EMBO Global Exchange Lecture Course

Structural and Biophysical Methods for Biological Macromolecules in Solution

Official course page

Lectures in PDF

• Basics of X-ray scattering by solutions - D. Svergun
• Basics of neutron scattering - J. Trewhella
• Power of combining SAXS with other methods - Ashish
• SAXS and SANS facilities and experimental practice - C. Blanchet
• SAXS/SANS data processing and overall parameters - P. Konarev
• Ab initio methods: how do they work - D. Svergun
• Principles of atomic-structure-based modeling - M. Petoukhov
• Sample preparation and characterization - R. Meijers
• Joint application of SAXS and SANS - J. Trewhella
• Joint use of analytical ultracentrifugation and small angle scattering - O. Byron
• Introduction to solution NMR - Alexandre Bonvin
• Spectral assignment and structure calculation - L. Banci
• Recent advances in biomolecular NMR - L. Banci
• Time resolved scattering studies - C. Blanchet
• Microfluidics and lab-on-a-chip systems for structural studies - B. Vestergaard
• Characterisation of mixtures and intermolecular interactions - P. Konarev
• Folding, assembly, flexible systems - M. Petoukhov
• NMR, docking and bioinformatics - A. Bonvin
• Joint use of AUC and SAS: advanced concepts - O. Byron
• Biophysical characterization of protein-protein interactions - R. Meijers
• Analysis of heterogeneous systems - B. Vestergaard
• A system for automated data analysis and interpretation for biological solution SAXS - M. Petoukhov