List of contributors | |
Crystallographic studies on macromolecular structure | |
Recent developments in studies of macromolecular structure by X-raycrystallography | |
Time-resolved macromolecular crystallography | |
Protein crystallography in Japan | |
Experience in the measurement and analysis of multiwavelength anomalousdispersion data from macromolecular crystals | |
Electrostatic interactions and conformational variability in cubic insulincrystals | |
Crystal structural analysis of tobacco necrosis virus (TNV) | |
Cryocrystallography of native and derivatized ribosomal crystals | |
Structure and function of glutathione synthetase from Escherichia coli B | |
Protein structure analyses exploiting the data collection efficiency andprecision provided by the macromolecule-oriented Weissenberg camera installed at Beamline 6A2 of the Photon Factory, Tsukuba | |
Structure and function of carbonic anhydrase: synchrotron X-raydiffraction studies of human carbonic anhydrase I and inhibitor complexes | |
Structure study of hydrogenase and related proteions in sulfate-reducingbacteria | |
''Pivot hypothesis'': a signalling mechanism in a bacterial chemotaxisreceptor | |
Fast Weissenberg data collection as an altrnative to the Laue method inkinetic crystallography | |
More information and time-dependent studies from solution X-rayscattering | |
Solution scattering | |
Time-resolved X-ray scattering study of the allosteric transition of Escherichia coli aspartate transcarbamylase | |
The effect of point mutations on the conformational changes of theallosteric enzyme aspartate transcarbamylase from Escherichia coli | |
Dynamics of microtubules from stochastic switching to periodic swinging | |
Synchrotron radiation X-ray diffraction and cryo electron microscopystudies of vinblastine-induced polymers of purified tubulin: evaluation of theeffects of magnesium concentration and temperature | |
Expression of function of calmodulin: interaction between calmodulinfragment and mastoparan | |
Use of X-ray solution scattering for a protein folding study | |
High-resolution small-angle synchrotron X-ray diffraction study onmultilamellar phospholipid systems | |
Temperature-jump relaxation studies on phospholipids: structuralintermediates and memory effect in phase transitions | |
Biology with neutron radiation | |
Neutrons in biology - complementarity with X-rays | |
Hydrogen bonding and solvent in proteins | |
Neutron and X-ray scattering studies of the interactions between Ca2+-binding proteins and their regulatory targets: comparisons of troponin Cand calmodulin | |
Characteristic structure of phosphatidylinositol diphosphate (PIP2) complexwith bovine serum albumin and water in PIP2 bilayers | |
Recent developments in biological X-ray absorption fine-structurespectroscopy | |
Sensitive and rapid biological X-ray absorption fine-structure spectroscopy | |
X-ray absorption spectroscopy using high-brilliance photon sources | |
X-ray studies of some metalloproteins | |
A structural model for the photosynthetic oxygen-evolving manganese complex | |
X-ray absorption fine structure spectroscopy and electron paramagneticresonance studies on the molecular structure and electronic state of the Mncluster in photosynthetic water-splitting enzyme | |
Time-resolved structure of geminate states of myoglobin CO by X-rayabsorption near-edge structure spectroscopy | |
The structure-function relationship of the active sites in haemoproteincatalysis | |
Soft X-ray absorption and X-ray magnetic dichroism in biology | |
X-ray beamlines and detectors | |
Synchrotron radiation sciences in Japan | |
Diffraction and diffuse scattering beamlines for biophysical applicationsat the ESRF | |
Developments in gas detectors for biophysics at the Daresbury SRS | |
X-ray television detectors | |
The development of X-ray television detectors at the Photon Factory | |
Structural studies on muscle protein, muscle contraction, andfilamentous virus | |
What X-rays t | |
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