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transthyretin using protein deuteration, mass spectrometry, crystallography Water dynamics in intact cells of Shewanella oneidensis at high pressure Back exchange phenomena in neutron protein crystallography

different chemical reactions in cells. The enzymes are of interest to biomedical, as well as bioenergy, researchers because of their role in metabolizing amino acids and other cell nutrients. “These enzymes

The 700 MPa liquid pressure stick controllers prevent the fluids injected into 700 MPa pressure cells at cryogenic temperatures from freezing inside cryostats. In most cases, the required sample temperature

ing of the development of organisms at the origin of life. Another project is studying the whole cells and lipoproteins under various conditions. Crowding and confinement play an important role to understand

P. Fouquet, C. Nielsen, A. Guilbert (*) Structural Dynamics of Polymer:Non-Fullerene Organic Solar Cell Blends: A Neutron Spectroscopy Perspective Chemistry of Materials, 34 (2022) 7937 A. Guilbert (*) ... author(s) M. Zbiri (*) , L. Haverkate, G. Kearley, M. Johnson, F. Mulder Book Chapter: Organic Solar Cells In: Neutron Applications in Materials ...

we also visited multiple beamlines working in my own specific area of interests – batteries, fuel cells, and materials science. It is truly inspiring to speak with people proficient and erudite in the field

intense interaction between the ILL, CNRS and Garching, whether on cryogenics, furnaces or pressure cells. Interaction was the key to ILL's success. And there were also others, such as the CEA and other

resulted in a stability of the induced RH of about 0.01%. The temperature equilibration time in the cell is in the order of 30 min. The variation of the RH across the sample is given by the temperature gradient

changes of complex fluids under shear, For these experiments our recently developed Searle-type shear cell was used on a commercial Bohlin CV-120 HR rheometer. In sheared solution, elongated objects such as

Imberty, A. (2022). Neutron crystallography reveals mechanisms used by Pseudomonas aeruginosa for host-cell binding. Nat. Commun. 13 , 194. doi: 10.1038/s41467-021-27871-8 Gajdos, L., Blakeley, M.P., Kumar