Poster No. |
Title |
First Author |
Affiliation |
(1)分子認識と分子計算 (Molecular recognition and molecular modeling) |
C-1-01 |
A random-forest based method that can predict detailed enzyme functions and also identify specificity determining residues |
Chioko Nagao |
National Institute of Biomedical Innovation |
C-1-02 |
Large-Scale Fragment Molecular Orbital Calculations toward Evaluating the Drug Effects of AIDS Agents |
Yoichiro Yagi |
Okayama University of Science |
C-1-03 |
FMO calculations for nano-biotechnology |
Yuji Mochizuki |
Rikkyo University |
C-1-04 |
A practical procedure to calculate intermolecular interactions including statistical information between a protein and a large ligand |
Hiroyuki Sato |
Fujitsu Laboratories Ltd. |
C-1-05 |
Analysis of antibody-antigen interactions and prediction of their complex structures |
Yuko Tsuchiya |
National institute of biomedical innovation |
C-1-06 |
Screening and Design of Small Molecules that Reversibly Bind to Streptavidin |
Moe Kohno |
Graduate School of The University of Tokyo |
C-1-07 |
Standard binding free energy calculation for theophylline-RNA aptamer system: alchemical transformation and metadynamics |
Yoshiaki Tanida |
Fujitsu Laboratories Ltd. |
C-1-08 |
Molecular Dynamics Simulation of Shiga Toxin |
Kazumi Omata |
National Center for Global Health and Medicine |
C-1-09 |
Random Matrix Theory Analysis of Molecular Dynamics Simulation |
Masanori Yamanaka |
CST, Nihon University |
C-1-10 |
Binding Mechanism of KNI-272 with HIV-1 Protease |
Takahisa Hayashi |
The University of Tokushima |
C-1-11 |
LERE-QSAR Analysis of Binding of γ-Lactum Hydroxamic Acid Derivatives with Tumor Necrosis Factor-Alpha Converting Enzyme |
Koh Nonoshita |
University of Tokushima |
C-1-12 |
Spatial distribution of QM based interaction energy between amino-acids and probe molecules |
Hirofumi Watanabe |
RIKEN, Center for Life Science Technologies |
C-1-13 |
Estimation of Non-covalent Interactions with a New Efficient Dispersion Corrected HF Approach |
Tatsusada Yoshida |
The University of Tokushima |
C-1-14 |
Refinement of Crystal Structures Using Partial Geometry Optimization and Electron Density Calculations Based on the Fragment Molecular Orbital Method |
Kaori Fukuzawa |
Mizuho Information & Research Institute Inc. |
C-1-15 |
FMO calculations with ABINIT-MP on K-computer |
Yoshio Okiyama |
The University of Tokyo |
C-1-16 |
Molecular Simulation Analysis of Glucuronidation of UDP-glucuronosyltransferase 1A7 and 1A10 |
Kenji Miura |
Kobe University Hospital |
C-1-17 |
FMO-based cluster analysis for drug design by multi-dimensional scaling |
Ryo Kurauchi |
Kobe University |
C-1-18 |
Statistical analysis of 3D distribution of ligand atoms in Protein Data Bank using kernel density estimation |
Tomohiro Sato |
Center for Life Science Technology, RIKEN |
C-1-19 |
FMO-based electron density analysis to protein structure refinement
|
Chiduru Watanabe |
The University of Tokyo |
C-1-20 |
Development of molecular modeling software for protein complex animations |
Shuntaro Itou |
Nara Institute of Science and Technology |
C-1-21 |
Prediction of Protein-ligand Binding Affinities Using Molecular Simulations
|
Noriaki Okimoto |
RIKEN |
C-1-22 |
A proposal for peptide inhibitors to block the ligand-binding pocket of urokinase receptor: ab initio molecular simulations
|
Noriyuki Kurita |
Toyohashi University of Technology |
(2)インシリコ創薬 (In silico drug discovery) |
C-2-01 |
Protein-Ligand Docking Using Artificial Bee Colony Algorithm |
Shota Uehara |
Kobe university |
C-2-02 |
A new approach for constructing CYP2C9 pKi estimation scheme with ligand-receptor interaction effects |
Sumie Tajima |
Hulinks Inc. |
C-2-03 |
Electronic Similarity of Molecules for Evaluation, Classification, and Discovery |
Manabu Sugimoto |
Kumamoto University |
C-2-04 |
Understanding polypharmacology and promiscuous chemotypes on LSKB |
Atsushi Midorikawa |
World Fusion |
C-2-05 |
Ensemble Docking Simulation for β-2 Adrenergic Receptor Using Elastic Network Model |
Tomoyuki Iwamoto |
Institute for Protein Research, Osaka University |
C-2-06 |
Investigation of protein-ligand interactions |
Yoshinori Hirano |
RIKEN |
C-2-07 |
Predicting bioactivity of compound-drug target protein pairs using support vector regression models reflecting ligand efficiency |
Nobuyoshi Sugaya |
PharmaDesign, Inc. |
C-2-08 |
CzeekD: Fragment-based de novo Drug Design System for Drug Discovery |
Tatsuya Yoshikawa |
Kyoto Constella Technologies Co., Ltd. |
C-2-09 |
Mixed Fragment-based screening of WNK1 inhibitor |
Nae Saito |
The University of Tokyo |
C-2-10 |
Identification of novel chemical agents with antibacterial activity against Mycobacterium by in silico structure-based drug screening |
Yuji Koseki |
Kyushu Institute of Technology |
C-2-11 |
Identification of novel potential antibiotics for Staphylococcus by Structure-Based Drug Screening |
Maiko Kobayashi |
Kyushu Institute of Techonology |
C-2-12 |
Design of transfection reagents in RNAi therapeutics by chemoinformatics approach |
Yu Sakai |
The University of Tokyo |
C-2-13 |
Toward Crowdsourcing Evaluation of Synthetic Accessibility |
Yukino Baba |
The University of Tokyo |
(3)バイオインフォマティクスとその医学応用 (Bioinformatics and its applications in medicine) |
C-3-01 |
Identification of genes and pathways involved in DNA methylation in hepatocellular carcinoma |
Sufeiya Subati |
Dept. of System Biology, TMDU |
C-3-02 |
1H NMR-based metabolomics of plasma and dialysate from hemodialysis patients |
Masako Fujiwara |
Tohoku University |
C-3-03 |
Epigenome-wide discovery of ovarian and breast cancer specific DNA methylation markers |
Hitomi Hasegawa |
Genedata |
C-3-04 |
Analysis of Human Immunodeficiency Virus Type 1 (HIV-1) CRF07_BC in China Using BEAST |
Asiya Hapaer |
Tokyo Medical and Dental University |
C-3-05 |
Computational approach to validate long-range chromatin association between estrogen receptor alpha proteins and candidate genes of breast cancer MCF-7 within different human reference genomes |
Vutha Phav |
Tokyo Institute of Technology |
C-3-06 |
Association of CDKN2A/B, ADTRP and PDGFD polymorphisms with coronary atherosclerosis in Japan |
Sariya Dechamethakun |
Tokyo Medical and Dental University |
C-3-07 |
PoSSuM Updates and Integration With ChEMBL For Application of Drug Reuse |
Kazuyoshi Ikeda |
LEVEL FIVE Co.,Ltd. |
C-3-08 |
Phasing haplotypes of HLA genes from Next Generation Sequencing data at individual level |
Chenxi Zhao |
Tokyo Medical and Dental University |
C-3-09 |
Dynamic evolution of forkhead transcription factors and changes in their DNA-binding sites |
So Nakagawa |
Tokai University School of Medicine |
C-3-10 |
Applications of an integrated data warehouse system to investigate complex biological systems |
Yi-An Chen |
National Institute of Biomedical Innovation |
C-3-11 |
Exploring Development Origin of Health and Disease (DOHaD) hypothesis employing publicly available data |
Tay Zar Kyaw |
Research Student |
C-3-12 |
Correlation of annotation terms in heterogeneous databases and its application to Gene Set Enrichment Analysis (GSEA) and ontology construction |
katsuhiko murakami |
National Institute of Advanced Industrial Science |
C-3-13 |
Analysis of abnormalities in gene expression and splicing patterns of spinocerebellar ataxia type 6 knockin mice using RNA-seq
|
Junya Hagiwara |
Dept. of Comput. Biol., Tokyo Med. Dent. Univ. |
C-3-14 |
Comprehensive transcriptome and proteome analysis revealed Wolfberry (Lycium barbarum) as a novel dietary intervention in optimal IBD management
|
Wanping Aw |
Tokyo Medical and Dental University |
C-3-15 |
PathAct: a novel method for pathway analysis using gene expression profiles |
Kaoru Mogushi |
Dept. of Bioinformatics, Tokyo Med. Dent. Univ. |
C-3-16 |
RNA-Sequencing-Based Screening of Long Non-Coding RNAs Targeted by Steroid and Xenobiotic Receptor |
Kuniko Horie-Inoue |
Res Cntr for Genomic Med, Saitama Med Univ |
C-3-17 |
The Inferring Method of the large scale regulatory network for omics studies |
Asako Komori |
Kyushu University |
C-3-18 |
Development of an Ontology for Periodontitis
|
Asami Suzuki |
The Nippon Dental University Hospital at Tokyo |
C-3-19 |
Improving the visual interpretation of experimental data by a more informative display of confidence intervals
|
Daniel Berrar |
Tokyo Institute of Technology |
C-3-20 |
A comprehensive selection of single nucleotide polymorphisms to predict genetic risks of developing common chronic diseases in Japanese
|
Akio Ametani |
InfoBio Co., Ltd. |
(4)医薬品研究とADMET (Information and computing approach for drug design and ADMET study) |
C-4-01 |
Precise estimation of the contribution of CYP enzymes to overall metabolism from in vivo information: application of Cluster Newton Method |
Kenta Yoshida |
The University of Tokyo |
C-4-02 |
Development of the Discriminant KY-methods for Toxicity Screening |
Kohtaro Yuta |
In Silico Data, Ltd. |
C-4-03 |
Quantitative Structure-Pharmacokinetic Relationship (QSPkR) Analyses of Opioids
|
Yoshihiro Uesawa |
Meiji Pharmaceutical Universithy |
C-4-04 |
Proposal of Toxicity Risk Index (TRI) for Warning Idiosyncratic Drug Toxicity |
Takashi Mizuma |
Matsuyama University |
C-4-05 |
Improvements to the Cluster Newton Method for Underdetermined Inverse Problems - Parameter Identification for Pharmacokinetics- |
Khin Moh Moh Latt |
Asian Institute of Technology |
(5)上記に属さない先進的研究 (Emerging new technology) |
C-5-01 |
New Tools for HT Engineering, Cloning &Expression of Multispecific Next-generation Antibodies |
Futoshi Hashino |
Genedata KK, Tokyo, Japan |
C-5-02 |
Installation of orthogonality to the interface that assembles two modular domains in the Tetrahymena group I ribozyme |
Yoshiya Ikawa |
Kyushu University |
C-5-03 |
Robust in vitro affinity maturation strategy based on interface-focused high-throughput mutational scanning |
Yasuhiro Fujino |
Mitsubishi Tanabe Pharma Corporation |
C-5-04 |
In silico analysis of interactions between the ingredient molecules contained in cold medicines and HLA-A*02:06 |
Noriaki Hirayama |
Tokai University School of Medicine |
C-5-05 |
Analysis of the Drug Prescribing Patterns of Physicians in Patients with both Cardiac and Renal Failure |
Mizuki Morita |
AIST |
C-5-06 |
Biophysical Approach of Fragment Screening to inhibit the heme transfer system of Pathogenic bacteria |
Satoru Nagatoishi |
The University of Tokyo |
C-5-07 |
Inhibitor Screening of Capsular Polysaccharide Synthesizing Enzyme CapF from Staphylococcus aureus |
Koichiro Nakano |
Grad. Sch. of Frontier Sci. , Univ. of Tokyo |
C-5-08 |
Functional analysis of Liposome binding peptide selected by cDNA display |
Yuki Yoshikawa |
Grad. Sch. Sci.& Eng., Saitama Univ. |
C-5-09 |
The CADU Alliance N3 Project |
Tsuguchika Kaminuma |
Institute for Cyber Associates |
C-5-10 |
Light-induced membrane potential regulates bone cell function; development of the light-responsive bone cells |
Takuya Notomi |
Tokyo Medical and Dental University |
C-5-11 |
E. coli host engineering for efficient enzyme discovery |
Miyuki Tsukuda |
Dep. Med. Gen. Sci., Univ. Tokyo |
C-5-12 |
Methylome diversification through changes in the sequence specificity of DNA methyltransferases |
Yoshikazu Furuta |
Grad. Sch. of Frontier Sci, U Tokyo |
C-5-13 |
Site-specific Cellular Modification by Cre-incorporating Integrase-defective Retroviral Vectors |
Takuya Shimomura |
Kyushu University |
C-5-14 |
Construction of artificial sensor to regulate gene expression in the cyanobacterium Synechocystis sp. PCC 6803 |
Misaki Kawaguchi |
Graduate School of Life and Environmental Sciences |
C-5-15 |
Development of an ON/OFF-transcriptional control system for plural genes to express sequentially
|
Yuri Samata |
Saitama University |
C-5-16 |
Which has a better chemotaxis controller, E. coli or Paramecium? |
Shun-ichi Azuma |
Kyoto University |
C-5-17 |
t-Riboregulator: Regulation of Nonsense Suppression by Modulating 3’ Processing of Suppressor tRNA |
Yasunori Doi |
Proteo-Science Center, Ehime University |
C-5-18 |
DNA Modification Enzymes Utilizing Sequence-Specificity of Zinc Finger Domains |
Wataru Nomura |
Tokyo Medical and Dental University |
C-5-19 |
Discovery of a Potent and Selective FLT3 Kinase Inhibitor by Fragment Evolution |
Hirofumi Nakano |
The University of Tokyo |
C-5-20 |
An approach to reconstruction of cell cycle oscillation of DnaA activity for replication initiation and transcription regulation |
Masayuki Suetsugu |
Dept. of Life Sci., Col. of Sci. Rikkyo Univ. |
C-5-21 |
Photodynamic Effect of Single-walled Carbon Nanotubes and its potential for cancer phototherapy
|
Tatsuya Murakami |
Kyoto University |
C-5-22 |
Probabilistic Model Based Error Correction of Various Mutant Sequences Analyzed by the Single-Molecule Real-Time Sequencing |
Takuyo Aita |
Japan Science and Technology Agency |
C-5-23 |
Meta-synthetic metabolism: Identification of critical intermediates for synthetic amino acid derivative production |
Robert Sidney Cox III |
Kobe Univeristy |
C-5-24 |
A Cellular Automaton Approach for Modeling Chemical Reactions in Protein Synthesis |
Daichi Takata |
University of Hyogo |
C-5-25 |
Dynamical control of protein concentration using synthetic two-component system |
Akifumi Nishida |
Tokyo Institute of Technology |
C-5-26 |
Synthetic cellular membrane systems |
Tsutomu Hamada |
Japan Advanced Institute of Science & Technology |
C-5-27 |
Molecular Evolution of a TALE Protein to Change DNA Binding Manner |
Miki Imanishi |
Institute for Chemical Research, Kyoto University |
C-5-28 |
A Magnetically Triggered Gene Expression System Mediated by Heating of Nanoparticles |
Masaki Yamaguchi |
Kyushu University |
C-5-29 |
A combinatorial library of enzymes for anthocyanin biosynthesis toward designing of an artificial anthocyanin operon |
Takeshi Yoshizumi |
Institute for Advanced Biosciences, Keio University |
C-5-30 |
Mathematical modeling and theoretical analysis for the quantitative control of the target gene expression of synthetic genetic circuit |
Yuki Soma |
Kyushu University |
C-5-31 |
Synthetic analysis of the effect of parameter balance on phenotypic stabilities in a synthetic mutual inhibitory network |
Ryoji Sekine |
Tokyo Institute of Technology |
C-5-32 |
Theophylline-dependent Riboswitch as a Useful Genetic Tool for Synthetic Biology in Cyanobacteria |
Yoichi Nakahira |
Venture Business Laboratory, Ehime University |
C-5-33 |
Automatic Design with Frequency Characteristics for Synthetic Gene Oscillators |
Takafumi Hayashi |
Tokyo Institute of Technology |
C-5-34 |
RNA-protein complexes for designing functional nanostructured molecules |
Yoshihiko Fujita |
Graduate School of Biostudies, Kyoto University |
C-5-35 |
Construction of a computational platform for metabolic pathway design |
Michihiro Araki |
Kobe University |
C-5-36 |
Highly parallel and sensitive method for analyzing gene expression kinetics |
Maasa Yokomori |
Dept. of Life Sci., Univ. of Tokyo |
C-5-37 |
A development of molecular sensor that delivers environmental information to inside of vesicle-based molecular robots |
Koh-ichiroh Shohda |
University of Tokyo |
C-5-38 |
DNA computer-based rational construction of artificial genetic circuits
in cell model vesicles containing cell-free protein synthesis system |
Takamasa Hasegawa |
Univ Tokyo, Dept Phys, Grad Sch Sci |
C-5-39 |
New Bottom-up Construction Strategy of Biomolecular Circuits Based on Dynamic Robustness Measure
|
Masaki Inoue |
JST and Tokyo Institute of Technology |
C-5-40 |
iGEM 2013 Team Tokyo Tech Project: Mutant Ninja Coli
|
Daisuke Kiga |
Tokyo Institute of Technology |
C-5-41 |
Construction and functional analysis of DNA origami base DNA-RNAP hybrid nanomachine |
Takeya Masubuchi |
Grad. Sch. Frontier Sci., Univ. Tokyo |
C-5-42 |
Heat-induced Morphological Transformation of Supramolecular Nanostructures |
Masato Ikeda |
Gifu University |
C-5-43 |
Towards an Automatic Recognition of DNA Nanostructures on AFM images |
Yuexing Han |
Tokyo Institute of Technology |
C-5-44 |
Simple Local-information-based Self-optimizing Algorithms in Grid Networks |
Fukuhito Ooshita |
Osaka University |
C-5-45 |
A Study on pH-Responsive Photosensitizers for Potential Applications in Molecular Robotics |
Takuya Terai |
The University of Tokyo |
C-5-46 |
Acceleration of DNA strand exchange reaction by cationic comb-type copolymers |
Naohiko Shimada |
Tokyo Institute of Technology |
C-5-47 |
A study on controller structure of biochemical reaction networks |
Takashi Nakakuki |
Kyushu Institute of Technology |
C-5-48 |
Toward Spatial and Temporal Gel-Sol Transition of Hydrogel Driven by DNA Hybridization Reaction |
Ibuki Kawamata |
The University of Tokyo |
C-5-49 |
Science Communication in DNA nano-engineering |
Satoru Yoshizawa |
Graduate school of Engineering, Tohoku University |
C-5-50 |
Spatio-temporal change of BZ gel |
Hiroyuki Mayama |
Asahikawa Medical University |
C-5-51 |
Construction of Giant Vesicle Containing Microspheres at High Volume Fraction and Its Transformation |
Taro Toyota |
The University of Tokyo |
C-5-52 |
Reversible Gel-Sol Transition of DNA Gel |
Daisuke Kandatsu |
Tohoku University |
C-5-53 |
Smart Lenses Created with Transparent Shape Memory Gels |
Jin Gong |
Yamagata University |
C-5-54 |
Chain-Reactive Molecular Releasing System |
BIOMOD TeamSendai |
School of Engineering, Tohoku University |
C-5-55 |
Dynamic biomolecular computing system for artificial genetic network |
Takashi Nukada |
Department of Life Sciences, The Univ. of Tokyo |
C-5-56 |
Towards Persistent Molecular Computers for Molecular Robots |
Masami Hagiya |
University of Tokyo |
C-5-57 |
A Computing Model for Biochemical Reactions |
Fumiya Okubo |
Waseda University |
C-5-58 |
Progress in the Enumeration Approach to Computing Equilibrium of Interacting Nucleic Acid Strands |
Satoshi Kobayashi |
University of Electro-Communications |
C-5-59 |
Modeling and Simulation of self oscillating gel - toward a molecular gel robot |
Hiroshi Morita |
AIST |
C-5-60 |
Numerical studies of protein-induced shape changes of liposomes
|
Tamiki Umeda |
Kobe University |
C-5-61 |
Robustness Criteria of Hybridization of double-stranded DNA Sequences |
Hirotaka Ono |
Kyushu University |
C-5-62 |
Recapitulation of the hepatic function using in vitro liver model from murine ES/iPS cells |
Miho Tamai |
Tokyo Institute of Technology |
C-5-63 |
A Design Method of Artificial Genetic Circuits on Effective Search of These Logical Structures |
Manabu Sugii |
Yamaguchi University |
C-5-64 |
Identification of Key Regulators in Glycogen Utilization in E. coli Based on the Simulations from a Hybrid Functional Petri Net Model |
Zhongyuan Tian |
Yamaguchi University |