LimLab_KAIST
@LimLab_KAIST
We are the Center for MetalloNeuroProteinoChemistry at KAIST!
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AI시대, 화학자는 무엇을 준비해야 할까? youtu.be/OBv6lS8wsS8?si… via @YouTube
O2-Coupled Copper–Cysteine
Redox Chemistry Drives Oxidative Modifications and Higher-Order Assembly
of Monomeric Transthyretin pubs.acs.org/acscii/article…
Redox Chemistry Drives Oxidative Modifications and Higher-Order Assembly
of Monomeric Transthyretin pubs.acs.org/acscii/article…
pubs.acs.org O2-Coupled Copper–Cysteine Redox Chemistry Drives Oxidative Modifications and Higher-Order Assembly... Abstract. Copper–cysteine (Cu–Cys) coordination is pervasive in biology, yet how Cu–thiol redox chemistry engages O2 and translates into protein-level cons A glitazone-based chemical platform for mechanistic modulation of amyloid-β aggregation and associated pathology: Cell Reports Physical Science cell.com/cell-reports-p…
www.cell.com A glitazone-based chemical platform for mechanistic modulation of amyloid-β aggregation and... Hong et al. establish a glitazone-based chemical platform for mechanistically probing and modulating amyloid-β aggregation. Glitazone derivatives control metal-free and metal-bound amyloid-β through... Zinc Fingers as Programmable Metalloprotein Scaffolds for Altering Pathogenic Biomolecular Phase Transitions - Park - Advanced Science - Wiley Online Library advanced.onlinelibrary.wiley.com/doi/10.1002/ad…
advanced.onlinelibrary.wiley.com Zinc Fingers as Programmable Metalloprotein Scaffolds for Altering Pathogenic Biomolecular Phase... Modular zinc finger (ZF) metalloproteins function as programmable biomolecular scaffolds that modulate pathogenic amyloid assembly. Through direct protein–protein interactions, ZF arrays alter...