lecturers and lectures planned for hercules 2022
Session B: biomolecular and soft condensed matter
I - Introduction & METHODS
M. Blakeley |
Neutron crystallography |
M. Blackledge |
Nuclear Magnetic Resonance |
S. DeBeer |
X-ray spectroscopy |
A. Desfosses |
Electron microscopy for structural biology |
M. Czjzek |
Biological small angle X-ray scattering |
F. Gabel |
Small angle neutron scattering |
M. Roe |
Protein crystallography : data collection and reduction, phasing |
C. Sauter |
Introduction to current trends and challenges of molecular and sructural biology |
II - Imaging
C. Buckley |
Analysis and visualization of 3D imaging data |
C. Jacobsen |
Coherent diffraction imaging and ptychography for soft condensed matter and biology |
I. Michaud-Soret |
X-ray Fluorescence biological imaging |
G. Tromba |
Medical imaging with synchrotron radiation |
III - DYNAMICS
D. Clarke |
Time-resolved fluorescence and circular dichroism with SR |
G. Schiro |
Following protein structural changes as they happen with time resolved X-ray techniques |
G. Zaccai |
Protein dynamics by neutron scattering and dynamics of macromolecules |
IV - STRUCTURE
D. Barlow |
Membrane diffraction |
E. Boeri-Erba |
Towards integrated sructural biology : studying macromolecular complexes by native mass spectrometry |
C. Boote |
Fibre diffraction |
Y. Gerelli |
X-ray and neutron reflectivity in biophysics |
P. Judge |
Non-crystallographic ways of obtaining structural and dynamical information at different lenght and time scales for biological systems |
V - Special topics
D. Bourgeois |
Super-resolution microscopy : a revolution in biological imaging |
T. Forsyth |
Deuteration for biological research |
A. Pastore |
Integrative biology |
S. Shoeder |
Ancient materials research with synchrotron and neutron techniques |
M. Spano |
Crystal growth and low resolution structures |
D. Stuart |
Crystallography of viruses and very large macromolecules |
M. Weik |
Radiation damage in protein crystallography |