Papers
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Total Citations
2
H-Index
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About
K Zin Htut is a rising researcher in biomaterials and bioadhesion, whose work focuses on understanding how natural adhesives—particularly spider silk—achieve remarkable performance across diverse surfaces. Their key research areas include the mechanics of biological adhesives, surface interactions, and the design principles underlying spider orb web functionality. Htut’s major contribution lies in revealing how viscid silk in spider orb webs adheres strongly to surfaces with varying roughness and surface energy, a critical insight given that insect cuticles differ widely in wettability and wax coatings. Their 2025 paper on this topic, already garnering 2 citations, demonstrates that spider glue optimizes adhesive forces by balancing spreading across insect surfaces with maintaining bulk cohesion—a principle that challenges prior assumptions based solely on smooth hydrophilic glass. This work bridges materials science and evolutionary biology, offering inspiration for synthetic adhesives that perform in real-world, heterogeneous environments. Htut’s research is notable for its practical implications in designing robust, bio-inspired glues for medical, industrial, or agricultural applications. As an emerging voice in bioadhesion, Htut is poised to shape how we engineer adhesives that work reliably on complex, natural surfaces.
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Top Papers
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