Jeongyun Heo

Korea Institute of Science and Technology

Papers

Total Citations

H-Index

About

Jeongyun Heo is a rising leader in the field of protein self-assembly and biomolecular engineering, whose work bridges the gap between natural protein function and synthetic nanoscale construction. His research focuses on harnessing the intrinsic "robotic" capabilities of large protein complexes—molecules that can autonomously find, bind, and chaperone target clients—to create smart, programmable building blocks for advanced self-assembly systems. In his most notable 2024 study, Heo demonstrated a breakthrough in polymorphic self-assembly with procedural flexibility, achieving monodisperse quaternary protein structures using DegQ enzymes. This work challenges conventional methodologies that often overlook proteins' dynamic, functional behaviors, instead treating them as static components. By leveraging DegQ's natural chaperone activity, Heo's approach enables precise, adaptable construction of protein architectures, opening new avenues for drug delivery, synthetic biology, and nanorobotics. Though early in his career, with his 2024 paper already garnering 3 citations, Heo's innovative perspective on protein-based self-assembly is poised to reshape how researchers design and deploy biomolecular materials, marking him as a promising innovator in the field.