Focus Area 1: Biological and Macromolecular Crystallography (SIG 1) |
MS 1 | Micro-crystals and Synchrotron in Life Sciences |
MS 2 | Twinning, Non-crystallographic Symmetry and Space Group Determination |
MS 3 | Practical Solutions to Membrane Protein Crystallography |
MS 4 | Experimental Phasing in Structural Biology, Phase Improvement and Refinement |
MS 5 | Crystallography, SAXS and Electron Microscopy |
MS 6 | Molecular Recognition |
MS 7 | Regulatory RNA |
MS 8 | Macromolecular Assemblies (Viruses and Phages) |
MS 9 | Cytoskeleton, Protein Trafficking and Sorting |
MS 10 | Challenges in Redox-Reactions |
MS 11 | Exciting new structures |
MS 12 | Infection and Disease |
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Focus Area 2: Materials and Minerals (SIG 5, SIG 11, SIG 12) |
MS 13 | Complex metallic alloys |
MS 14 | New inorganic materials for technological applications |
MS 15 | Phase transitions in minerals and their planetary effects |
MS 16 | Mineral and inorganic crystallography |
MS 17 | High-pressure crystallography at elevated temperatures |
MS 18 | Open structures and aperiodic crystals under in situ/non-ambient conditions |
MS 19 | Structure and properties of functional materials at extreme conditions |
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Focus Area 3: Physical including Fundamental Crystallography
(SIG 2, SIG 3, SIG 4) |
MS 20 | Charge, spin and momentum densities for the prediction of physical properties |
MS 21 | Aperiodic order: experiment and simulation |
MS 22 | Diffuse scattering and disorder |
MS 23 | Aperiodic composite structures |
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Focus Area 4: Chemical Crystallography (SIG 7, SIG 13) |
MS 24 | Quantitative electron crystallography |
MS 25 | Modern electron diffraction – exploring structures and properties |
MS 26 | Molecular interactions in crystal packing and molecular assemblies |
MS 27 | Molecular interactions in nanocrystalline, disordered and amorphous compounds |
MS 28 | Applications of molecular crystals simulations |
MS 29 | Inclusion compounds and porous materials |
MS 30 | From hydrogen to halogen bonding: proton- against charge-transfer interactions |
MS 31 | Supramolecular assemblies and crystal engineering |
MS 32 | Crystallization in gels – a practical workshopMS32 |
MS 33 | Structure-properties relationship in molecular crystals |
MS 34 | Structural studies on coordination chemistry |
MS 35 | Transformation in crystals: from polymorphism to solid-state reactivity |
MS 36 | Interactions and reactivity in small and large molecules |
MS 37 | Charge density for understanding of chemical properties |
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Focus Area 5: Experimental and Computational Techniques
(SIG 6, SIG 8, SIG 9, SIG 10) |
MS 38 | Current trends in protein and small molecules crystallization and monitoring |
MS 39 | Surfaces, interfaces and nanostructures |
MS 40 | Micro- and sub-micro-diffraction |
MS 41 | Magnetism by neutrons and X-rays |
MS 42 | Time-resolved X-ray diffraction and spectroscopy in biology and chemistry |
MS 43 | Charge Flipping |
MS 44 | Software development, automation and validation |
MS 45 | Recent developments in software for chemical crystallography |
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General crystallography |
MS 46 | Crystallographic Teaching |
MS 47 | Crystallography in Art and Archaeology |