David Zaremba

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About

David Zaremba is a pioneering researcher in the field of orthopaedic biomechanics and robotic-assisted surgery, with a specific focus on advancing osteotomy techniques. His key research areas include the development of minimally invasive bone-cutting technologies, particularly the integration of robotic guidance with waterjet cutting to improve surgical precision and patient outcomes. Zaremba’s major contribution lies in demonstrating the feasibility of robot-guided waterjet osteotomy for human tibiae, a technique that significantly reduces thermal damage compared to conventional oscillating saws—which can generate temperatures up to 150°C, leading to tissue necrosis, delayed healing, and infection. His pilot study on high tibial dome osteotomy (2017, 7 citations) and earlier experimental work (2014, 2 citations) provide foundational evidence for this innovative approach, showcasing a novel experimental operating room setup. While his citation counts are modest, these studies represent early, critical steps toward safer, more precise orthopaedic procedures. Zaremba’s work is notable for bridging robotics and fluid dynamics to address a longstanding clinical challenge, offering a promising alternative for load-relieving joint corrections.