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. The ideal candidate will have hands-on experience in encoded library design/ screening or other selection techniques. A strong background in molecular biology, protein and peptide chemistry, next-generation
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and clinical phenotype information. Using these datasets, you will undertake comprehensive strategies aimed at the characterisation and therapeutic targeting of medulloblastoma biology, focussing
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performing laboratory experiments, including molecular and cell biology techniques (e.g. proteomics, transcriptomics, genomics in patient-derived tissues and cells), data analysis, and interpretation. You will
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‘Vascular Biology and Medicine’ research themes (https://www.ncl.ac.uk/medical-sciences/research/research-themes/) . You will work with a highly collaborative and diverse team of RNA biologists, as
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) Research experience in one or more of the following areas: polysaccharide biology and analysis, polysaccharide modification, polymer chemistry, plant algal or bacterial polysaccharide extraction, polymer
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knowledge of practical methods in Biomedical Sciences, including microbiology and molecular biology, to support our Faculty teaching, research and engagement activities. The key responsibility of the role is
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validation tests. You will have both bioinformatic and laboratory experience. The project is part of the Cancer Research (CRUK) Experimental Medicine Award entitled “BIOINFORM: Biologically informed treatment
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resources from a robot arm to material testing chambers, a synthetic biology lab, digital knit facilities, clay 3D printing and digital routing, alongside regular digital, woodwork, ceramics and metalwork
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Proven cell and molecular biology skills with extensive practical experience in in vitro work including, but not restricted to, drug screening Knowledge and experience of omics analysis In vivo experience
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BBSRC funded project of Dr. R. Daniel and Dr. L. Wu. The laboratory is a multidisciplinary research group studying Bacterial Molecular & Cell Biology specifically the mechanisms of bacterial growth and