AlphaFold2 and Proteomics data help interpret native cell extracts

In a collaborative effort with the Sinz lab, our Post-doc Christian led a project on the utilization of AI-derived protein modeling based on mass spectrometry data, in order to interpret unknown cryo-EM maps from within native cell extracts! This type Continue reading AlphaFold2 and Proteomics data help interpret native cell extracts

A visit at the Thermo Fisher Scientific Headquarters for Cryo-EM

Panos and Fotis visited the Cryo-EM facility of Thermo Fisher Scientific in Eindhoven, NL to get a tour of the facility, do some “shopping” and collect tomography data! Thermo application scientists gave them a presentation on the functionalities and efficacy Continue reading A visit at the Thermo Fisher Scientific Headquarters for Cryo-EM

Cryo-EM combined with AI to advance our understanding of native cell extracts!

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We welcome 2022 with our latest publication on Structure, on how the latest advances in AI-driven protein model prediction can help us in the interpretation of complex cryo-EM data from native cell extracts! We are very excited about the impact Continue reading Cryo-EM combined with AI to advance our understanding of native cell extracts!

44 subunits, 448 cofactors, 1 high-resolution Photosystem I map, tons of insights into Photosynthesis!

Our PostDoc Dmitry actively shows that the Kastritis lab is not just working on our model organism C. thermophilum! Dmitry is very interested in the Photosynthesis machinery and through his collaborations with the Bruce Lab @ UTK, and his former Continue reading 44 subunits, 448 cofactors, 1 high-resolution Photosystem I map, tons of insights into Photosynthesis!