Lab Matters Biological X-ray imaging is an emerging technology that uses X-rays to image tissues or even entire organisms. It will play an important role in EMBL Hamburg’s future service portfolio, and will allow studying life on multiple scales. Team Leader Liz Duke discusses her plans to establish X-ray…
2023
lab-matters
Lab Matters Physicists, engineers and robotics experts work together in EMBL Hamburg’s Instrumentation Team to design instruments that support structural biology research. The team has finished a transfer robot that facilitates automated handling of protein crystals with care and precision. This will help…
2023
lab-matters
Science Recent studies supported by EMBL Grenoble’s expertise in structural biology research and scientific services have identified Altiratinib as a potential drug to stop toxoplasmosis infection and opened up treatment options against malaria.
2022
science
EMBLetc Kirill Kovalev, an EMBL Hamburg researcher, is studying the structure of an ancient bacterial molecule to help scientists control brain cell activity
2022
Lab Matters Researchers and engineers have integrated a CrystalDirect harvester into the fully automated beamline MASSIF-1, a unique combination of structural biology technologies that is now open to external academic users.
2022
lab-matters
Alumni Two former EMBL staff members have been recognised for their outstanding contributions to research in the fields of brain evolution and cancer.
2022
alumni
Science RNA vaccines, such as the ones for COVID-19, represent a new approach in vaccine technology. Cy Jeffries, faculty staff scientist at EMBL Hamburg, explains the clever technology behind RNA vaccines, and how structural biology contributes to its development. EMBL Hamburg collaborated on several…
2021
science
Alumni Ken Holmes, outstanding pioneer of structural biology and founder of EMBL´s Hamburg site, died on 2 November 2021 at the age of 87.
2021
alumni
Science The Graham and Crump groups at the University of Cambridge and the Svergun Group at EMBL Hamburg have discovered a mechanism by which the herpes simplex virus takes control of the molecular machinery of human cells. Their work reveals how a dedicated viral protein hijacks key host proteins, forcing…
2021
science
Lab Matters MASSIF-1, run jointly by EMBL Grenoble and the ESRF, is a beamline for macromolecular crystallography. It is used by the research community to study the 3D structure of proteins, which is important for drug development.
2021
lab-matters
Alumni EMBL alumni Ilaria Piazza and Ken Holmes have been recognised for their outstanding contributions, and will receive their awards as part of the celebrations for EMBL World Alumni Day.
2021
alumni
Science EMBL Hamburg’s integrated structural biology facility has contributed to the success of a large-scale SARS-CoV-2 study
2021
science
Science Scientists have determined the structure of Glycine Transporter 1. The finding could open new avenues for developing therapeutics for psychiatric disorders
2021
science
Picture of the week Scientists at EMBL Hamburg use specially designed mirrors to reflect and focus X-ray beams onto tiny crystals made of proteins or other biological molecules.
2021
picture-of-the-week
Science Biotechnology company BioNTech and Johannes Gutenberg University Mainz conduct collaborative research with EMBL scientists at the beamline P12 in Hamburg
2020
science
Science The beamlines run jointly by EMBL Grenoble and the ESRF reopen today, unveiling significant upgrades that exploit the brand new fourth generation ESRF synchrotron source.
2020
science
Science EMBL researchers are studying COVID-19-related molecules by exposing them to high-brilliance X-ray beams. The Svergun group at EMBL Hamburg is using biological small-angle X-ray scattering (SAXS) as part of a global effort by scientists to elucidate the structural organisation of SARS-CoV-2…
2020
science
Science Researchers from Hamburg simplify time-resolved X-ray crystallography
2019
science
Science Speeding up time-resolved X-ray crystallography with EMBL beamline P14
2018
science
Science Much as adrenaline coursing through our veins drives our body’s reactions to stress, the plant hormone abscisic acid (ABA) is behind plants’ responses to stressful situations such as drought, but how it does so has been a mystery for years. Scientists at the European Molecular Biology…
2009
science
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