the fibroids. A specialist will confirm the suitability of this treatment by reviewing your initial MRI images.