Showing results out of
New funding from the Chan Zuckerberg Initiative (CZI) supports two multidisciplinary projects across EMBL’s units and sites to support the development of imaging technologies.
SCIENCE & TECHNOLOGY2025
science-technology
Veijo Salo, postdoc at EMBL Heidelberg, talks about seipin, the cell’s molecular ‘bubble blower’.
PEOPLE & PERSPECTIVES2024
people-perspectives
Jan Kosinski, Julia Mahamid, and Georg Zeller have received grants to enable ambitious projects aimed at mapping the cellular protein synthesis machinery in context and understanding complex host-microbiome interactions, respectively.
EMBL ANNOUNCEMENTS2023
embl-announcementsscience
Three EMBL group leaders and six EMBL alumni were recognised for their contributions to the life sciences.
LAB MATTERSPEOPLE & PERSPECTIVES2023
lab-matterspeople-perspectives
New artificial intelligence tool adds speed and detailed cellular information to analysis of cryo-electron tomography to aid researchers’ understanding of inner cell workings.
2023
science
New research by EMBL scientists shows at atomic detail how antibiotics affect the process of protein production inside bacteria.
SCIENCE & TECHNOLOGY2022
sciencescience-technology
EMBL Hamburg’s Kosinski Group, the Beck Laboratory at the Max Planck Institute of Biophysics, and colleagues at EMBL Heidelberg recorded the nuclear pore complex contracting in living cells. They visualised the movement with an unprecedented level of detail with help of new software called…
SCIENCE & TECHNOLOGY2021
sciencescience-technology
Liang Xue used cryo-electron tomography to capture this detailed image of a Mycoplasma pneumoniae cell.
SCIENCE & TECHNOLOGY2021
picture-of-the-weekscience-technology
This colourful image shows biological information flow in action: It’s a supramolecular assembly of DNA, RNA and proteins, observed directly inside a bacterial cell while turning genetic information into protein.
SCIENCE & TECHNOLOGY2021
picture-of-the-weekscience-technology
While cryo-electron tomography (cryo-ET) was first envisioned in 1968, the advances the Mahamid group are bringing to this 3D method for studying molecules directly inside cells are new, and are likely to greatly expand its use.
SCIENCE & TECHNOLOGY2020
sciencescience-technology
No results found