Cryo-ET for Beginners: From sample to structure - November 2025
Course overview
This virtual beginners’ course is designed for PhD students and early career researchers who are new to cryo-electron tomography (cryo-ET) and want to incorporate it into their research. The programme combines core lectures with hands-on and live demonstrations sessions guiding participants through the full cryo-ET workflow:
- Sample preparation and vitrification techniques
- Cryo-CLEM and CEMOVIS approaches
- Lamella lift-out preparation with FIB-SEM
- Tomography data collection on Titan Krios microscopes
- Introduction to data processing, from segmentation to sub-tomogram averaging in RELION 5
The course offers a complete foundation in cryo-ET, from sample to structure, in an accessible virtual format.
Key Details
- Registration
- Dates: 3 - 6 November 2025
- Location: virtual
- Registration Deadline: 8th October 2025
- Course Fee: Free of charge
Eligibility
Applicants must meet the following criteria:
- Be a PhD student or postdoc new to the field and will be using cryo-EM as part of your work
- Have access to the necessary cryo-EM instrumentation at your home institution or through a local facility or have established plans to secure such access in the near future.
Programme Schedule
The course begins with introductory lectures on in situ structural biology, vitrification techniques, cryo-ET principles, covering CEMOVIS and cryo-CLEM. Participants will be asked to give a short flash-talks to present themselves and their research. The following days focus on practical demonstrations of lamella preparation lift-out using Hydra pFIB-SEM, alongside hands-on Krios sessions for grid screening and tomography data collection. The final day is dedicated to cryo-ET data processing, with lectures on segmentation and sub-tomogram averaging and a live demonstration in RELION.
Organisers
Astbury Biostructure Laboratory, University of Leeds
eBIC, Diamond Light Source
Midlands Regional Cryo-EM Facility, University of Leicester
Birkbeck college, University of London
Scottish Centre for Macromolecular Imaging, University of Glasgow
For more info contact [email protected]

