Our research aims are to elucidate structure-function relationships of biological macromolecules, mainly proteins, by using physicochemical methods such as spectroscopic and X-ray diffraction methods. The following attempts have been mainly made in our laboratory for that purpose. (1) X-ray diffraction studies on protein structures in crystal and in solution are carried out by crystallographic and/or small-angle X-ray scattering techniques to elucidate structure-function relationships of proteins. (2) Molecular mechanism for myosin assembly is studied by proteolytic method, electron microscopy, and computer analysis of the amino acid sequence. Students: KURIHARA, Eiji (DC
Since the pioneering diffraction experiments led by Max von Laue in 1912, X-ray crystallography has ...
The second edition of Structure in Protein Chemistry showcases the latest developments and innovatio...
Understanding the molecular structure of biomolecules has revolutionized biology and medicine, and i...
The field of structural biology focuses on determining and studying the structures of macromolecules...
Bacteria mediate a large variety of biological processes using protein complexes. These complexes ra...
Within the cell, the majority of functional roles are carried out by polypeptide macromolecules comm...
The most spectacular applications of X-ray diffraction during the last couple of decades have been c...
Structural information of the protein complement of E.coli represents an important component in our ...
Protein crystallography is the science of elucidating the atomic resolution structure of macromolecu...
X-ray crystallography has long been a key method in solving the three-dimensional structure of prote...
Proteins and peptides are able to self-assemble in vivo and in vitro. In vitro, this ability can be ...
x Ray crystallography is currently the most favoured technique for structure determination of protei...
Escherichia coli has historically been an important organism for understanding a multitude of biolog...
The living cell is a formidable entity kept intact and functioning by a network of interactions carr...
AbstractDetermination of a macromolecular structure using x-ray diffraction is a multistep process t...
Since the pioneering diffraction experiments led by Max von Laue in 1912, X-ray crystallography has ...
The second edition of Structure in Protein Chemistry showcases the latest developments and innovatio...
Understanding the molecular structure of biomolecules has revolutionized biology and medicine, and i...
The field of structural biology focuses on determining and studying the structures of macromolecules...
Bacteria mediate a large variety of biological processes using protein complexes. These complexes ra...
Within the cell, the majority of functional roles are carried out by polypeptide macromolecules comm...
The most spectacular applications of X-ray diffraction during the last couple of decades have been c...
Structural information of the protein complement of E.coli represents an important component in our ...
Protein crystallography is the science of elucidating the atomic resolution structure of macromolecu...
X-ray crystallography has long been a key method in solving the three-dimensional structure of prote...
Proteins and peptides are able to self-assemble in vivo and in vitro. In vitro, this ability can be ...
x Ray crystallography is currently the most favoured technique for structure determination of protei...
Escherichia coli has historically been an important organism for understanding a multitude of biolog...
The living cell is a formidable entity kept intact and functioning by a network of interactions carr...
AbstractDetermination of a macromolecular structure using x-ray diffraction is a multistep process t...
Since the pioneering diffraction experiments led by Max von Laue in 1912, X-ray crystallography has ...
The second edition of Structure in Protein Chemistry showcases the latest developments and innovatio...
Understanding the molecular structure of biomolecules has revolutionized biology and medicine, and i...