Johannes Port

Papers

Total Citations

H-Index

About

Johannes Port is a biomedical engineer whose research focuses on advancing haptic feedback and tactile sensing technologies for robotic surgery. His most influential work, "Tactile Feedback for Artery Detection in Minimally Invasive Robotic Surgery – Preliminary Results of a New Approach" (2009), introduced a novel method for integrating tactile feedback into surgical robots, enabling surgeons to detect arteries during minimally invasive procedures. This early contribution, with 15 citations, laid foundational groundwork for improving precision and safety in robotic surgery by restoring the sense of touch lost in teleoperated systems. Port’s research addresses critical challenges in haptic interfaces, including force feedback and tissue property discrimination, directly impacting the design of next-generation surgical robots. His work is particularly notable for its translational focus, bridging engineering innovation with clinical needs in cardiovascular and general surgery. While his citation count reflects the niche but essential nature of his contributions, Port’s pioneering approach to tactile feedback remains a reference point for researchers developing haptic systems that enhance surgical outcomes and reduce procedural risks.