TiRobot-assisted surgery improves pedicle screw accuracy and reduces neurologic complication rates in spinal deformity patients
TiRobot Surgery Improves Screw Accuracy for Spinal Deformity Patients
This meta-analysis evaluates TiRobot-assisted surgery compared to conventional surgery for pediatric and adult patients with spinal deformit…
New analysis shows TiRobot assisted surgery improves screw accuracy and reduces complications for both children and adults with spinal defor…
Ferroptosis-driven domino effect links disc degeneration to spinal cord injury
Ferroptosis Linked to Spinal Cord Injury and Disc Degeneration
This mini review proposes a ferroptosis-mediated domino effect connecting intervertebral disc degeneration, spinal deformity, and spinal cor…
A new theoretical framework suggests that a specific type of cell death may link disc degeneration to spinal cord injury.
Robot-assisted spinal instrumentation reduces pedicle screw deviation and intraoperative revisions compared to navigation-guided surgery
Robot-assisted surgery shows specific benefits for spinal screw placement
This meta-analysis of 59,474 patients undergoing spinal surgery compared robot-assisted instrumentation to navigation-guided techniques. Fin…
Robotic systems may improve accuracy and reduce radiation during spine surgery, though both robot and navigation methods show similar overal…