A new technology developed by the Medical College of Wisconsin is set to revolutionize MR imaging of total joint replacements, providing more detailed images and insights into the tissue surrounding the implant. The technology, HyperMAVRIC SL, has been integrated into GE Healthcare’s MRI scanners to allow for more thorough evaluations of implant durability over time. This development is particularly important given the growing number of joint replacement surgeries being performed and the potential for implants to deteriorate and fail, causing discomfort for patients.
Jason Polzin, of GE Healthcare, highlighted the significance of the collaboration, emphasizing the need for advanced imaging solutions to keep pace with clinical demands in orthopedic procedures. The technology behind HyperMAVRIC not only reduces scanning time by tailoring the acquisition to the patient’s implant material, but also enhances image quality in the presence of metal implants.
Kevin Koch, PhD, Director of the Center for Imaging Research at MCW, led the research team that developed HyperMAVRIC SL, working closely with GE to integrate the technology into their scanners. Koch stressed the importance of accurately visualizing areas around metallic implants in modern medicine, stating that HyperMAVRIC offers a solution that not only meets current clinical needs but also paves the way for future advancements in imaging technology to improve patient care.
This new collaboration between MCW and GE Healthcare represents a significant step forward in the field of orthopedic imaging, offering promising new possibilities for improving patient outcomes in the years to come.
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