ScholarWorks@Soongsil University: Lee, Ju lian

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Lee, Ju lian (이주련)

College of Natural Sciences (Department of Bioinformatics & Life Science)

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protein structure prediction:7||Gene regulatory network:6||Lattice polymer:6||fragment assembly method:5||Exact enumeration:4||Fixed points:4||Positive feedback loop:4||Protein structure prediction:4||protein folding:4||global optimization:3||Ordinary differential equations:3||exhaustive enumeration:3||fragment assembly:3||Protein folding:3||Mutual information:3||Partition function zeros:2||단백질 서열:2||Pattern recognition:2||Schottky anomaly:2||Phase diagram:2||상호 정보:2||HP protein:2||lattice model:2||loop modeling:2||Dgalactose:2||Specific heat:2||Stochastic fluctuation:2||Stochastic process:2||Transfer matrix:2||Analytic solution:2||Protein sequence:2||Nonlinear dynamics:2||Numerical integration:2||Interacting selfavoiding walk:2||quorum sensing:2||Bifurcation:2||secondary structure prediction:2||Nonequilibrium:1||Oral commensals:1||PPI:1||PanCancer:1||Parallel computation:1||Partitionfunction zeros:1||Phase transition:1||Poisson distribution:1||Population dynamics:1||Protein
sequencestructure correlation:1||Protein
structure:1||Protein sequencesecondary structure correlation:1||Protein structure:1||Quantum model:1||Quasistationary state:1||Quorum sensing:1||RNA:1||Regression:1||Repeat protein:1||Repulsive interactions:1||S. mutans:1||Segment statistics:1||Shore and Johnson axioms:1||Solvent accessibility prediction:1||Stochastic processes:1||TGFbeta:1||ab initio prediction:1||alpha helix:1||analytic loop closure:1||analytical loop closure:1||assessment:1||betahairpin:1||biofilm:1||computer simulation:1||conformational space annealing:1||critical exponents:1||elastic network model:1||evaluation:1||exact:1||exact enumeration:1||graph theory:1||hinge:1||hybrid energy function:1||loop ensemble:1||machine learning:1||maximal clique:1||molecular docking:1||molecular dynamics:1||nonadditive entropies:1||nonextensive statistical mechanics:1||normal mode analysis:1||parameter optimization:1||periodontopathogens:1||physics education:1||polymers:1||protein structure:1||protein structure refinement:1||protein terminus modeling:1||pseudoknot:1||rigid domain:1||scaffolds:1||secondary structure:1||strongly correlated random variables:1||tertiary structure prediction:1||tertiary stucture prediction:1||virtual screening:1||단백질 구조:1||단백질 구조 예측:1||단백질 서열얼개
상관관계:1||단백질 서열이차구조 상관관계:1||단백질 얼개:1||단백질 접힘:1||AI2 inhibitor:1||조각 맞추기:1||AI2 inhibitor:1||Abinitio prediction:1||Bed bug:1||Biofilm:1||CASP:1||Cimex lectularius:1||Confined polymer:1||Contact prediction:1||Curcumin:1||DAGR:1||Detailed balance:1||EMT:1||Egg glue protein:1||Eggshell protein:1||Finitesize systems:1||Fluid dynamics:1||Fragment assembly:1||Groundstate entropy:1||Ideal gas:1||In silico development:1||Inference Methods:1||JAK2:1||Lattice model:1||Low temperature:1||Machine Learning:1||Markov chain:1||Markov model:1||Master equation:1||Metastasis:1||Microcanonical analysis:1||Molecular docking:1||Molecular dynamics:1||Monte Carlo simulation:1||MonteCarlo simulation:1||Morgan fingerprints:1||NanoString:1||

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