Jonathan M. Mahoney
Papers
2
Total Citations
4
H-Index
2
About
Jonathan M. Mahoney is a rising orthopedic researcher focused on advancing surgical techniques for complex spinal and pelvic trauma through robotic navigation and biomechanical validation. His work centers on improving fixation strategies in compromised bone, particularly in osteopenic patients and challenging anatomical regions. Mahoney’s major contributions include pioneering a dual-screw technique for vertebral compression fractures in the osteopenic lumbar spine, demonstrating that robotic navigation can safely place both a pedicle screw and a cortical screw within the same pedicle—providing four points of fixation for enhanced stability. This in-vitro biomechanical study, published in 2023, offers a promising solution for frail patients who often face hardware failure. He also led a feasibility cadaver study on robotic-arm-assisted screw placement for pelvic osseous fracture pathways, expanding the role of automation in trauma surgery. Though early in his career, his work has already garnered citations and highlights a translational approach—bridging robotic precision with real-world surgical needs. Mahoney’s research is particularly notable for its direct clinical applicability, offering surgeons new, evidence-based options for treating some of the most challenging fractures in orthopedics.
Research Focus
Key Achievements
Top Papers
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