…assembled the full FragMAX fragment library—screened the library in search of small molecules that interact with the viral protein. The team at BioMAX assisted with crystal data collection, and complete…
…branch A) or toroid (for branch B) focusing mirror (M3). The focusing mirror at the branch B is of toroid shape to compensate for the manufacturing error in the M1…
…various technical aspects of the project. Attendees will receive a preliminary copy of the report the week before the workshop, along with a survey to collect feedback from the community….
…cutting-edge tools and techniques for advanced food science R&D projects. As complex materials, both food and packaging can greatly benefit from synchrotron light characterisation methods covering a range of length…
…and open data. Home FELS OF EUROPE chevron_right FELS OF EUROPE is a collaboration of all free electron laser (FEL) facilities in Europe, with the goal to meet the technological…
…of flux) Compatible beamlines FlexPES (currently installed at FlexPES). Further possibilities: Veritas, FinEstBeAMS (please direct enquiries to N. Walsh) ICE spectrometers REMI: Reaction Microscope spectrometer (see below for further details)…
…lab External collaboration projects Completed – Collaboration with Division of Materials Microstructure, Chalmers University of Technology: Nano-mechanical testing device to MAX IV (to be first used at NanoMAX). In-situ mechanical testing of…
…antigens from the surface of red blood cells (RBC). The latest development is an efficient two-step removal of the A-antigen from Stephen Withers’ laboratory at the University of British Columbia….
…at DanMAX: ‘ExtremeCT’ – development of high field of view and high-resolution tomographic imaging. PI: Henning Friis Poulsen, DTU. (Approved: Fall 2023. Beam time allocation: Spring 2024 – Fall 2026)…
The LEAPS-INNOV project is offering seed funding for joint projects between LEAPS facilities and users. Two types of initiatives can be supported with approximately 100k€ for 18 months projects: I)…