Magnetic Resonance (MRI) Imaging

Magnetic Resonance (MRI) is an advanced imaging method that uses powerful magnetic fields and radio waves to obtain detailed images of the body. MRI does not use X-rays or ionizing radiation, making it a safe option for many patient groups. It provides high diagnostic accuracy, particularly in the evaluation of soft tissues.

What are its features?

• Does not involve ionizing radiation.
• Provides superior soft tissue imaging.
• Provides multiplanar images.
• Provides detailed imaging of the brain, spinal cord, muscles, ligaments, and joints.
• When necessary, a more detailed examination can be performed using a contrast agent.
• Provides digital archiving and the opportunity for comparative follow-up.
• Modern MRI systems are designed to improve patient comfort.

In which cases is it used?

• Brain and spinal cord diseases
• Herniated discs in the lower back and neck
• Tumor and mass characterization and local staging
• Neurological diseases (MS, epilepsy, etc.)
• Liver, biliary tract, and pancreatic diseases
• Small bowel diseases and defecation disorders
• Kidney, prostate, and gynecological conditions
• Joint, ligament, and meniscal injuries
• Evaluation of heart and vascular diseases

Cardiac MRI; is an MRI examination that provides a detailed evaluation of the structure and function of the heart without the use of ionizing radiation. During the examination, ECG electrodes are attached to the chest, and images are synchronized with the heartbeat. Short breath-holding instructions are given at frequent intervals; remaining still is important for image quality. In some protocols, a contrast agent and/or stress medications may be administered intravenously. Since MRI uses a very powerful magnet, information about metal implants and cardiac devices such as pacemakers or ICDs is critical for safety.