We engineer proteins through reductive strategies, harnessing the full potential of natural proteins to modulate interactions and build sensors.
Reductive strategies simplify the complex relationship between protein structure and function by focusing on key elements such as domains and short motifs. This enables effective exploration of the infinite protein sequence space, accelerating the identification of critical residues in proteins with desired properties.
At KIST, the Protein Engineering & Regulation Laboratory integrates protein engineering, molecular biology, and AI to deepen our understanding of molecular interactions and develop therapeutic peptides, novel binders, and high-sensitivity biosensors.
Targeting Protein–Protein Interactions
Potent binders against disease-relevant PPIs, developed through library screening for therapeutic intervention.
Learn more →Screening Motif-Mediated Protein Interactions
Proteome-scale peptide libraries screened by target-based and cell-based assays — to identify novel PPIs and develop modulators of disease.
Learn more →High-Sensitivity Biosensors
Engineered protein scaffolds recognizing small molecules, natural products, and peptides.
Learn more →