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the carbonation processes. The team at the ESRF will develop an in-situ carbonation cell under moderate CO2 pressures. The researcher will develop 3D image analysis protocols to characterise cement microstructural
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. The successful candidate is expected to have experience in artificial intelligence and machine learning, big data processing, cardiac image analysis, data visualisation and statistical methods. Strong
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, including subcellular fractionation, live-cell imaging, RT-PCR and ELISA techniques. Successful candidate will become a member of the CAPKR research team and be fully involved in a project entitled “Improving
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role involves in vivo imaging approaches (e.g. multi-photon microscopy and optical imaging spectroscopy) to assess neuronal and vascular function in the hippocampus and neocortex of awake mice. You will
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part in the advent of the computer resolution started in 1948, when the machine affectionately known as “the Baby” ran its first stored program in the very building we work in. The University has
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regulators that have evolved expressly to manipulate expression of host traits for the plasmid’s benefit, via a process known as PCC. Such PCCs can drive plasmid spread through microbiomes even in the absence
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build the telescope which has become an icon of British science and engineering and a landmark in the Cheshire countryside. Today the Lovell Telescope plays a key role in world-leading research on pulsars
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Join a World-Leading Research Team to work on Colour X-ray Imaging! Two positions available. Are you ready to push the boundaries of imaging science? The University of Manchester invites
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(SMI) Hub), National Physics Laboratory (NPL), National Composites Centre (NCC) and Centre For Process Innovation (CPI), will exploit existing infrastructure within GM and nationally to catalyse cross
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manipulation of filamentous fungi, ii) in vitro and/or in vivo infection models, iii) confocal/microfluidic- and/or imaging flow cytometry-based experimentation, iv) fungal genomics and transcriptomic analysis