Introduction: Spatial Computing (SC) lets surgeons see and interact with 3D models of medical images. Instead of just looking at computer screens, surgeons can use SC to better understand a patient’s unique body structure. By using a controller, they can plan their surgery more effectively before actually starting. Studies show that using SC can cut down surgery time and improve the surgical method, whether it’s a traditional or less invasive spine surgery. In this report, we share an example of how SC was used to plan and review a two-step, single-position spine surgery.
You can experience what it looks like from the surgeon’s perspective by watching the video below!
Case summary: A 79-year-old wheelchair-bound man with chronic back pain and leg weakness was diagnosed with complex spinal issues, including problems with a previous lumbar surgery. Through the use of Spatial Computing (SC) technology, the medical team was able to visualize and plan a comprehensive surgical procedure. The surgery involved decompression and the placement of screws in various areas of the spine. Two months post-surgery, the patient was pain-free and regaining strength in his lower extremities. The utilization of SC technology played a vital role in the successful preoperative assessment and surgical approach.
Conclusion: We’re looking at future studies to see how using 3D visuals (stereopsis) and Spatial Computing (SC) can make spine surgery guidelines more consistent. We also hope to create standard imaging methods using these technologies, which can lead to quicker advancements in surgery and reduce nerve damage risks from certain spinal surgeries. If these ideas succeed, they’ll promote even more innovation in spine surgery as these technologies become more popular.
The complete study can be found in the Journal of Craniovertebral Junction and Spine.
Citation:
Elsayed GA, Lavadi RS, Pugazenthi S, et al. Spatial Computing for preoperative planning and postoperative evaluation of single-position lateral approaches in spinal revision surgery. J Craniovertebr Junction Spine. 2023;14(2):208-211. doi:10.4103/jcvjs.jcvjs_48_23
