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IN16B

Versatile high flux backscattering spectrometer

- Health,Biology Health,Chemistry,Scientific news,D11,IN15,IN16B,Germany,Sweden,Switzerland

The goal of this study was to complete the mapping of the dynamics of the well-known protein Hsp90 by studying the 5-500 ns timescale using a combination of state-of-the-art complementary techniques, and to take the first steps towards understanding…

- Energy,Scientific news,SHARPER,IN16B,United Kingdom,USA
- News,Energy,Industry - Advanced Materials,Scientific news,IN16B,Germany,Switzerland,USA
- Health,Biology Health,Industry - Pharmaceuticals,Soft matter,Scientific news,IN13,IN16B,France,Italy
- News,Health,Biology Health,Industry - Pharmaceuticals,Soft matter,Press releases,Scientific news,D22,FIGARO,IN5,IN13,IN15,IN16B,Italy,Spain,United Kingdom
- News,Energy,Advanced materials,Industry - Hydrogen-based Energy,Scientific news,D4,D11,D16,D17,D22,D33,D50-NeXT,FIGARO,IN5,SHARPER,IN16B,PANTHER,SuperADAM,France,United Kingdom
- News,Biology Health,Scientific news,IN16B,Denmark,France
- News,Industry - Consumer Goods & Chemicals,Industry - Microelectronics,Scientific news,IN1 TAS/Lagrange,SHARPER,IN11,IN16B,Belgium,United Kingdom
- SHARPER,IN16B,United Kingdom,News,Advanced materials,Industry - Advanced Materials,Scientific news
- IN16B,Germany,News,Scientific news

Replacing silicon crystals with gallium arsenide ones quadruples energy resolution, the biggest jump the technique has seen in its half-century history. A success story of the IN16B instrument