Aurora Spine's SiLO TFX™ System Shines in New Biomechanical Study
Breakthrough Study for SiLO TFX™ System
Aurora Spine Corporation, a key player in medical device innovation, proudly announces a significant achievement in spinal surgery. The company has unveiled groundbreaking results from a clinical study examining the SiLO TFX™ MIS Sacroiliac Joint Fixation System. This innovative system is designed to enhance spinal surgery outcomes, particularly for conditions affecting the sacroiliac joint.
Innovative Design of the SiLO TFX™ System
The SiLO TFX™ system is specifically engineered for minimally invasive sacroiliac joint fusion. It targets various conditions, including joint disruptions and degenerative sacroiliitis. Featuring components like a Transfixing-Cone and specialized screws for the ilium and sacrum, the system focuses on stability—essential for effective bony fusion.
This revolutionary system adheres to the AO Principles of Fusion, ensuring not only mechanical stability but also preserving vascular structures and minimizing soft tissue damage. These attributes foster an optimal environment for bone recovery through appropriate decortication and strategic use of bone graft.
Results Indicate Enhanced Performance
The study showcases compelling evidence of the SiLO TFX™ system's superiority. Notably, the posterior interposition technique utilized by the system displays significant advantages over traditional methods. It was found to maintain greater bone integrity while ensuring a larger surface area for fusion. Remarkably, the technique achieved a 42% ± 8% reduction in nutation/counternutation motion in the sacroiliac joint, vastly exceeding the 14% ± 4% reduction recorded with conventional methods.
During rigorous testing, the posterior interposition implant consistently sustained the bone-implant interface across all specimens. In contrast, the traditional approach saw failure rates exceeding 20% to 50%, with signs of migration or subsidence in some cases. This stark difference highlights the SiLO TFX™ system's potential for long-term success in surgical applications.
Expert Endorsements
Trent Northcutt, the President and CEO of Aurora Spine, expressed his enthusiasm for the study's outcomes. "The results affirm our commitment to providing innovative, minimally invasive solutions designed to enhance patient outcomes," he commented. He believes the findings will redefine standards for care in sacroiliac joint fusion.
Dr. Michael Stoffman from University at Buffalo praised the posterior interposition technique for its ability to minimize joint motion while preserving bone integrity. He emphasized that this technique presents a promising alternative to more traditional surgical methods.
Echoing this sentiment, Dr. Steven M. Falowski from Neurosurgical Associates highlighted that the SiLO TFX™ system offers enhanced durability in sacroiliac joint fixation. The reduction in bone removal coupled with an increase in fusion surface area is crucial for successful outcomes.
Furthermore, Dr. Jason E. Pope from Evolve Restorative Center noted that the study's outcomes underscore the effectiveness of the posterior interposition in treating sacroiliac joint disease, and ongoing research is expected to provide further insights into its safety and efficacy.
Commitment to Innovation
Aurora Spine remains at the forefront of spinal health advancements, underlined by its continuous collaboration with leading medical professionals and dedication to innovation. The findings from this study solidify the company’s position in spinal implant technology, establishing new benchmarks in care and treatment.
About Aurora Spine
Focused on introducing new solutions into the spinal implant market, Aurora Spine is dedicated to developing innovative, minimally invasive technologies designed to improve patient care and outcomes.
Frequently Asked Questions
What is the SiLO TFX™ system?
The SiLO TFX™ system is a minimally invasive solution for sacroiliac joint fusion, aimed at improving surgical outcomes.
What are the advantages of the posterior interposition technique?
This technique minimizes bone removal and provides a larger surface area for bony fusion, leading to improved stability and better surgical results.
How does the SiLO TFX™ compare to traditional methods?
The SiLO TFX™ system showed a greater reduction in joint motion compared to traditional posterolateral transosseous techniques, resulting in enhanced stability.
Who were the contributors to the study?
The study involved collaboration among several experts, including surgeons from leading medical institutions who assessed the biomechanical performance of the system.
Where can I find more information about Aurora Spine?
For additional details, visit Aurora Spine's official website at www.aurora-spine.com.
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