Calculate protein-protein docking using high-throughput numerical libraries and research on, protein-carbohydrate chain interactions by large-scale parallel computer processing.
Enable the prediction of the structures (RNA) and functional sites based on protein-complex structure, and ultimately the prediction of protein function through the integration of calculation and network dynamical analysis.
Develop fundamental technologies that will provide a foundation to support drug discovery and biological polymer regulation (intermolecular interaction) research, based in store of quantum chemistry, molecular dynamics, and molecular docking computational technologies that have been developed to date.
Genome Information Analysis, Comparative Genomics, Functional RNA,Non-coding RNA, Stochastic Model, Sequence Analysis, Secondary Structure of RNA
Systems biology, Time series analysis, Symbolic computation, Numerical optimization, Gene regulatory networks, S-system, Periodicity judgment
Molecular Simulation, Saccharides, GRID, HPC, Protein Interaction, Fragmentation Mechanism, LASER, Photo-induced reaction
Gene Expression Analysis, Metabolic Pathway Analysis
genome analysis, sequence analysis, NGS(Next Generation Sequencing) assembly