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interact with their microenvironment in chronic liver disease and liver cancer. This is a highly collaborative and cross-institutional role between the Francis Crick Institute and the Wellcome Sanger
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of Engineering, School of Science and Technology, Nottingham Trent University. The role is funded by a Wellcome Discovery Award from Wellcome Trust. The overall aim of the award is to understand how interactions
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exciting opportunity to join the Amoyel lab in the Department of Cell and Developmental Biology at UCL on a Wellcome Trust-funded project. The lab studies how local and systemic environmental inputs
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closely with the PI Isabel Christie, you will acquire hypothesis-driven data. Building upon established tracer kinetic models and prior research at Sheffield, you will tailor image processing methods
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, clinical and sensor data processing, quantitative image analysis and machine learning. They will establish and maintain robust research databases and FAIR-compliant data management processes for large, multi
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in uncertain situations, a fundamental process whose disruption is a core feature of multiple psychiatric disorders. The roles will involve the use of 2-photon imaging in rodents to measure where and
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in uncertain situations, a fundamental process whose disruption is a core feature of multiple psychiatric disorders. The role will involve electrophysiology and 2-photon imaging in rodent brain slices
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system and the roles of these processes in cancer. To deliver this role effectively you will need a combination of excellent understanding of molecular, cell biology and imaging, with a special focus on
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to base decision making in uncertain situations, a fundamental process whose disruption is a core feature of multiple psychiatric disorders. The roles will involve the use of 2-photon imaging in rodents
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, clinical and sensor data processing, quantitative image analysis and machine learning. They will establish and maintain robust research databases and FAIR-compliant data management processes for large, multi