ECM 27 Programme Book - ECM27 - European Crystallographic ...
ECM 27 Programme Book - ECM27 - European Crystallographic ...
ECM 27 Programme Book - ECM27 - European Crystallographic ...
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Scientific programme Introduction<br />
The scientific programme of <strong>ECM</strong><strong>27</strong> covers the following focus areas and fields of crystallography which are promoted by the<br />
programme committee as well as the Special Interest Groups (SIGs 1–13) and the General Interest Group (GIG 1).<br />
Focus Areas<br />
FA 1 Biological and macromolecular crystallography<br />
FA 2 Materials and minerals<br />
FA 3 Physical including fundamental crystallography<br />
FA 4 Chemical crystallography<br />
FA 5 Experimental and computational techniques<br />
Microsymposia (MS)<br />
Focus Area 1 Biological and macromolecular crystallography<br />
MS 1 Protein crystallization and sample preparation<br />
MS 2 MX at Synchrotron Sources, including X-FELs and time-resolved crystallography<br />
MS 3 Getting the best data from your crystal(s)<br />
MS 4 Phasing challenges. Bootstrapping from a poor start<br />
MS 5 Advances in refinement and validation. Ligand chemistry<br />
MS 6 Bioinformatics informs MX<br />
MS 7 Pharmaceutical crystallography - Drug design: success and failures<br />
MS 8 Membrane proteins<br />
MS 9 EM and MX for viruses, assemblies and biological nano-machines<br />
MS 10 Infection and Disease<br />
MS 11 Frontiers in Structural Enzymology<br />
MS 12 Molecular recognition<br />
Focus Area 2 Materials and Minerals<br />
MS 13 Energy related materials<br />
MS 14 Materials in operando and in situ crystallography of materials<br />
MS 15 Structural complexity of minerals and inorganic materials<br />
MS 16 Crystal chemistry and phase transitions in materials at non-ambient conditions<br />
MS 17 Structural and crystal-physical studies in large volume high-P devices<br />
Focus Area 3 Physical including fundamental crystallography<br />
MS 18 New perspectives for charge density analysis: materials properties from inorganics to macromolecules<br />
MS 19 The importance of low temperature in charge density studies: history and future<br />
MS 20 Probing crystal structures at the nanoscale by quantitative electron crystallography<br />
MS 21 Crystal chemistry of aperiodic crystals and frustrated systems<br />
MS 22 Quasicrystals, their approximants and surfaces: from the atomic to the nanoscale<br />
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