Papers
1
Total Citations
3
H-Index
1
About
Ho Min Kim is a pioneering structural biologist whose research bridges protein engineering, self-assembly, and molecular robotics. Her work focuses on understanding how proteins can serve as intelligent building blocks for creating complex, functional nanostructures. Kim's major contribution lies in demonstrating that certain proteins—like the DegQ enzyme—possess intrinsic "procedural flexibility," enabling them to self-assemble into monodisperse, polymorphic quaternary structures with remarkable precision. This breakthrough, detailed in her 2024 paper (3 citations), challenges conventional self-assembly methods by leveraging proteins' natural chaperone and targeting abilities rather than relying solely on synthetic linkers. While her citation count is still growing, Kim's work has been recognized for its potential to revolutionize fields from drug delivery to synthetic biology. Her research offers a new paradigm: treating proteins as programmable molecular robots that can autonomously find, bind, and organize into higher-order structures. For students and researchers, Kim's work exemplifies how understanding fundamental protein dynamics can unlock transformative applications in nanotechnology and biomolecular engineering.
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