Chi‐Tai Chen
Papers
1
Total Citations
5
H-Index
1
About
Chi-Tai Chen is a pioneering figure in peptide chemistry and molecular imprinting technology, whose work bridges synthetic methodology and materials science. His most impactful contribution lies in the development of a non-covalent auxiliary system for on-surface peptide cyclization, a breakthrough that addresses a long-standing challenge in constructing cyclic tetrapeptides without traditional covalent protecting groups. By fabricating molecularly imprinted polymeric films on cellulose paper, Chen created a reusable, robotic-compatible platform that enables selective cyclization of linear precursors—a method that has garnered 5 citations and laid groundwork for automated peptide synthesis. This innovation not only simplifies the synthesis of constrained cyclic peptides, which are critical for drug discovery and protein-protein interaction studies, but also demonstrates the power of molecular imprinting as a versatile tool in organic synthesis. Chen’s work exemplifies how integrating supramolecular chemistry with surface engineering can yield practical solutions for complex molecular transformations. For students and researchers, his approach offers a compelling model for designing sustainable, auxiliary-free synthetic strategies that reduce waste and enhance efficiency in peptide chemistry.
Research Focus
Key Achievements
Top Papers
- 1