Papers
1
Total Citations
5
H-Index
1
About
S. Lee is a pioneering researcher in peptide chemistry and molecular imprinting, whose work bridges synthetic methodology and materials science. Their most notable contribution is the development of a robotic system for homodetic tetrapeptide cyclization, achieved through the innovative use of molecularly imprinted polymeric films (MIPFs) on cellulose paper as non-covalent auxiliaries. This approach, detailed in their 2009 paper "On‐Surface Cyclization of Tetrapeptides Using Molecularly Imprinted Polymers as Non‐Covalent Auxiliaries," represents a significant advance in overcoming the challenges of peptide cyclization—a key process for creating stable, bioactive compounds. By integrating molecular imprinting with solid-phase synthesis, Lee demonstrated how tailored polymeric surfaces can guide and stabilize cyclization reactions without traditional covalent protecting groups, offering a greener, more efficient pathway to cyclic peptides. Though their most-cited work has garnered 5 citations, its conceptual impact lies in pioneering the use of MIPFs as reusable, non-covalent auxiliaries, laying groundwork for future innovations in automated peptide synthesis and biomimetic catalysis. Lee’s research exemplifies how interdisciplinary thinking—combining polymer chemistry, robotics, and peptide science—can solve long-standing synthetic challenges, inspiring new directions in drug discovery and materials engineering.
Research Focus
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Top Papers
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