Kaige Xu
Papers
4
Total Citations
263
H-Index
4
About
Kaige Xu is pioneering the development of advanced biomaterials that bridge the gap between synthetic polymers and clinical need, with a particular focus on mechanically robust, stimuli-responsive systems for tissue repair. His work centers on engineering hydrogels and nanofibrous membranes that combine strength, shape memory, and bioadhesion—properties rarely achieved together in soft materials. His most cited work (162 citations) introduces an alkaline-based method to create crystalline, shape-memory polyvinyl alcohol biomaterials, offering a scalable platform for devices in tissue engineering and soft robotics. Xu has also made significant contributions to gastrointestinal repair, designing an endoscopy-deliverable, mushroom-cap-inspired hydrogel for stomach perforation (74 citations) and a tough, acid-resistant collagen suture derived from fish swim bladder (13 citations). More recently, his cardiac organoid model has inspired a micro-robot smart patch for myocardial infarction, demonstrating how pH-responsive exosome delivery can dramatically reduce cardiac cell death (14 citations). By merging bioinspired design with translational materials science, Xu is creating next-generation solutions for some of the most challenging environments in the human body.
Research Focus
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Top Papers
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