| Date | Session | Time | Author | Abstract title | |
| 3.7. | S1-L1 | 09:50 | Xu | H Eric | An X-Ray Laser Structure of Rhodopsin-Arrestin Complex |
| 3.7. | S1-L2 | 10:20 | Carpenter | Byron | Engineering Heterotrimeric G Proteins to Facilitate Crystallisation of GPCRs in their Active Conformation |
| 3.7. | S1-L3 | 10:50 | Caffrey | Martin | New and Improved Features of the Lipid Cubic Phase (In Meso) Method for Crystallizing Membrane and Soluble Proteins and Complexes |
| 3.7. | S1-L4 | 11:10 | Pryor | Edward | The importance of detergent selection: Are you choosing the right detergent for your membrane protein? |
| 3.7. | KN-2 | 12:00 | Chayen | Naomi | Enhancing the success of crystallising biological macromolecules |
| 3.7. | S2-L1 | 14:00 | Kossiakoff | Anthony | Generation of antibody-Fab reagents to capture and stabilize functionally important conformational states of proteins to facilitate their structure determination by crystallography and single particle Cryo-EM |
| 3.7. | S2-L2 | 14:30 | Thomae | Nicolas | Macromolecular machines in genome maintenance |
| 3.7. | S2-L3 | 15:00 | Tan | Song | Crystallization of chromatin complexes |
| 3.7. | S2-L4 | 15:30 | Rubin | Seth | X-ray Crystallography Studies of Protein Complexes Controlling Cell Cycle Gene Expression |
| 3.7. | S3-L1 | 16:20 | Xu | Fei | Structural investigation of APJ: one receptor with two endogenous ligands |
| 3.7. | S3-L2 | 16:50 | Kapoor | Khyati | Mechanism of inhibition of hGLUT1 is conserved between cytochalasin B and phenylalanine amides |
| 3.7. | S3-L3 | 17:10 | Chen | Chun Jung | Purification and Crystallization of an Antigenic Outer-Membrane Protein from Salmonella Typhi |
| 3.7. | S3-L4 | 17:30 | Shaw Stewart | Patrick | Microseed matrix-screening (rMMS): introduction, theory, practice and a new technique for membrane protein crystallization in LCP |
| 3.7. | KN-1 | 9:00 | Nureki | Osamu | High-resolution X-ray Crystallography of Membrane Proteins and Molecular Mechanisms of Membrane Transporters |
| 4.7. | S4-L1 | 08:30 | Marquez | Jose Antonio | Automated crystal mounting and processing through laser photoablation. New opportunities for integrated macromolecular crystallography pipelines. |
| 4.7. | S4-L2 | 09:00 | Hunkeler | Moritz | Advanced Imaging in Lab-Scale Protein Crystallization |
| 4.7. | S4-L3 | 09:30 | Dekker | Carien | TeXRank: Texture Image Analysis and Machine Learning for Crystallizing Difficult Proteins |
| 4.7. | S4-L4 | 10:00 | Gerard | Charline | Microfluidic platform for optimisation of crystallisation conditions |
| 4.7. | S4-L5 | 10:20 | Mueller Dieckman | Jochen | Advancements in Automated Imaging |
| 4.7. | S5-L1 | 11:10 | Oberthuer | Dominik | Changing concepts: Crystallization for serial and time-resolved crystallography |
| 4.7. | S5-L2 | 11:40 | Dods | Robert | Micro-crystallisation of Photosynthetic Reaction Center for Time-Resolved Serial Femtosecond Crystallography at an X-ray Free Electron Laser |
| 4.7. | S5-L3 | 12:10 | Stagno | Jason | Advantages of Serial Femtosecond Crystallography for RNA Structure Determination |
| 4.7. | S5-L4 | 12:30 | Perry | Sarah | Graphene-Based Microfluidics for Serial Crystallography |
| 4.7. | S6-L1 | 14:00 | Meents | Alke | A low background sample holder for fixed target serial crystallography experiments |
| 4.7. | S6-L2 | 14:30 | Weierstall | Uwe | Microcrystal sample delivery for serial crystallography in a high viscosity medium |
| 4.7. | S6-L3 | 15:00 | Betzel | Christian | Distinguishing Protein Nanocrystals from Amorphous Precipitate by Depolarized Dynamic Light Scattering |
| 4.7. | S6-L4 | 15:30 | Orville | Allen | Acoustic droplet ejection: from crystallisation through time-resolved SFX |
| 4.7. | S6-L5 | 16:00 | Smith | Vernon | The changing role of in-house crystallography |
| 4.7. | KN | 18:45 | Yonath | Ada | The Recent Resolution Revolution & Friendly Medicine |
| 5.7. | S7-L1 | 08:30 | Bergfors | Terese | Strategies and stories for the small-scale crystallization laboratory |
| 5.7. | S7-L2 | 09:00 | Saridakis | Emmanuel | Thermodynamic stabilisation, entropy, and crystallisation of proteins. |
| 5.7. | S7-L3 | 09:30 | Bruder | Lisza | Glycerol alters substrate binding in PTPLP:IP complexes |
| 5.7. | S7-L4 | 09:50 | Hasek | Jindrich | CONTROLLING THE GRYSTAL GROWTH. WHY IS POLY(ETHYLENEGLYCOL) THE MOST EFFECTIVE PRECIPITANT FOR PROTEIN CRYSTALLIZATION? |
| 5.7. | S7-L5 | 10:10 | McPherson | Alexander | Experiments on the Diffusion of Dyes and Ions into Protein Crystals |
| 5.7. | S8-L1 | 11:00 | Ennifar | Eric | ITC-assisted crystallization of protein-ligand complexes |
| 5.7. | S8-L2 | 11:30 | Luecke | Hartmut | Membrane Protein Crystallization Using Cubic Lipid Phases, Bicelles and Vapor Diffusion |
| 5.7. | S8-L3 | 12:00 | Moreno | Abel | Myths and realities about the influence of electric and magnetic fields on protein crystallization and protein crystal growth |
| 5.7. | S8-L4 | 12:20 | Ristic | Marko | Computational tools to aid crystallization |
| 5.7. | S8-L5 | 12:40 | Jocks | Thomas | How light scattering can contribute to purification, characterization and crystallization of proteins |
| 5.7. | S9-L1 | 14:00 | Newman | Janet | What’s in a drop? Moving from images to outcomes. |
| 5.7. | S9-L2 | 14:30 | Wilson | Julie | Automated scoring of crystallisation experiments using multiple images |
| 5.7. | S9-L3 | 15:00 | Acharya | Samyam | A Genetic Algorithm for the Optimization of Protein Crystallization Screening |
| 5.7. | S9-L4 | 15:20 | Criswell | Angela | An add-on device for automated in situ diffraction screening |
| 5.7. | S10-L1 | 16:10 | Sauter | Claude | Biological crystallization: from the classroom to the bench |
| 5.7. | S10-L2 | 16:40 | Caffrey | Martin | A Laboratory Course on Crystallizing Membrane and Soluble Proteins and Complexes by the Lipid Cubic Phase (In Meso) Method |
| 5.7. | S10-L3 | 17:10 | Veesler | Stephane | Teaching (macromolecular) crystallization with movies |
| 5.7. | S10-L4 | 17:30 | Spano | Monika | Optimization of Crystallization using Dialysis Combined with Temperature Control |
| 5.7. | S10-L5 | 17:50 | Garcia Ruiz | Juan Manuel | Teaching protein crystallization at the Laboratory for Crystallographic Studies (Granada, Spain) |
| 6.7. | KN-3 | 08:30 | Garcia Ruiz | Juan Manuel | The impact of crystals and crystallography in art and culture |
| 6.7. | S11-L1 | 09:20 | Sugiyama | Shigeru | Growth of Protein Seed Crystals with High-Strength Hydrogels |
| 6.7. | S11-L2 | 09:50 | Blakeley | Matthew | Neutron cryo-crystallography: methods, applications and challenges |
| 6.7. | S11-L3 | 10:20 | Meilleur | Flora | Crystallization of a fungal polysaccharide monooxygenase for neutron crystallography |
| 6.7. | S11-L4 | 10:50 | Junius | Niels | Crystallization with an automated apparatus for temperature-controlled flow-cell dialysis with real-time visualization |
| 6.7. | KN-4 | 11:40 | Giege | Richard | What biocrystallogenesis tells us – What is needed in the future |
| 7.7. | S12-L1 | 08:30 | Vekilov | Peter | Are the protein pre-nucleation clusters equilibrium structures or irreversible aggregates? |
| 7.7. | S12-L2 | 08:50 | Hargreaves | David | Antibodies as Chaperones in Crystallisation: Parameters for Success. |
| 7.7. | S12-L3 | 09:10 | Gavira | Jose Antonio | Protein crystallization in hydrogels, current status and future prospect |
| 7.7. | S12-L4 | 09:30 | Thaw | Paul | Flying through optimization screening with dragonfly |
| 7.7. | S12-L5 | 09:50 | Urbániková | Lubica | Protein crystallisation - tricks and practise |
| 7.7. | S12-L6 | 10:10 | Calero | Guillermo | Transmission electron microscopy for the evaluation and optimization of crystal growth |
| 7.7. | S13-L1 | 11:00 | DArcy | Allan | A rational approach to crystallising proteins in the pharmaceutical industry, the impact of micro seed matrix seeding |
| 7.7. | S13-L2 | 11:30 | Oster Landgren | Linda | Successful generation of structural information for fragment-based drug discovery |
| 7.7. | S13-L3 | 11:50 | Peignier | Thomas | XRayLab: an X-ray diffraction facility for the International Space Station dedicated to the study of space-grown crystals |
| 7.7. | S13-L4 | 12:10 | Hou | Hai | A comparative study on the diffraction quality of protein crystals obtained using the cross-diffusion microbatch and sitting-drop vapor diffusion methods |
| 7.7. | S14-L1 | 13:30 | Kowacz | Magdalena | Ionic liquids (ILs)-water interplay in protein crystallization. From IL additives to nucleants to … |
| 7.7. | S14-L2 | 14:00 | Pusey | Marc | Ionic Liquids as Protein Crystallization Additives |
| 7.7. | S14-L3 | 14:30 | Maes | Dominique | The artificial protein Octarellin challenges crystallographers and modellers |
| 7.7. | S14-L4 | 14:50 | Charbonneau | Patrick | Water in Protein Crystals |
| 7.7. | S14-L5 | 15:10 | Petri | Edward | Use of X-ray crystallographic data for computational modelling of receptor-ligand interactions: design of steroidal inhibitors of breast and prostate cancer cell growth |