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Report No.
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Analysis of solution structure of multi-domain protein

Nakagawa, Hiroshi   ; Saio, Tomohide*; Sugiyama, Masaaki*; Inoue, Rintaro*

It is necessary to check a structural change of the protein on the domain scale to predict the interaction with the target molecule and interaction between the protein based on tertiary structure information of the protein at the atom level. In addition, it is necessary for the understanding of structure polymorphism of various molecules and interacting protein and the plastic molecules base to clarify the fluctuation of the domain as the mer. It becomes the important problem how you elucidate flexibility of such a protein structure in the next-generation structural biology. In this study, I analyze a change of the multi-domain protein structure by the quantum beam dispersion method using X-rays and the neutron and the correlation structure analytical method that fused of the molecular simulation. In addition, I analyze the local structure of the active site of the protein in conjunction with a domain structure by quoting molecular simulation. I mediate between a solution dispersion experiment of the low resolving power and two experiment information of the crystal structure of the atom resolving power that has been already untied by a computer technology and elucidate the protein interaction that plural domains weave in wide space resolving power to be able to foresee the whole complex from an atom level.

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