M. Sean Grady

Papers

Total Citations

191

H-Index

About

M. Sean Grady is a pioneering neurosurgeon whose research has significantly advanced the application of robotic-assisted surgery to some of the most technically demanding regions of the human body — the craniocervical junction, skull base, and atlantoaxial spine. His work has been instrumental in evaluating and refining the use of the da Vinci Surgical System for transoral approaches, opening new possibilities for minimally invasive treatment of complex conditions such as basilar invagination and craniocervical pathology. Grady's cadaveric feasibility studies, published between 2009 and 2010, laid critical groundwork for understanding both the promise and the limitations of robotic neurosurgery in confined anatomical corridors. His 2010 clinical report documenting a robot-assisted transoral odontoidectomy demonstrated that these techniques could be translated successfully from the laboratory into patient care. Collectively, his most-cited works have accumulated nearly 200 citations, reflecting their substantial influence on surgical innovation and training. His research bridges neurosurgery and surgical robotics at a time when that intersection was largely unexplored, making his contributions especially valuable to trainees, surgeons, and researchers seeking to push the boundaries of what minimally invasive neurosurgical techniques can achieve.