Amir Hasharoni

Papers

Total Citations

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About

Amir Hasharoni is a leading figure in the field of spinal surgery, with a focused expertise in minimally invasive techniques and robotic-assisted interventions. His most influential work, "Robot-Assisted Vertebral Body Augmentation" (2013, 66 citations), represents a landmark contribution to the treatment of vertebral compression fractures—a condition increasingly prevalent in aging populations. In this retrospective study, Hasharoni provided critical insights into the safety and efficiency of robotic guidance during vertebroplasty and kyphoplasty, demonstrating a significant reduction in radiation exposure time compared to conventional methods. This work not only advanced the precision of spinal augmentation but also addressed a key occupational hazard for surgeons. Beyond this cornerstone paper, his broader research portfolio encompasses innovations in spinal biomechanics and surgical robotics, establishing him as a pioneer in translating engineering solutions into clinical practice. Hasharoni’s contributions have directly influenced operative protocols and patient outcomes, making him a sought-after authority in the intersection of orthopedics and medical robotics. His work continues to inspire a new generation of surgeons to embrace technology-driven approaches for safer, more effective spine care.