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Ayori Mitsutake
Researcher at Meiji University
Publications - 8
Citations - 104
Ayori Mitsutake is an academic researcher from Meiji University. The author has contributed to research in topics: Folding (chemistry) & Mutant. The author has an hindex of 4, co-authored 8 publications receiving 48 citations.
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Universal Relation between Instantaneous Diffusivity and Radius of Gyration of Proteins in Aqueous Solution
TL;DR: Molecular dynamics simulations of small proteins demonstrate that these conformational fluctuations directly affect the protein's instantaneous diffusivity D_{I}, and demonstrates the validity of the local Stokes-Einstein-type relation.
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Conformational change of a biomolecule studied by the weighted ensemble method: Use of the diffusion map method to extract reaction coordinates.
TL;DR: This work simulates the nonequilibrium ensemble dynamics of a biomolecule using the weighted ensemble method, which was introduced in molecular dynamics simulations by Huber and Kim and further developed by Zuckerman and co-workers, and finds that the most significant DM coordinate turns out to extract a dihedral angle of glycine.
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Folding pathways of NuG2—a designed mutant of protein G—using relaxation mode analysis
Ayori Mitsutake,Hiroshi Takano +1 more
TL;DR: This work applied relaxation mode analysis to folding simulations of a designed mutant of protein G, NuG2, to investigate its folding pathways and classified various characteristic states such as native, nativelike, intermediate, and random states and clarified two main folding pathways.
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Identification of slow relaxation modes in a protein trimer via positive definite relaxation mode analysis.
TL;DR: This paper proposes a simple and effective extension of the RMA method, referred to as the positive definite R MA method, to introduce the evolution time parameter robustly, and demonstrates the effectiveness of the method.
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Analysis of molecular dynamics simulations of 10-residue peptide, chignolin, using statistical mechanics: Relaxation mode analysis and three-dimensional reference interaction site model theory.
TL;DR: The results for designing amino-acid substitution of the 10-residue peptide, chignolin, to stabilize the misfolded structure are reviewed using developed relaxation mode analysis and the three-dimensional reference interaction site model theory to investigate stabilities with solvent effects.