Dan Bourla

Papers

Total Citations

105

H-Index

About

Dan Bourla is a pioneering figure at the intersection of ophthalmology and robotics, best known for his groundbreaking work in intraocular robotic surgery. His research focuses on the feasibility and application of robotic systems—specifically the da Vinci Surgical System—for delicate vitreoretinal procedures. Bourla’s major contribution was demonstrating that robotic instruments could be adapted to perform precise intraocular tasks, including 25-gauge pars plana vitrectomy, foreign body removal, and anterior capsulorhexis. His 2008 feasibility study, which has garnered 103 citations, remains a foundational reference for surgeons exploring robotic assistance in ophthalmic microsurgery. This work helped establish the technical parameters and safety considerations necessary for translating robotic platforms into the eye’s confined anatomy. While his 2007 paper on robotic vitreoretinal surgery has fewer citations, it contributed to the early conceptual framework of the field. Bourla’s research has been instrumental in bridging engineering and clinical practice, inspiring subsequent innovations in robotic retinal surgery. His achievements underscore the potential for robotic systems to enhance surgical precision, reduce tremor, and improve outcomes in high-stakes ophthalmic procedures.