| - | Application of biomolecular simulation techniques in protein informatics | Yoon Chang No |
| - | Application of quantitative structure-activity relationships to endocrine disrupting chemicals | Yoon Chang No |
| - | Comparative molecular field analysis of SH2-binding phosphopeptides | MOON TAESUNG; 이진각; 김현주; CHI MYUNG WHAN; Yoon Chang No |
| - | Computational techniques for rational drug design | Yoon Chang No |
| - | Computer approaches for protein folding | Yoon Chang No |
| - | Computer simulation for protein informatics | Yoon Chang No |
| - | Configuration-activity relationships study of angiotensin-converting enzyme inhibitor coptopril derivatives. | Yoon Chang No |
| - | Functional group interaction descriptors for 3D QSAR study of angiotensin-converting enzyme inhibitory peptides | 김상욱; CHI MYUNG WHAN; Yoon Chang No |
| - | Group interaction energy descriptors in QSAR study of Angiotensin-Converting Enzyme (ACE) inhibitory peptides | Yoon Chang No; 김상욱; CHI MYUNG WHAN |
| - | KIST molecular graphics system. | Yoon Chang No; CHI MYUNG WHAN |
| - | Molecular dynamics simulation study of DNA binding protein : zinc finger-DNA recognition | Yoon Chang No; S. Kim |
| - | Molecular simulation techniques for the protein-ligand interaction system. | Yoon Chang No |
| - | Molecular simulation techniques in chemoinformatics | Yoon Chang No |
| - | Molecular simulation techniques in chemoinformatics | Yoon Chang No |
| - | Negative ion chemical ionization mass spectrometry of diuretic agents. | Yoon Chang No; T.H. Lee; J. Park |
| - | Prediction of protein structure using homology modeling technique | MOON TAESUNG; 이진각; Yoon Chang No |
| - | Quantitative structure-activity relationships study of SH2-binding phosphopeptides | Yoon Chang No; MOON TAESUNG |
| - | Real-time force vector generation for molecular visualization system | 김기호; 박선희; CHI MYUNG WHAN; Yoon Chang No |
| - | Simulation of the protein folding structures | 이진각; MOON TAESUNG; Yoon Chang No |
| - | The identification of cinmetacin and its metabolites in human urine by gas chromatography/mass spectrometry. | Yoon Chang No; S.W. Myung; J. Park |
