Christy Daniels

Papers

Total Citations

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About

Christy Daniels is a rising figure in the field of orthopedic spine surgery, with a focused expertise in robotic-assisted spinal instrumentation and minimally invasive techniques. Her work centers on improving the safety and precision of complex screw placement procedures, particularly within the challenging anatomy of the cortical bone trajectory. In her most notable study, "Risk Factors for Medial Breach During Robotic-Assisted Cortical Bone Trajectory Screw Insertion" (2024), Daniels systematically identifies key anatomical and technical variables that increase the likelihood of medial pedicle wall violation—a critical complication that can lead to neural injury. By analyzing robotic navigation data and patient-specific factors, she provides actionable guidelines for surgeons to mitigate breach risk, directly enhancing patient outcomes. Though early in her career, her research has already garnered attention within the spine community, with her 2024 paper accumulating 3 citations as a foundational reference for ongoing safety protocols. Daniels’ work represents a vital step toward standardizing error-reduction strategies in robotic spine surgery, positioning her as a promising contributor to the next generation of evidence-based, technology-driven orthopedic care.