Which is more accurate for liver examination, MRI or CT?
MRI, or magnetic resonance imaging, is generally superior to CT when examining the liver. The detailed analysis is as follows:
Magnetic resonance imaging (MRI) utilizes the principle of nuclear magnetic resonance to generate structural images of the body's internal tissues. MRI offers high flexibility, safety, and accuracy, enabling multi-angle and multi-planar imaging of various parts of the human body. It provides high resolution and precise lesion localization. In contrast, CT employs precisely collimated X-ray beams, gamma rays, or ultrasound to perform rapid sequential cross-sectional scans of specific body regions. CT is known for its stability, speed, and clear imaging, making it more suitable for examining bones, lungs, and similar structures. When it comes to liver examinations, MRI is generally considered superior to CT. MRI excels in soft tissue imaging and allows free selection of the desired imaging plane by adjusting the magnetic field. It also provides more imaging parameters and demonstrates stronger capability in differentiating liver lesions, particularly in distinguishing between benign and malignant liver tumors. Overall, MRI is the preferred choice for liver examinations.
Patients are advised to seek timely medical attention when experiencing discomfort and to undergo standardized treatment under the guidance of a physician, which helps promote recovery.