Gil‐Su Lee

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About

Gil‐Su Lee is a leading figure in biomedical engineering, with a primary focus on bone tissue engineering and advanced scaffold fabrication. His seminal work, "Robotic dispensing of composite scaffolds and in vitro responses of bone marrow stromal cells" (2009, 30 citations), pioneered the use of robotic dispensing to create composite scaffolds with precise architecture, significantly improving the control over scaffold geometry for regenerative medicine. This contribution has been foundational for researchers exploring automated, reproducible methods to engineer bone-like microenvironments. Lee’s research integrates materials science, robotics, and cell biology, demonstrating how scaffold composition and structure can direct stem cell behavior, particularly bone marrow stromal cells. His work has been cited in studies on 3D bioprinting, polymer composites, and orthopedic tissue repair, highlighting its cross-disciplinary impact. By bridging robotic fabrication with cellular responses, Lee has advanced the practical translation of tissue engineering from bench to clinic, offering scalable solutions for bone defect repair. His achievements underscore the importance of combining engineering precision with biological insight, making him a key reference for students and researchers in regenerative medicine and scaffold design.