SINTX Technologies Announces Publication of Study Confirming Superior Performance of Silicon Nitride in Cervical Spine Fusion

Core Insights - SINTX Technologies announced a new peer-reviewed study demonstrating the biomechanical advantages of silicon nitride in anterior cervical discectomy and fusion (ACDF) procedures [1][2] Group 1: Study Findings - The study, conducted by SRM Institute of Science and Technology in collaboration with SINTX, utilized finite element analysis to compare various cage designs and materials for cervical spine fusion, highlighting silicon nitride's superior biomechanical performance [2] - Key advantages of silicon nitride include reduced implant subsidence, improved load distribution, and enhanced spinal stability [2][6] Group 2: Market Implications - The findings reinforce the unique advantages of silicon nitride over traditional spinal implant materials like PEEK and titanium, indicating a transformative solution for spinal fusion applications [3] - With global spinal fusion procedures projected to exceed $10 billion annually, the integration of silicon nitride into commercial spinal implant systems presents a significant market opportunity for SINTX [3] Group 3: Product Benefits - Silicon nitride exhibits exceptional load-bearing capability, minimizing the risk of implant subsidence, a common complication in spinal fusion surgery [6] - The material provides enhanced stress distribution, reducing the risk of adjacent segment degeneration [6] - Silicon nitride promotes stronger bone fusion due to its osteoconductive and antimicrobial properties, unlike PEEK, which is biologically inert [6] - The radiolucency of silicon nitride allows for better post-surgical imaging and reduces artifacts in MRI and CT scans [6]