Weight-bearing MRI, also known as Axial-loaded MRI, simulates a standing up position by applying compression to the lumbar spine. The imaging captures how the patient actually feels while standing, and takes into account the effect that gravity has on a patient’s spine. The MRI technician attaches the DynaWell compression device to the patient prior to entering the open MRI and applies 50% of the patient’s body weight in compression. This closes the gaps in the L-spine thereby revealing herniation and bulges that did not present as significantly when the patient was in a relaxed position. Adding 50% compression does not create false positives of medical conditions that do not exist.
Weight-bearing MRI provides the highest quality imaging available for the L-spine and can influence physician treatment decisions. Most importantly, it gives the physician more insight into the true nature of the patient’s condition, and gives the patient more comfort in knowing their doctor has found their source of pain that previously went undetected.
Furthermore, weight-bearing MRIs are currently used around the country even though M1 Imaging is the first facility to bring this groundbreaking technology to Michigan. The benefits of weight-bearing imaging have not been disputed and serve as direct evidence in court cases.