Titlebook: Biological Small Angle Scattering: Techniques, Strategies and Tips; Barnali Chaudhuri,Inés G. Mu?oz,Volker S. Urban Book 2017 Springer Nat

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How to Analyze and Present SAS Data for Publication,gical, functional and even time resolved conditions. However, reconstructing three dimensional structures from SAS data is inherently ambiguous, as no information about orientation and phase is available. In addition experimental artifacts such as radiation damage, concentration effects and incorrec

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SAS-Based Structural Modelling and Model Validation,ing inhomogeneities at low resolution. An important example of such systems are solutions of biological macromolecules. Rapid development in the methodology for solution scattering data interpretation and model building during the last two decades brought the analysis far beyond the determination of

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What Can We Learn from Wide-Angle Solution Scattering?,e (SAXS) data. It is possible to accurately predict WAXS scattering on the basis of atomic coordinate sets and thus use it as a means of testing molecular models constructed on the basis of crystallography, molecular dynamics (MD), cryo-electron microscopy or . modeling. WAXS data may provide insigh

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High Resolution Distance Distributions Determined by X-Ray and Neutron Scattering,heir chemistry, biological macromolecules undergo structural changes over distances ranging from atomic to micrometer scales. X-ray and neutron scattering provide three key assets for tackling this challenge. First, they may be conducted on solutions where the macromolecules are free to sample the c