The CCP4-BCA Protein Crystallography Summer School provides comprehensive training in macromolecular crystallography through a combination of lectures, hands-on tutorials and workshops.

Topics span the whole structure determination pipeline, from protein expression and crystallisation through to data processing, model building, refinement and validation. There is also a crystal manipulation and cryo-cooling workshop.

Participants benefit from intensively supervised computer tutorials and are encouraged to bring their own datasets to work on with help from experienced tutors.

The week also offers plenty of opportunities for networking with fellow students, postdocs and crystallographers during breaks and social events.

Key dates:

📅 Application deadline: 19 June 2026
📅 Supervisor references deadline: 26 June 2026
📅 Outcomes announced: 10 July 2026

Further information and applications:
https://www.jic.ac.uk/event/ccp4-bca-protein-crystallography-summer-school-2026/

#ProteinCrystallography #MacromolecularCrystallography #XRayCrystallography #PhDLife #Postdoc

CCP4-BCA Protein Crystallography Summer School 2026 | John Innes Centre

The CCP4-BCA Protein Crystallography Summer School is intended for students and researchers relatively new to crystallography. Its dual aims are to provide comprehensive training in crystallography…

John Innes Centre
This week I went back to being student - and it was great! Fantastic to attend #cryoEM course at eBIC, co-organised with @[email protected]! I learned a lot and also realised my #proteincrystallography expertise are useful here too ;) can’t wait to apply what I learned!
The rigid single-domain structure and reproducible crystallization behavior of PF1765 from P. furiosus indicate potential use as a fusion domain to aid the crystallization of membrane proteins or complexes #PF1765 #UPF0235 #ProteinCrystallography https://doi.org/10.1107/S2053230X25009318
Christmas is getting closer, and even our crystals are getting into the festive spirit! 😉 #ProteinCrystallography

Practical on making videos and figures with mol* (https://molstar.org/)by Genevieve Evans @PDBeurope at the last day of the #CCP4 @britcryst #workshop run at @JohnInnesCentre

#crystallography #ccp4bca #molstar #proteincrystallography #norwich

Mol*

Student and speaker geographic distribution at the #CCP4 BCA #crystallography #workshop running at the @JohnInnesCentre in #Norwich UK.

#proteincrystallography #structuralbiology #teaching #school #scattering

Light talk 😊 to start the morning on experimental phasing by Airlie McCoy on the #CCP4 BCA #crystallography workshop running at the @JohnInnesCentre in #Norwich UK.

@britcryst #proteincrystallography #sfructuralbiology #phaseproblem #anomalous #scattering

I was flash cooling* crystals w/ AmSO4 today.
It was so cool to:
1. Do something I love again
2. Know I still got it! 😆

Can’t wait to see if cryo worked and they diffract! #proteincrystallography #PIinthelab

*not frozen. Speak to Elspeth Garman if you don’t know the difference

Our protein crystallography course 2023 is in full swing. It's a nice group! However, I still get amazed that students can surprise me after 10y+ teaching. Never saw an diffraction image as shown. Prob the detector moved during exposure?🤔(that should definitely NOT happen 😬) #ProteinCrystallography #StructualBiology
One more Methods Communication: a computer-controlled liquid-nitrogen drizzling device for removing frost from cryopreserved crystals is described and its performance is analysed #ProteinCrystallography #Cryocrystallography #DataCollection https://doi.org/10.1107/S2053230X2001420X
Computer-controlled liquid-nitrogen drizzling device for removing frost from cryopreserved crystals

Cryocrystallography, which is commonly used in macromolecular crystallography, may sometimes reduce the quality of diffraction data and the visibility of crystals owing to frost adhesion. A device has been developed to remove frost by drizzling liquid nitrogen over the crystals, which enabled noise reduction of diffraction images and the centering of crystals with low visibility owing to frost adhesion.

Acta Crystallographica Section F