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biology, supported by a dedicated new Data Centre with the very latest, future-proofed computational infrastructure and support in artificial intelligence and machine learning. The HP3 investment builds
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quantitative image analysis techniques. Excellent skills in molecular biology. Experience in embryological techniques (zebrafish/fly/mouse) as well as gene editing methods. Demonstrated ability to write
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degree in computer science. You will be familiar with image processing and light microscopy and have experience or a good understanding of early mouse development. For informal enquiries please contact Dr
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biosensing), Engineering (detection of metal deposits in neurodegeneration) and Warwick Manufacturing Group (microCT brain imaging). These research activities are supported through the provision
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postgraduate training to address the skill shortages in the animal sciences sector, especially in the areas of in vivo biology, quantitative genetics, computational biology and informatics. Translate discoveries
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of biological materials at high spatial resolution. The development of new imaging modes will also require new acquisition and computational processing techniques, and you will work closely with the theory and