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| Basic and applied research to comprehend the functional mechanism of proteins that are related to biological membranes from a genome-wide viewpoint. Prediction of the structure and function of membrane proteins, especially focusing on G-protein coupled receptors (GPCR), glycosyltransferase etc. with the aid of protein family classification, structural stability calculation, sub-cellular localization prediction and comparative genome analysis. |
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| Database of GPCR candidates discovered from whole human genome using GeneDecoder. |
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Team Leader : Makiko Suwa
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Bioinformatics, gene, genome, genomic, metabolism, ligand, amino acid, cellular, molecular, biology, protein, comprehensive analysis, industry, academia and government, mass spectrometry, bio- |
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Micheal Gromiha
Research Scientist
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Membrane and Globular Proteins, structural analysis, discrimination, prediction, folding, stability, protein-DNA interactions, database, statistical methods, machine learning techniques |
Folding and Stability of Globular and Membrane Proteins
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Yuri Mukai
AIST Research Staff
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Membrane protein, Post-translational modification, Organelle, Structural stability, Database, In silico prediction, Wet biology |
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Masami Ikeda
AIST Research Staff
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Masafumi Arai
AIST Research Staff
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