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3 November 2022 View from above of a small room with several tools, cables and pieces of technology. A rectangular box, a robotic arm and a device are highlighted in green.

Two in one: combining MASSIF-1 and CrystalDirect

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

8 July 2020 The Logo of the ALPX company.

ALPX – smart crystallography

Lab Matters The CrystalDirect® technology, combined with the web-based CRIMS software enable a fully automated, remote-controlled protein-to-structure pipeline.

2020

lab-matters

17 June 2020 Crystal selection for X-ray diffraction experiments.

Investigating the structure and mechanisms of coronavirus biomolecules

Science While global research on coronaviruses has shed light on the function of many SARS-CoV-2 proteins, the role of some crucial components remains unknown. Researchers at EMBL Grenoble will use a range of structural biology methods to try to solve some of the puzzles of the molecular mechanics of…

2020

science

27 May 2020 Automated sample changer and diffractometer at the ID30B X-ray crystallography beamline at ESRF Grenoble.

Facilitating COVID-19 structural biology research

Science EMBL and the European Synchrotron Radiation Facility (ESRF) restart the activities of the Joint Structural Biology Group in Grenoble to support coronavirus-related projects. A new initiative will allow users to be granted access to the High-Throughput Crystallisation (HTX) lab at EMBL and to a…

2020

science

30 August 2016

Atomic proportions

Science EMBL and ESRF scientists and mechanics work together on upgrade for one of Europe’s big X-ray sources

2016

science

22 September 2015

MASSIFly efficient

Science MASSIF-1 processes its 10,000th crystal, less than one year after the beamline became operational.

2015

science

8 November 2009

Drought resistance explained

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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