Jin‐Ah Lee

Papers

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About

Jin‐Ah Lee is a rising innovator in the field of smart, stimuli-responsive biomaterials, with a focused expertise in biodegradable hydrogels and advanced 4D bio-printing technologies. Her most cited work, a 2025 study on a "Stimuli-responsive biodegradable soft gripper," demonstrates her pioneering approach to creating untethered, programmable soft robotics. Lee’s major contribution lies in synthesizing a pH-responsive hydrogel from alginate, gelatin, and acrylic acid that swells in high pH and shrinks in low pH environments. By integrating this with a non-pH-responsive acrylamide bilayer, she developed a hybrid gripper fabricated through a precise dual 3D/4D bio-printing strategy informed by rheological analysis. This work, garnering 7 citations in a short time, showcases her ability to merge materials science and additive manufacturing for environmentally adaptive, biodegradable devices. Lee’s achievements highlight her potential to revolutionize fields like biomedical engineering and soft robotics, offering sustainable, intelligent solutions for drug delivery, tissue engineering, and beyond. Her research stands as a compelling example of how bio-inspired design can lead to functional, eco-friendly technologies.