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neutron diffraction studies of biological macromolecules at high resolution (1.5 - 2.5Å), allowing the visualisation of key hydrogen or deuterium atoms within biological macromolecules. These instruments

Prize in Chemistry . A study now published demonstrates that incorporating MOFs decorated with biological building units such as amino acids in a polymer membrane significantly enhances CO 2 /CH 4 separation ... published demonstrates that incorporating a specifically tuned MOF - decorated with amino acid biological building units - in a polymer ...

battery technologies, monitoring the degradation of cultural heritage materials, and microimaging of biological samples. PorTo complements ILL’s existing suite of well-established imaging instruments. First ... forces, as well as exploring the potential of (phase-)contrast enhanced micro-imaging of small biological specimens such as bees. These ...

les can associate in single-layer membranes. However, phospholipids - the major constituent of biological membranes - associate in bilayer structures. “We asked the following fundamental questions”, explains ... The combination of SANS and NSE as complementary neutron techniques is essential for studying biological systems such as these vesicles.” ...

making breathing impossible,” explains Jesús Pérez-Gil, Professor of Biochemistry and Molecular Biology at Complutense University of Madrid. “Treatment attempts with lipid-only surfactant mixtures failed ... between Complutense University and the ILL. “This work – at the frontier of an extremely complex biological system and a cutting-edge ...

neutron scattering (SANS) instrument, D11 now offers significantly improved performance for exploring biological structures and processes at the nanoscale. This development makes it possible to understand the

texture and mouthfeel of plant-based food. ILL instrument SuperADAM “Studies of the associations of biological molecules to phospholipids are one of the specialties of neutron reflectometry”, says Alexey Vorobiev

therefore time-) resolution, neutron spin echo is ideally suited for studying complex dynamics of biological membranes”, says Orsolya Czakkel, Instrument Responsible of IN15. Using these results, Cédric Gommes

attracting and accompanying users, assuring quality and success - and introduced his group at ILL: BDCS, Biology, Deuteration, Chemistry and Soft Matter. ILL Director Ken Andersen presented the 'ILL update', and