Introduction to Augmented Reality in Shoulder Surgery
Orthopedic surgery residents on the University of Kentucky College of Medicine are getting hands-on experience with latest technology that is changing the longer term of shoulder surgery. The residents recently used the ARVIS® Augmented Reality System by Enovis, a wearable headpiece that gives real-time, hands-free surgical guidance during procedures like shoulder replacements.
How the Technology Works
The ARVIS system uses cameras mounted into the headpiece to view markers on the patient, allowing for accurate placement of implants based on preoperative scans. This technology enables surgeons to practice their skills on a cadaver, with the augmented reality providing a sensible and immersive experience. The system relies on the patient’s individual CT scan, personalizing the treatment and allowing for very accurate surgery.
Benefits for Surgeons and Patients
Srinath Kamineni, M.D., an associate professor of orthopaedic surgery, believes that this technology accelerates the educational process for residents, allowing them to realize experience and surgical precision much faster. With over 20 years of experience, Kamineni has seen how this technology can compress the educational curve, enabling latest surgeons to develop into more experienced at an earlier stage. This advantages patients, as they will not be a part of the educational curve of latest surgeons, they usually’ll receive more accurate and effective treatment.
Real-World Applications
The ARVIS system is especially useful for treating extreme cases of deformity or bone loss across the shoulder. It allows surgeons to be accurate of their placement on the primary try, reducing the necessity for added surgery. Kamineni notes that "it is usually within the patient’s best interest to chop as little as possible," and the augmented reality headset enables surgeons to attain this goal.
Feedback and Future Opportunities
After a day of practicing with the ARVIS system, Kamineni received positive feedback from the residents, who were excited concerning the latest opportunities this technology provides. He believes that practicing with this technology sets them as much as be higher surgeons, giving them a comprehensive understanding of surgical knowledge. Kamineni hopes to proceed receiving opportunities like this to assist his students develop into well-rounded surgeons.
Conclusion
The use of augmented reality in shoulder surgery is a game-changer for each surgeons and patients. With its ability to offer real-time guidance and accurate placement, this technology is revolutionizing the sector of orthopedic surgery. As more surgeons and residents gain experience with this technology, patients can expect to receive more practical and efficient treatment, with higher outcomes and faster recovery times. The way forward for shoulder surgery is looking brighter, because of the revolutionary use of augmented reality.
