Magnetic resonance imaging, commonly called MRI, is a radiation-free scan used to capture highly detailed pictures of internal structures, including the brain, bones, joints and soft tissues. Tremendous advances in MRI technology have increased the detail of this scan’s imaging capabilities and reduced the time required to take the test, making the experience superior for both patients and diagnosing physicians.
However, with all the buzz comparing 1.5Tesla to 3.0Tesla MRI, one might wonder how much the difference in magnet strength makes. While a 3.0T scanner is technically twice as sensitive and can produce finer details, the 1.5T scanner remains the standard because it can offer some patients a more comfortable experience and produce a lower likelihood of artifacts in an image.
What ultimately matters more than 1.5T or 3.0T is the experience and training of the radiologist interpreting its images. A truly experienced radiologist can distinguish an imaging artifact from an anatomical fact. After all, the best scan in the world won’t capture disease – it is the radiologist with the expertise to know what to look for who can offer the safest, most accurate diagnosis.
RAI demands more than the best in MRI technology. Our Board-certified, fellowship-trained radiology team subspecializes in key practices, including MRI, for ultimate precision, accuracy and peace of mind.