Papers
1
Total Citations
3
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About
Kahyun Hur is a pioneering researcher at the intersection of computational materials science and protein engineering, whose work explores how biological molecules can serve as intelligent building blocks for self-assembling structures. Her primary research areas include protein self-assembly, computational design of biomolecular systems, and the development of programmable nanostructures. Hur's most notable contribution is her groundbreaking 2024 study on "Polymorphic Self‐Assembly with Procedural Flexibility for Monodisperse Quaternary Protein Structures of DegQ Enzymes," which demonstrates how DegQ enzymes—proteins that naturally act as molecular chaperones—can be repurposed as "small robots" capable of finding, binding, and organizing target protein clients into precisely controlled quaternary structures. This work has already garnered 3 citations in its first year, signaling its potential to transform the field of protein nanotechnology. By moving beyond traditional self-assembly methods that ignore proteins' intrinsic functional capabilities, Hur has opened new pathways for creating smart, adaptive biomaterials with applications in drug delivery, synthetic biology, and nanomanufacturing. Her approach represents a paradigm shift in how researchers conceptualize protein-based assembly, treating these molecules not as passive components but as active, programmable agents.
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Top Papers
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