Facilities relevant to CM1306 Members
Instrumentation and large Research Facilities
Instruct provides peer-reviewed access to research infrastructure (large facilities and lab-based) for structural biology aross Europe, as well as workshops and training. The website provides information on upcoming calls.
3rd generation synchrotron source based in Grenoble, France. Currently undergoing upgrade to a diffraction limited ring, open again for users in Sep 2020. Includes a number of specific endstations relevant to the Action
ID09 – time-resolved Laue beamline for SAXS/WAXS, diffraction and spectroscopy
Structural Biology Group beamlines – for SAXS and diffraction
Cryobench – for optical and Raman spectroscopy combined with X-ray diffaraction
Cryo-EM Facility – facilities for single particle reconstruction and tomography
set of beamlines at the 3rd generation synchrotron source PETRA III operated by the European Molecular Biology Laboratory.
P12 – SAXS beamline with the possibility of time-resolved experiments
P13 – MX beamline
P14 – Microfocus MX beamline
P14-2 T-REXX – dedicated time-resolved serial crystallography beamline operated by EMBL in collaboration with Universität Hamburg.
Sample Preparation Characterisation Facility – User core facility for sample optimisation and characterisation
state-of-the-art Free Electron Laser facility, ideal for ultrafast time-resolved experiments.
SPB/SFX – endstation for single particle and serial crystallographic diffraction experiments
FXE – endstation for pump-probe X-ray spectroscopy and scattering
3rd generation synchrotron source near Oxford in the UK that operates a suite of macromolecular crystallography, imaging, scattering and spectroscopy beamlines relevant to CM1306 members. Diamond also operates eBIC, a cryo-EM facility.
3rg generation synchrotron source with a strong focus on soft X-rays. Operates beamlines for macromolecular crystallography as well as a wide range of spectroscopy beamlines.
Swiss national synchrotron that operates 3 beamlines for macromolecular crystallography, scattering and imaging. Also available is the SpectroLab for complementary spectroscopic/diffraction experiments.
Swiss X-ray free electron laser source, very recently opened to users with facilites for serial femtosecond crystallography.
Swedish national synchrotron, and first diffraction limited storage ring. The BioMAX beamline is available for macromolecular crystallography, with a second microfocus beamline (MicroMAX) recently funded. There are also beamlines for imaging and, very relevant to CM1306 members, a femtosecond time-resolved instrument.
The under-construction European Spallation Source will become one of the world’s top sites for neutron structural science when it is completed. Planned instruments relevant for CM1306 include neutron crystallography.
Co-located with the ESRF on the European Photon and Neutron Campus in Grenoble, the ILL is a research neutron source that operates a range of instruments relevant to structural molecular biology. These include diffraction, scattering and spectroscopy. It also operates a deuteration laboratory.
Research neutron source near Munich, Germany. It operates a beamline for neutron crystallography, as well as a number of other beamlines for spectroscopy and scattering.
Computation and Simulation Infrastructure
this is a virtual research environment for structral biology that provides services for computation and data management to researchers in structural biology, integrating multiple approaches and experimental techniques
This is a UK-funded collaborative project for biomolecular simulation.
This is a UK funded project for macromolecular crystallography that provides open-source software world-wide for academic use as well as training and workshops
This is a UK funded project for biological electron microscopy. It provides training and support for EM users, as well as maintaining and developing software for biological EM.
This is a UK funded project for biological NMR. It provides software and training in NMR data analysis
This is a worldwide e-Infrastructure for NMR and structural biology
Molecular simulation spin-off company from the University of Santiago de Compostela, funded by CM1306 member Rebeca García Fandiño.
Local Lab-based resources and infrastructure of CM1306 members
Tailored photocage compounds, sample delivery mounts for serial crystallography experiments.
Facilities for time-resolved FTIR, including step-scan.