Roffman Moshe
Papers
2
Total Citations
112
H-Index
2
About
Roffman Moshe is a pioneering researcher at the intersection of spinal surgery, medical robotics, and biomechanical engineering. His work has made significant contributions to the understanding of lumbar spine anatomy and the development of innovative robotic surgical systems designed to improve precision and outcomes in spinal procedures. His highly cited 2001 morphometric study, which analyzed CT data from 55 patients to map lumbar vertebral anatomy and define optimal surgical instrument entry points, provided a critical anatomical foundation for spinal surgical planning and has accumulated 69 citations. Building on this anatomical groundwork, his 2004 feasibility study introduced a groundbreaking concept: a miniature, bone-attached robotic system for spinal operations. By carefully measuring the forces and moments exerted during Kirschner wire insertion, Roffman and colleagues demonstrated the practical viability of compact surgical robotics — a field that has since grown enormously in clinical relevance. This work has earned 43 citations and remains an important early reference in the medical robotics literature. Together, these contributions reflect Roffman's sustained commitment to translating detailed anatomical knowledge into clinically applicable surgical technologies, establishing him as a notable figure in the advancement of computer-assisted and robotic spinal surgery.
Research Focus
Key Achievements
Top Papers
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