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will be involved in processing and analysing tissue collected from patients undergoing surgery, using whole genome sequencing, transcriptomics and proteomics. You will be heavily involved in designing
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for sequence or structural data (e.g. transformers, graph neural networks) Proved experience in working independently and as part of a multidisciplinary team Evidence of strong communication and scientific
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chromatin accessibility. You will contribute to the study and sequencing design, collaborate with experimental biologists to validate the hypotheses, and advise and supervise computational staff and students
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states of matter, which are generally characterised by their long-range quantum entanglement, fractionalised excitations, and absence of ordinary magnetic order, using multiple experimental techniques
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use computational approaches to mine natural biodiversity in gene sequences to identify engineering targets to increase lipid content and enhance the water use efficiency. The project will make use
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, to co-ordinate multiple aspects of work to meet deadlines. You will undertake laboratory work as required, such as sample preparation, cell culture, analysis of tumour samples and, tissue staining. Other
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sequencing technologies. The successful applicant will be expected to lead independent research aligned with the objectives of the BBSRC-funded project and work closely with the PI, Dr Jungnam Cho, and his
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a high degree of proficiency and motivation for a research area that is strongly aligned with SIT’s supported areas Strong passion for teaching, research and an academic career Benefits Awardees may
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materials employing PCR- and ddPCR- based techniques and Nanopore sequencing Sample management and communication of results internally Other general duties required are to ensure the smooth running of a
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genes/gene clusters, and associated immunity/resistance mechanisms. • Use of current methods for microbiome analyses of datasets (e.g., 16S rRNA, and whole metagenomic sequencing