KyoungHo Lee
Papers
1
Total Citations
6
H-Index
1
About
KyoungHo Lee’s research bridges biomaterials engineering and drug delivery, with a focus on developing biocomposite systems for controlled therapeutic release. His most-cited work, “Functionalized alginate/chitosan biocomposites consisted of cylindrical struts and biologically designed for chitosan release” (2014), exemplifies his approach to designing structurally tailored scaffolds that leverage natural polymers for sustained bioactive molecule delivery. By engineering cylindrical strut architectures within alginate-chitosan matrices, Lee demonstrated how geometric and chemical functionalization can modulate release kinetics—a contribution that informs tissue engineering and wound-healing applications. Though his citation count (6 for this paper) reflects a niche but growing impact, the work’s emphasis on biologically inspired design and material synergy highlights his commitment to translating fundamental polymer science into practical biomedical solutions. Lee’s research sits at the intersection of materials chemistry and regenerative medicine, offering insights into how natural polymer composites can be optimized for localized, controlled release. His focus on chitosan’s antimicrobial and mucoadhesive properties within alginate frameworks positions his work as a foundation for developing next-generation bioactive dressings and implant coatings. For students and researchers, Lee’s approach underscores the value of integrating structural design with biological functionality to address real-world clinical challenges.
Research Focus
Key Achievements
Top Papers
- 1