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We are looking for an adventurous researcher to explore Monte Carlo methods for radiation transport (as part of the EPSRC grant, MaThRad). The Cambridge Nuclear Energy group is developing a modern
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involved in studies of cell dynamics and tissue morphogenesis during embryo development using nano-engineering, cellular and molecular approaches. Cell-type transition and tissue property changes widely
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characterisation of (macro)molecules. Experience in polymer synthesis, mechanical characterisation, supramolecular chemistry, hydrogel formulation, and aseptic cell culture are desirable but not essential. Previous
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those at Research Associate level. The aim of the project is the development of novel green ammonia processes, powered by renewable energy and able to cope with its intermittency nature. The research will
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infected red blood cells as they traverse through the microfluidic channels. You will then use tracking software to monitor the speed and behaviour of different cell types as they move through the channels
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RNA extraction and qpcr is essential. Experience with RNA-seq or Single cell seq, is desirable but not essential. The successful candidate should show initiative and independent thinking, possess
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developmental events, we improved cardiac function by co-delivery of a key stromal cell type, hESCs-derived epicardium. However, significant barriers to integration with the failing host heart remain. The Wilson
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Cambridge Institute. The Rosenfeld lab pioneers new approaches for non-invasive molecular diagnostics and analysis of cancer genomes and evolution, using next-generation sequencing of cell-free tumour DNA
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A position exists, for a Research Assistant/Associate in the Department of Engineering, to work on Batteries. The post holder will be located in Central Cambridge Cambridgeshire, UK. Energy
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using mouse and cell models. Applicants must have laboratory experience and a degree in biological science. Prior animal experience would be advantageous, though training will be provided. There is the