Hybrid Conference Statistics
Data
Transferred data in stream | 11.8 TB (most to UK) |
Total size of uploaded files | 33 GB |
Total number of slides | 18 042 |
Viewed hours in stream | 15 318 hrs |
Working hours of technicians | 1 400 hrs |
Total number of lecture views | 12 325 |
Total number of poster views | 35 054 |
Virtual exhibition stands Total number of views (most Rigaku, Bruker/Incoatec, Eldico, MiTeGen, Anton Paar) | 5 156 |
Total number of chats (most IUCr2026 bid, Rigaku, Bruker/Incoatec, CCDC) | 1 033 |
Total registrations: 1 638
Regular participants: 1081
Students: 468
Exhibitors: 59
Programme
Plenary lectures, Prizes (Ewald, W.H. and W.L. Bragg Prize), Keynote lectures (35), 9 parallel sessions each day
634 lectures + Software Fayre
over 600 poster presentations
Statistics – September 28
Keynote Lectures
top 10 by number of online views
Title | Speaker | Views |
Quantum crystallography: past, present, and future | Dylan Jayatilaka | 211 |
Electron crystallography of molecular crystal | Lukáš Palatinus | 194 |
Structural flexibility and disorder in functional materials | Andrew Goodwin | 185 |
Fourth-generation Synchrotron radiation and XFEL facilities: new era in crystallography and material science | Aleksandr Blagov | 167 |
Electron density, and its interplay with the energy and properties of molecules and solids | Julia Contreras-Garcia | 166 |
Time-resolved macromolecular crystallography: no longer a niche pursuit? | Arwen R Pearson | 159 |
High pressure crystallography unlimited | Leonid Dubrovinsky | 150 |
MicroED: conception, practice and future opportunities | Tamir Gonen | 147 |
The crystal and the rose: On the impact of crystals and crystallography on arts and mind | Juan Manuel Garcia-Ruiz | 134 |
Crystal engineering of adaptive smart materials: from mechanical bending to self-healing | Malla Reddy | 134 |
Sessions
top 25 by number of views
Title | Views |
Automation in bio-crystallography: tools, perspectives and applications | 193 |
Crystal structures of pharmaceutical and organic compounds from electron diffraction | 185 |
Structural biology against coronavirus/covid-1 | 183 |
Machine learning in biological and structural sciences | 178 |
Total scattering | 168 |
Protein design and engineering | 163 |
Recent advances in electron crystallography techniques | 161 |
Combination of X-rays and electrons for structure characterization | 157 |
Dynamic frameworks | 152 |
CryoEM for macromolecules – from single particles to microcrystals | 151 |
Disordered materials: spectroscopic and scattering techniques | 148 |
Online crystallography: Tools, apps and web services | 146 |
Validation of cryoEM structures and maps | 145 |
Pre and post publication peer review of crystallographic data | 145 |
New trends in pharmaceutical materials | 145 |
Ultra-high resolution macromolecular crystallography and quantum biocrystallography | 143 |
Data-driven discovery in crystallography | 142 |
Novel techniques and insights into in vitro and in situ crystallisation for X-ray and electron diffraction. | 140 |
Structure guided drug design and antibiotic resistance targets | 139 |
Phase transitions in complex materials (structure and magnetism) | 138 |
Ab initio powder structure analysis for polymorphism and phase transformation studies with pharmaceutical applications | 136 |
Integrative structural biology: The next 50 years of the Protein Data Bank | 136 |
4th generation SR and XFEL Facilities | 136 |
Polymorphism and structural transformation of organic crystals from synthesis to characterization | 135 |
Crystallization mechanisms of small molecule systems | 135 |
Posters
top 25 by number of views (unique – multiple views by one guest not calculated)
Poster session | Title | Presenting author | Views (unique) |
Structural bioinformatics | The rotag library: generating protein structure-specific side-chain rotamer libraries note: This poster is the first poster of the first session | Algirdas Gribauskas | 149 |
Drug design | Structure determination of the motor domain of centromere associated protein E | Asuka Shibuya | 102 |
Crystal structure prediction | Predicting the packing behaviour of porous organic cages | Emma Helen Wolpert | 95 |
Powder diffraction | Structure determination of soft crystal polymorphs by using prediction technique with powder X-ray diffraction data | Shigeaki Obata | 93 |
Crystallographic data | Chemical annotation in the Crystallography Open Database | Andrius Merkys | 91 |
Perovskites | Effect of Bi non-stoichiometry on the crystallographic structure of Na1/2Bi1/2TiO3 | Ahmed Gadelmawla | 86 |
Metal-organic frameworks | Kinetic and thermodynamic control in assembly of rare-earth cyamelurates | Albina Isbjakova | 86 |
Structural bioinformatics | On the role of CO…CO interactions in the classification of beta-turns. | Consiglia Tedesco | 84 |
Automation in biocrystallography | Faster turnaround of macromolecular crystallography research | Julius Hallstedt | 81 |
Drug design | Fragment Based Drug Discovery of SARS-CoV-2 Main Protease | Weixiao Song | 81 |
Crystal structure prediction | Come for the drug, stay for the solvent! | Ioanna Sovago | 74 |
Crystal structure prediction | Machine Learning on Experimental Crystal Structures to parametrize Models of the Gibbs Energy in Computational Crystallography | Detlef WF Hofmann | 74 |
Drug design | Structural studies towards the development of an oral main protease (Mpro) inhibitor to treat SARS-CoV-2 infection | Joanne Lemieux | 71 |
General interest | Ducks in space groups! Students grasping 3D-arrangement of symmetry elements with hands-on models | Nico Graw | 71 |
Advances in instrumentation | Home-made capillary mounting setup for shaky hands | Bertrand Georges Marcel Fournier | 70 |
Advances in instrumentation | The latest X-ray analysis solutions from Anton Paar | Andrew O. F. Jones | 68 |
Pharmaceutical materials | Pharmaceutical cocrystallization: polymorphs, salts and cocrystals | Angshuman Roy Choudhury | 67 |
Advances in instrumentation | Non-ambient X-ray diffraction – a further dimension in crystallography | Barbara Puhr | 67 |
Pharmaceutical materials | Study in the Solid State, Framework Energy and Crystal Structure by X-Ray Diffraction Techniques of Cetirizine and Levocetirizine Dihydrochloride Used as an Antihistamines | Angie Paola Tamayo Carreño | 66 |
Powder diffraction | Structural characterization of MgxCo3-xP2O8 solid solutions | Maximilian Klein | 65 |
Powder diffraction | Easy Automation & More Accurate Analysis with HighScore(Plus) V4. | Thomas Degen | 64 |
Ptychography, imaging, coherent scattering | Coherent X-ray diffraction imaging to investigate structure and morphological evolution of calcium carbonate microparticles | Daniyal Younas | 64 |
Macromolecular and biological crystallography | Structural studies of bacterial small alarmone hydrolases | Adriana Chrenková | 63 |
Quantum crystallography | Crystallographic and Computational Electron Density of dx2-y2 Orbitals of Azo-Schiff Base Metal Complexes Using Conventional Programs | Yuji Takiguchi | 63 |
Crystal structure prediction | Structural characterization of Cu-tpy-nucleotide ternary complexes | Suma Dilipkuhar | 63 |
Lectures
top lectures by number of views for each day
Sunday, August 15
Session | Speaker | Title | Number of views |
Pre and post publication peer review of crystallographic data | Alexander Wlodawer | How not to publish structural results | 93 |
Pre and post publication peer review of crystallographic data | Suzanna Ward | Crystallographic review – perspectives from a chemical structural database | 91 |
Validation of cryoEM structures and maps | Pavel Afonine | Protein hydrogen bond parameters as a new validation tool | 87 |
Pre and post publication peer review of crystallographic data | Brian McMahon | Data scrutiny in IUCr journals | 87 |
Perovskites | Joke Hadermann | Uncovering hidden complexity in oxygen deficient perovskites | 85 |
Perovskites | James M. Rondinelli | Understanding the thermal expansion in layered perovskite chalcogenides | 85 |
Monday, August 16
Session | Speaker | Title | Number of views |
Automation in bio-crystallography: tools, perspectives and applications | Katherine McAuley | Automated data collection at the Swiss Light Source macromolecular crystallography beamlines | 116 |
Automation in bio-crystallography: tools, perspectives and applications | Jose Antonio Marquez | Online Crystallography: Automated, Remote Controlled Protein-to-Structure Pipelines for Drug Design | 115 |
Crystal structures of pharmaceutical and organic compounds from electron diffraction | Enrico Mugnaoli | Strategies for structure solution of small-molecule organics by 3D ED using a small beam | 105 |
Structural biology against coronavirus/covid-8 | V. Srinivasan | Structure of SARS-CoV-2 papain-like protease PLpro reveals a framework for antiviral inhibitor design | 101 |
Recent advances in electron crystallography techniques | Hongyi Xu | Structure Determination of Biomolecules by 3D Electron Diffraction | 99 |
Automation in bio-crystallography: tools, perspectives and applications | Matthew Jordan McLeod | Millisecond Time-Resolved Crystallography using Film Mixing and Plunge Cooling | 98 |
Tuesday, August 17
Session | Speaker | Title | Number of views |
Total scattering | Bo Brummerstedt Iversen | Pair Distribution Function Analysis in Materials Science | 117 |
Total scattering | Stefan Rosenkranz | Recent developments in measuring and analysing large 3D volumes of scattering data to investigate the role of complex disorder on crystalline materials properties | 114 |
CryoEM for macromolecules – from single particles to microcrystals | Nenad Ban | Structural basis of SARS-CoV-2 translational shutdown and programmed ribosomal frameshifting | 110 |
CryoEM for macromolecules – from single particles to microcrystals | Dimple Karia | Home source for cryo-EM | 98 |
Online crystallography: Tools, apps and web services | Mois Ilia Aroyo | Symmetry database of International Tables online | 96 |
Total scattering | Hary S. Geddes | Extracting interface correlations from the pair distribution function of composite materials | 96 |
Polymorphism and structural transformation of organic crystals from synthesis to characterization | Franziska Emmerling | Mechanochemical cocrystal formation: Insights into polymorph control | 95 |
Wednesday, August 18
Session | Speaker | Title | Number of views |
Protein design and engineering | Elizabeth Gillam | Using Ancestral Sequence Reconstruction to Create Robust, Highly Expressed Proteins for Crystallography | 109 |
Combination of X-rays and electrons for structure characterization | Tatiana Gorelik | X-ray powder diffraction and electron single crystal diffraction – two techniques for structure analysis of nanocrystals | 108 |
Combination of X-rays and electrons for structure characterization | Stef Smeets | In the age of electrons, do we still need powder diffraction? | 95 |
Protein design and engineering | Mauri Kostiainen | Protein cage directed nanoparticle superlattices | 95 |
Novel techniques and insights into in vitro and in situ crystallisation for X-ray and electron diffraction. | H. Hasegawa | Concurrent crystallization of multiple proteins in a single cell without interfering each other’s phase separation events | 88 |
Thursday, August 19
Session | Speaker | Title | Number of views |
Integrative structural biology: The next 50 years of the Protein Data Bank | Andrej Sali | From integrative structural biology to cell biology | 106 |
Integrative structural biology: The next 50 years of the Protein Data Bank | Thomas Ve | Crystal and Cryo-EM structures provide insight into how pro-neurodegenerative SARM1 is activated and cleave NAD+. | 92 |
Ultra-high resolution macromolecular crystallography and quantum biocrystallography | Paulina Dominiak | Moving quantum crystallography from sub-atomic XRD to near-atomic 3D ED | 90 |
Ultra-high resolution macromolecular crystallography and quantum biocrystallography | M. Kubicki | Experimental studies of the details of electron density distribution in a Z-DNA hexamer: new insights, new problems | 89 |
Ultra-high resolution macromolecular crystallography and quantum biocrystallography | M. Cianci | Principles of the mechanism of interfacial activation of a lipase: open and closed states and lipid – enzyme interactions in the limbus region of Candida antarctica Lipase B | 86 |
Friday, August 20
Session | Speaker | Title | Number of views |
Machine learning in biological and structural sciences | Graeme M Day | Learning structure-energy relationships for the prediction of molecular crystal structures | 102 |
Machine learning in biological and structural sciences | Sergei Grudinin | Deep learning entering the post-protein structure prediction era : new horizons for structural biology | 96 |
Machine learning in biological and structural sciences | Andrea Thorn | How machine learning can supplement traditional quality indicators – and the human eye: A case study | 96 |
Machine learning in biological and structural sciences | James Cumby | New generalized crystallographic descriptors for structural machine learning | 90 |
Machine learning in biological and structural sciences | Melanie Vollmar | Predicting experimental phasing success for data triaging | 86 |
Saturday, August 21
Session | Speaker | Title | Number of views |
Organic minerals, metal-organic frameworks, and metal-oxygen clusters: the emergent interface of geochemistry and crystal engineering | Helen Maynard-Casely | Exploration of organic minerals on Saturn’s moon Titan | 64 |
New methods to fight the pandemic | Andreay Kovalevsky | Neutron crystallography for drug design targeting SARS-CoV-2 viral proteins | 60 |
New methods to fight the pandemic | Daniel A Keedy | The temperature-dependent conformational ensemble of SARS-CoV-2 main protease (Mpro) | 59 |
New methods to fight the pandemic | Jasmine Y. Young | Improving the quality of 3D structure data in the Protein Data Bank with coordinate versioning supported by OneDep | 58 |
New methods to fight the pandemic | Joseph Agnee-Praveen | Validation of cryo-EM structures of SARS-CoV-2 and mapping genomic mutations | 55 |
Structure solution and poorly crystalline materials | Martin U. Schmidt | Wrong organic crystal structures solved and refined from powder data | 53 |
Structure solution and poorly crystalline materials | Katherine Page | Probing Chemical Short-range Order and other Nanoscale Motifs in the Solid State | 52 |
Countries
number of participants
Germany | 191 |
United States | 173 |
United Kingdom | 171 |
Japan | 134 |
Czech Republic | 121 |
France | 95 |
Australia | 77 |
Poland | 75 |
Switzerland | 59 |
Russia | 59 |
Italy | 53 |
India | 51 |
Sweden | 38 |
South Africa | 32 |
Spain | 28 |
Denmark | 27 |
China | 24 |
Taiwan | 21 |
Austria | 21 |
Canada | 19 |
Brazil | 19 |
Belgium | 19 |