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3
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About
Goeun Yoon is a leading voice in the rapidly evolving field of bioprinting, where her work tackles the fundamental challenges of resolution, scalability, and geometric complexity. Her most-cited paper, "Multidisciplinary Approaches to Address Resolution, Scalability, and Geometric Constraints in Bioprinting" (2025, 3 citations), synthesizes cutting-edge strategies to overcome the technical bottlenecks that have long hindered the translation of bioprinted tissues from lab to clinic. Yoon’s major contribution lies in bridging materials science, engineering, and biology to create scalable fabrication methods that maintain high cellular fidelity and structural integrity. By systematically addressing trade-offs between print speed, feature size, and tissue viability, her research provides a critical roadmap for constructing complex, vascularized organ models. Though early in its impact, this work has already garnered attention for its integrative perspective, positioning Yoon as a rising authority in next-generation biofabrication. Her achievements include pioneering cross-disciplinary frameworks that enable the production of larger, more anatomically accurate constructs—a vital step toward regenerative medicine and drug screening. For students and researchers, Yoon’s work exemplifies how tackling core constraints with a multidisciplinary toolkit can unlock transformative advances in tissue engineering.
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Top Papers
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