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energy, with the focus at Nottingham on decarbonised propulsion and, for this post, advanced Internal Combustion (IC) engine applications. We are looking for a highly motivated Research Fellow to drive
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relevant PhD). Closing Date: Tuesday 09 April 2024 Reference: SCI096624 Applications are invited for a Research Associate/Fellow to work on a BBSRC funded project investigating cell fate regulation during
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colleagues at the University of Oxford. This work involves developing and testing small molecules as potential therapeutics in cell-based assays and other approaches for validation of on-target and off-target
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, including an app for monitoring the energy consumption of manufacturing robotics. At the University of Nottingham, we are always pushing boundaries with our innovation. We believe that our people are the key
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development, up to and including gastrulation, using single-cell ATACseq and single-cell RNAseq. The epigenome of primordial germs cells will also be examined for histone modifications following isolation
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is very promising for our future energy-storage requirements, as it has the potential to exceed the specific energy of the lithium-ion battery. However, the performance of the battery is limited due
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and ovarian cancer cell lines. Detailed tissue culture studies and molecular biological investigations will complement genomic studies. A proven track record in genomics research and bioinformatics is
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will focus on DNA repair targeted synthetic lethality and drug discovery in ovarian cancer. The project will include gene manipulation in ovarian cancer cell lines. Small molecular inhibitor studies and
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involves use and optimisation of microfluidic devoices, primary mammalian cell culture, analytical techniques and cell-based assays including but not limited to multi-cell co-cultures, high content cell
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with CRISPRi to identify functional causal genetic variants, genes and pathways. These mechanisms will be explored further using more complex cell and tissue models combined with spatial transcriptomics