Events
Seminars
Structural basis for the pharmacological modulation of KCa2.2 channels
|
In Online via Zoom
This talk is given by Dr Miao Zhang through the NIH sponsored Joint CryoEM Service Centers Webinar Series
Thursday April 30th, 2026 at 12pm (EASTERN TIME)
Registration is at no-cost, but sign-up is required
Â
United States
GRS. Crystal Engineering: Strategies to Enable Design, Discovery and Application of Crystals
| - |
In Newry, Maine
Women in scientific organizations: 10 years of global evidence from science academies and unions
|
In Webinar
2025 Community-Wide Assessment of Cryo-EM Heterogeneous Reconstruction Algorithms (CAHRA)
|
In Online (via Zoom)
12:00 PM Eastern (US, Canada) / 5:00 PM GMT (UK)
Â
Cryo-electron microscopy (cryo-EM) has revolutionized structural biology by enabling high-resolution visualization of dynamic biomolecular assemblies. However, a central challenge remains: developing robust computational methods to model different forms of structural heterogeneity?including continuous motions, discrete states, and compositional variations and to accurately estimate population distributions. To encourage the development and benchmarking of heterogeneous reconstruction algorithms and workflows, we invite the cryo-EM community to analyze three new curated experimental and synthetic datasets: 1. Compositional Heterogeneity 2. Conformational Heterogeneity 3. Pose Entanglement Please join us for a webinar where we will introduce this year's challenge.
Submissions close on June 1, 2026.
Please share this with others who may be interested. We hope you?ll join us for this year?s challenge!
CryoEM Current Practices Webinar
|
In Online
Thursday, October 30, 2025 at 9 AM pacific / 12 PM eastern time
Distinguished Lectures in Quantum Crystallography and Complementary Fields: Lectures 49 and 50
|
In Online
At 4 pm CET.
Lecture 49: The Role of Quantum Crystallography in the Understanding of the Role of Weak Intermolecular Interactions involving Organic Fluorine given Deepak Chopra (Indian Institute of Science Education and Research Bhopal, India).
Lecture 50. Photomechanical molecular crystals as actuators and motors given by Christopher J. Bardeen (Department of Chemistry, University of California, Riverside, USA).
The lectures are free and open to everyone; these particular lectures are expected to last ca 35min + up to 15min for Q&A.
CryoEM Current Practices webinar: Untangling a tricky topoisomerase
|
In Online
9 AM pacific / 12 PM eastern time
Distinguished Lectures in Quantum Crystallography and Complementary Fields: Lectures 47 and 48
|
In Online
At 4 pm CET
Lecture 47: Quantum Crystallography for Macromolecular Systems: applications and recent developments given by Benoit Guillot (Université de Lorraine, CNRS, Nancy, France)
Lecture 48: Optimal Clustering for Quantum-Based Refinement of Biomacromolecules given by Malgorzata Biczysko (University of Wrocław, Poland), Holger Kruse (Pending AI Pty Ltd., Australia), Nigel W. Moriarty(LBNL, Berkeley, USA), Mark P. Waller (Pending AI Pty Ltd., Australia) and Pavel V. Afonine (LBNL, Berkeley, USA)
Cryo-EM Processing in Industry
|
In Online
Hosted by Clovertex
Date & Time: *March 13 at 11:00 AM EST* (8:00 AM PST | 4:00 PM CET) Format: Roundtable discussion with interactive Q&A
Â
Panelists: Katie Meze (Sanofi), Roberto Valverde (Renasant Bio), Simone Cavadini (FMI)
Registration: Webinar Registration Page
United States
Three Dimensional Electron Microscopy (3DEM): Overcoming Technical Challenges in 3DEM to Tackle Complex Biological Problems
| - |
In Maine
The focus of the 2025 GRS will be novel approaches in Cryo-Electron Microscopy and Tomography, emphasizing recent advances in hardware and software that enable in situ structural biology. These developments have expanded opportunities to address complex biological questions using multimodal cryo-EM techniques which we will aim to highlight during the meeting. Through engaging sessions and mentorship, attendees can discuss challenges, share solutions, and build networks within the community.
Distinguished Lectures on Quantum Crystallography and Complementary Fields
|
In Online
At 4pm CET
Distinguished Lectures on Quantum Crystallography and Complementary Fields: Lectures 40 and 41
|
In Online
Lecture 41:   ''Chirality and magnetic symmetry" by Huibo Cao (Oak Ridge National Laboratory, USA)
Stanford Electron Microscopy-X (EM-X) Symposium
|
In Online via Zoom
Stanford Electron Microscopy-X Symposium
|
In Online via Zoom
 Oct 7, 2024 04:00 PM in LONDON, 8.00-9.30 AM (PDT)
Speakers: Prof. Axel Brunger at Stanford University and Prof. Sarah Haigh at the University of Manchester.
United Kingdom
NMR crystallography Faraday discussion
| - |
In Birmingham
KATP channels in metabolic sensing: Mechanistic insights from CryoEM structures
|
In Online via Zoom
The next NIH sponsored Joint CryoEM Service Centers Webinar Series is at 12pm (Eastern Time) USA, 05:00 PM in London, UK.
Given by Dr Camden Driggers from Oregon Health and Science University.
High-Resolution Structure Determination of Small Proteins by Cryo-EM Using a Glacios Microscope
|
In Online via Zoom
This webinar will be presented by Claudio Catalano, a senior scientist at NanoImaging Services.
Â
At 11am PST / 2pm EST. Registration is FREE
CryoEM Current Practices Webinar
|
In Online via Zoom
Time: Thursday, June 27, 2024 at 9 AM pacific / 12 PM eastern time Speaker: Dr. Keerthi Gottipati, Indiana University, Bloomington Title: Cryo-EM structure of HIV-1 Rev Response Element RNA: Structural basis of Rev-RRE interaction
Â
All are welcome to attend. Registration is at no-cost, but sign-up is required:
United States
Virtual Webinar: Teaching Enzymology with the PDB
|
In Online
• Faculty members who teach biochemistry courses that involve structure-function relationships at all levels.
• Graduate students and post-doctoral fellows who are interested in teaching and science communication.
Key takeaways
• Navigate the RCSB PDB website to visualize each 3D structure and explore various annotations mapped to it.
• Compare the shapes, interactions and functions of groups of PDB structures with similar sequences and/or similar structures.
• Use RCSB PDB data, tools and resources to enhance classroom instructions and build lessons for teaching about enzymes.