Welcome to the NMR Laboratory
NMR spectroscopy is an exciting field of research. Continuous technical breakthroughs in NMR help push the boundary of its applications. Well-ordered as well as disordered proteins can be investigated in detail by NMR. Furthermore, solution NMR provides an opportunity to monitor protein conformation and dynamics in live cells. Our research group focuses on the conformation, interaction, and aggregation of intrinsically disordered proteins (IDPs) and their implication in disease. We aim at enhancing the accuracy and sensitivity of NMR analysis by designing new pulse sequences and instruments.
MEMBERS
Lee, Jung Ho
PRINCIPAL INVESTIGATOR
Lee, Jongchan
PH.D. STUDENT
Im, Jonghyuk
PH.D. STUDENT
Park, Sohee
PH.D. STUDENT
Jung, Sohyun
PH.D. STUDENT
Lee, Kyungryun
PH.D. STUDENT
Kim, Minji
M.S. STUDENT
Lee, Shin Yeong
M.S. STUDENT
Lee, Jaeseok
M.S. STUDENT
Yu, SeungJoon
M.S. STUDENT
PUBLICATIONS
30. Dynamic protein interactions probed by NMR spectroscopy
Lee J, Lee JH.
2025
Bull. Korean Chem. Soc.
29. Observation of NMR signals from samples with flat geometry: Application to in-situ analysis of a direct ethanol fuel cell
Kwak M, Kim M, Peck D, Lee S, Shim JH, Han OH, Lee JH.
2025
J. Magn. Reson., 372, 107831, cover article
28. Evolutionary spread of distinct O-methyltransferases guides the discovery of unique isoaspartate-containing peptides, pamtides.
Lee H, Park SH, Kim J, Lee J, Koh MS, Lee JH, Kim S.
2024
Adv. Sci., 11, 2305946
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