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virtually all cell components and processes – DNA, protein structure, cell membrane, ... – making it difficult to understand which event or events ultimately lead to cell death. The cytoplasm of cells is crowded ... cytoplasm (proteom dynamics) is critical for cellular metabolism - it plays a fundamental role in cell growth, cell division and in ...

to 50 mm 3 ) hosted inside a cryogen-free dilution cryostat. As shown in the picture, the pressure cell is attached to the stage of the mixing chamber and placed inside a tight calorimeter filled with 10-30 ... magnetic order must be short-range (correlation lengths less than 10-20 Å, i.e. typically a few unit cell distances). Most importantly, the ...

LADI-III and DALI. 16-hours exposure from a crystal of 105 kDa protein (LecA/PheGal complex, unit-cell, a=74, b=111, c=113 Å / P212121). Complete data set collected to 2.0 Å resolution. [Protein Lectin ... protein sites involved in the process.] 14-hours test exposure from a crystal of 271 kDa rubisco (unit-cell, a=158, b=158, c=202 Å / C2221). ...

tracking hydrate formation in metallic materials, visualising the local in-situ dynamics in fuel cells, studying electrolyte (re)distribution in novel compact battery technologies, monitoring the degradation

These experiments are an important step towards understanding how the very early ancestors of living cells - and, later on, bacteria - may have developed responsiveness and resistance to their environments

and interactions at the heart of biomolecular complexes under physiological conditions, including cell membranes and nanoparticles as drug delivery vehicles - crucial advances for the development of new

acquired using red blood cells HAVE allowed researchers to establish a universal theoretical description of cell membranes Red blood cells 3d illustration (Credits: AdobeStock) In every cell of our bodies, a myriad ... and water between the cell and its environment, which allows the cells to function properly. Defects in cell membranes can have ...

passing through a double-layer lithium-sulfur pouch cell. Green presents wetted regions; red, unwetted. c) The configuration of the studied pouch cell, containing two layers of single-sided cathode and ... between the battery’s components and the solution. Poor wetting therefore increases the chance of cell failure. To overcome these challenges and ...

to cycle a multi-layer solid-state cell with high electrode loading while achieving electrochemical performance comparable to that of typical laboratory-scale cells.” Further design considerations included ... support repeated charge/discharge cycles and ensuring airtightness of the cell. D20 Instrument D2B instrument The developed sample cell, ...

the potential for higher impact. Three initial topics have been identified: Superconducting wires Cell structure with high-resolution bio-imaging Water membranes for a sustainable future The nuclear medicine