| PosterID | Title | Original ID | ||||||
| P01 | Conformational sampling of a 40-residue protein consisting of alpha and beta secondary-structure elements in explicit solvent | 17 | ||||||
| P02 | All-Electron Calculation on the Interaction of HIV-1 Protease and Its Inhibitors Using Fragment Molecular Orbital Method | 18 | ||||||
| P03 | Molecular dynamics simulation study on the structural stabilities of polyglutamine peptides | 19 | ||||||
| P04 | Free-energy landscape of the disordered state of an Alzheimer’s beta amyloid peptide in water studied by multicanonical moleculer dynamics | 21 | ||||||
| P05 | Multi-Level Computational Chemistry Approach: From Quantum Chemistry to Biofunctions | 22 | ||||||
| P06 | Collective water flows around a protein: a novel insight into explicit solvent characteristics | 23 | ||||||
| P07 | Molecular Modeling Calculations for the Development of Novel Azulene Compounds | 24 | ||||||
| P08 | Reassessment and Development of AMBER Force Field for Nucleic Acids | 25 | ||||||
| P09 | Development of a Polarizable Force Field for Protein with Charge Response Kernel | 27 | ||||||
| P10 | Structure universe of 50-residue protein segments constructed by residue-residue native contacts | 28 | ||||||
| P11 | Free-energy landscapes of humanin in water and in TFE/water using multicanonical molecular dynamics | 29 | ||||||
| P12 | Molecular Dynamical Approach of Conformational Change and Guest Ion Trapping in Peptide Nanoring | 31 | ||||||
| P13 | First-principles Study on Trapping Process of Hydrated Metal Cation by Peptide Nanoring | 32 | ||||||
| P14 | Development of the molecular modeling environment for quantum chemical calculations of proteins | 35 | ||||||
| P15 | Computational and Biochemical Investigation on the Binding Affinities of Peptides with HLAs | 39 | ||||||
| P16 | Flavin-Binding Properties of Eukaryotic BLUF Domains of Photoactivated Adenylyl Cyclase (PAC) in Euglena gracilis: Ab initio Fragment Molecular Orbital (FMO) Calculations | 44 | ||||||
| P17 | A New Implementation of a Fast Multipole Method in Quantum Chemistry | 45 | ||||||
| P18 | Theoretical Investigation for Biodegradation of Morpholine | 46 | ||||||
| P19 | Alkylation Mechanism of BPDE with DNA by Quantum Molecular Dynamics Simulation. II. | 47 | ||||||
| P20 | Vibrational dynamics analysis for crystal of HIV-1 protease by using normal mode analysis. | 52 | ||||||
| P21 | Density functional calculation of electronic structure on azurin | 58 | ||||||
| P22 | Molecular Dynamics Studies of EGFR Mutation on Sensitivity to Iressa | 67 | ||||||
| P23 | Optimizing pharmacophore of a protein ligand complex 3D structure by Fragment Molecular Orbital method | 71 | ||||||
| P24 | Water exclusion mechanism of aquaporin-1 by Molecular Dynamics simulations | 73 | ||||||
| P25 | Catalytic reaction of the cutinase-like enzyme that degrades the biodegradable plastics | 84 | ||||||
| P26 | Molecular Orbital Calculation for Large Molecule with Sakurai-Sugiura Method on Grid Computing Environment | 86 | ||||||
| P27 | Application of the ONIOM-molecular dynamics (MD) method to the enzymatic activation of anticancer prodrugs | 88 | ||||||
| P28 | Oxidation of Archaeal Peroxiredoxin Involves a Hypervalent Sulfur Intermediate | 92 | ||||||
| P29 | Possibility of formation of zwitterion in the hydrated amino acid in a supersonic jet | 93 | ||||||
| P30 | Virtual screening by combining molecular docking and molecular dynamics simulation | 30 | ||||||
| P31 | Study on Dynamic Representation of Pocket Shape According to the Protein Structural Change | 34 | ||||||
| P32 | Evaluation of chemical activity of Dicaffeoyl tartaric acid using QSAR | 36 | ||||||
| P33 | QSAR Study of Cyclic Urea Type HIV-1 PR Inhibitors Using Ab Initio MO Calculation of Their Complex Structures with HIV-1 PR | 37 | ||||||
| P34 | QSAR Study of Biphenyl Sulfonamide Matrix Metalloproteinase Inhibitors Using Ab Initio MO | 38 | ||||||
| P35 | Dependencies of Docking Acuracies on Initial Conformation of Ligands | 40 | ||||||
| P36 | A New Method for Prediction of Protein-protein Interactions by means of Knowledge Based Potential. | 41 | ||||||
| P37 | A Process of Protein-Ligand Approach Mediated by Solvent Site-Dipole Field | 43 | ||||||
| P38 | Theoretical Investigation on the Effect of single nucleotide Polymorphisms in the activity of Cytochrome Enzymes | 48 | ||||||
| P39 | Application of Quantum Mechanical/Molecular Mechanical (QM/MM) methods in Molecular docking and Interaction Energy Calculation | 57 | ||||||
| P40 | Computational Evaluation of Binding Energy of Mutated Estrogen Receptors with the Fragment Molecular Orbital Method | 62 | ||||||
| P41 | Protein interanal motion and function relationship elucidated by NMR | 66 | ||||||
| P42 | Numerical study on the influence of neutralized N-terminal proline of macrophage migration-inhibitory factor (MIF) by absolute binding free energy calculation (MP-CAFEE) | 78 | ||||||
| P43 | Molecular interaction systems analysis by mesoscopic simulation approach | 82 | ||||||
| P44 | Robotic Path Planning and Protein Domain Motions at Interaction | 83 | ||||||
| P45 | Three-Dimensional Structural Similarity Search of Molecules Based on Geometrical Fragment Spectra | 89 | ||||||
| P46 | An Integrated Database of Flavonoids | 90 | ||||||
| P47 | Rapid, label-free screening of fragment libraries using Biacore A100 | 91 | ||||||
| P48 | Crystal structure of algae lectin ESA2,which belongs to a new lectin family | 94 | ||||||
| P49 | Ab initio non-adiabatic dynamics of retinal: two step relaxation on the ground state | 95 | ||||||
| P50 | Multi-canonical and Systematic Sampling Approaches to Calculate Interaction Free Energy Landscapes between DNA Bases and Protein Side Chains | 96 | ||||||
| P51 | Constructing Protein Networks Based on Molecular Fragments of Pharmacologically Active Ligands | 49 | ||||||
| P52 | Study of the function of oncogenic p53 mutant based on protein flexibility analysis. | 50 | ||||||
| P53 | Prediction of drug - Cytochrome P450 interaction using Chemical-Biological correlation space model | 54 | ||||||
| P54 | Discovering druggable protein-protein interactions based on integrative in silico biology | 55 | ||||||
| P55 | in Silico Finding of Bioactive Peptides | 60 | ||||||
| P56 | Statistical prediction of protein-chemical interactions based on chemical structure and mass spectrometry data | 64 | ||||||
| P57 | Development of Novel ab initio Secondary Structure Prediction Method | 65 | ||||||
| P58 | Kinetic Analysis of Fas Signaling-Induced Apoptosis Network | 75 | ||||||
| P59 | Toward the Construction of Molecular Network in silico | 76 | ||||||
| P60 | The Reference Cis-regulatory Module Database: A Novel Tool for the Pattern Analysis of Cis-regulatory Regions | 77 | ||||||
| P61 | Visualization of atom network structure of metabolic networks by Pajek | 99 | ||||||
| P62 | A Method of Gene Selection from large-scale Microarray Experiments using Maximum-Minimum Range Method | 26 | ||||||
| P63 | Gene expression profiling of hepatocellular carcinoma using independent component analysis | 56 | ||||||
| P64 | Microarray data analysis of hepatocellular carcinoma using molecular network | 59 | ||||||
| P65 | Mass Spectrometry-based Gene Annotation | 68 | ||||||
| P66 | Automated genotyping of human obese gene SNPs by a novel SNP-typing system | 72 | ||||||
| P67 | Pathway-level description for microarray data using principal component analysis | 74 | ||||||
| P68 | Dynamic Aspect of Membrane Proteins as Revealed by Solid-state NMR | 79 | ||||||
| P69 | Inter-laboratory and inter-platform comparisons of microarray data using the parametric method: a case study in toxicology research | 80 | ||||||
| P70 | A case study: Can “in silico” and “in vitro” parallel screening improve drug-likeness? | 20 | ||||||
| P71 | New Toxicity and ADME Prediction Method developed based on Tailor-Made Modeling Technology | 33 | ||||||
| P72 | Novel approach to study metabolic reaction using computational chemistry | 42 | ||||||
| P73 | In Silico Prediction of Mutagenicity | 51 | ||||||
| P74 | Visualized Cluster Analysis of Protein-Ligand Interaction (VISCANA) based on the FMO Method with Spin-Component Scaled Second-Order Møller-Plesset Perturbation Theory | 61 | ||||||
| P75 | Development of novel Vitamin D antagonist of DLAM | 63 | ||||||
| P76 | Structure of the complex formed between SRPK and the inhibitor | 69 | ||||||
| P77 | Development of Educational Materials and Environment for Computer-aided Drug Discovery Course for Academia | 70 | ||||||
| P78 | In Silico Prediction of Side Effects on Drug Development | 81 | ||||||
| P79 | Automatic Generation of Physiology Based Pharmacokinetics (PBPK) Simulation Models from the Drug Interaction Ontology | 97 | ||||||
| P80 | Kinetic strategy to rationally design prodrugs overcoming biological membrane barriers | 100 | ||||||
| P81 | Identification of a chemical compound which stabilize the native structure of prion protein | 101 | ||||||
| P82 | A Portal for Nuclear Receptors and Metabolic Syndrome Research: A Proposal | 85 | ||||||
| P83 | Computational alanine scanning for the 6-helix bundle model between HIV-1 gp41 N-terminal heptad repeat and membrane fusion inhibitor C34 | 87 | ||||||
| P84 | Influence of Strong Vertical Magnetic Field on the Sedimentation of Microparticles | 98 | ||||||