Key Takeaways:
- The EOSedge imaging system offers faster scans and 3D reconstructions with lower radiation doses compared to traditional X-ray machines.
- The system allows for simultaneous, full-body frontal and lateral images, making it ideal for orthopedic surgeries, including spine, hip, and knee surgeries.
- The EOSedge system is praised for its advanced imaging capabilities, including fast scan time, high-resolution images, and biplanar acquisition.
- The system is beneficial for young patients with adolescent idiopathic scoliosis, reducing the radiation burden and allowing for more accurate monitoring of their condition.
- The EOSedge system is available for use by other local orthopedic surgeons and can help improve surgical outcomes through automatic data collection and analysis.
Introduction to EOSedge
The EOSedge imaging system is a cutting-edge technology that has been introduced at Spine Colorado, a clinic located in Durango, Colorado. This new system offers advanced imaging capabilities, including faster scans and 3D reconstructions, with lower radiation doses compared to traditional X-ray machines. The EOSedge system was unveiled on December 5 during a ribbon-cutting ceremony and has been praised for its ability to provide more accurate and detailed images of the body.
How EOSedge Works
The EOSedge system captures simultaneous, full-body frontal and lateral images, making it ideal for orthopedic surgeries, including spine, hip, and knee surgeries. The system uses standardized imaging to deliver accurate information throughout the patient’s care pathway, improving the predictability of surgical outcomes. According to Dr. Amber Price, a board-certified orthopedic surgeon at Spine Colorado, the machine scans more quickly than conventional X-rays and has multipurpose applications. The system is also praised for its fast scan time, high-resolution images, 1:1 scale images, and biplanar acquisition, which allows for accurate 3D reconstructions of bones and body shape.
Benefits of EOSedge
The EOSedge system has several benefits, including reduced radiation doses, especially for young patients with adolescent idiopathic scoliosis. According to Dr. Ryan Martyn, a board-certified orthopedic surgeon at Spine Colorado, the system reduces the radiation burden that young patients receive over their lifetime from having to get repeat X-rays to monitor their condition. The system also allows patients to be scanned while standing or sitting, capturing natural weight-bearing postures to assess spine, hip, and leg alignment. Patients at Spine Colorado have already begun using the EOSedge system, and feedback has been positive, with one patient commenting that they felt like they were "riding a spaceship."
Availability and Future Applications
The EOSedge system is available for use by other local orthopedic surgeons needing advanced imaging. The system’s ability to help surgeons better understand why surgeries fail through automatic data collection is also a significant benefit. The system can collect data automatically, which can be used to compare pre-surgical and post-surgical outcomes, allowing surgeons to identify areas for improvement and develop more effective treatment plans. Pat Miles, chairman and CEO of ATEC Spine, which is affiliated with EOS Imaging, praised Spine Colorado for adopting the technology, stating that it demonstrates their commitment to excellence in spine surgery and their community.
Conclusion
The EOSedge imaging system is a significant advancement in medical technology, offering faster scans, 3D reconstructions, and lower radiation doses. Its benefits, including reduced radiation doses and improved imaging capabilities, make it an ideal system for orthopedic surgeries. The system’s availability for use by other local orthopedic surgeons and its ability to help improve surgical outcomes through automatic data collection and analysis make it a valuable tool for the medical community. As the medical field continues to evolve, the EOSedge system is likely to play a significant role in improving patient outcomes and advancing the field of orthopedic surgery.
