Eugene de Juan

Papers

Total Citations

174

H-Index

About

Eugene de Juan is a pioneering figure at the intersection of ophthalmology and surgical robotics, whose work has fundamentally advanced the precision of microsurgery. His key research areas include retinal microsurgery, tactile sensing, and the development of cooperative robotic assistants for delicate procedures. De Juan’s major contributions are rooted in quantifying the physical demands of microsurgery; his seminal 1999 study on surgical forces and tactile perception during retinal microsurgery (157 citations) established a foundational understanding of the haptic feedback required for safe intraocular manipulation. This work directly informed the design of robotic systems that enhance a surgeon’s dexterity and reduce tremor. He further demonstrated the clinical potential of this technology through a performance evaluation of a cooperative manipulation microsurgical assistant robot applied to stapedotomy (17 citations), showcasing its utility in otologic surgery. By bridging engineering and clinical practice, de Juan has not only improved surgical outcomes but also laid the groundwork for the next generation of robot-assisted microsurgery, making him a visionary whose insights continue to shape how surgeons interact with the eye’s most delicate tissues.