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cancer. You will play a pivotal role in discovering and validating neoepitopes by analysing immunopeptidomic and genomic sequencing data, as well as interrogating in silico datasets. Working closely with
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” approaches the lab has pioneered, including the use of TET-Assisted Pyridine-borane Sequencing (TAPS), an innovative sequencing method that allows the simultaneous detection of mutations and methylation
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to exemplify approaches to surveillance which can be adopted elsewhere. This aligns with the development of strategy within the CGPS hosted World Health Organisation (WHO) Collaborating Centre on Genomic
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to foster alignment, dialogue, and ambitious net zero policy advocacy. Collaborating with initiatives like Race to Zero and Influence Map, you’ll coordinate community calls, private roundtables, and high
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such as Cut&Run, sequencing library preparation and creating recombinant DNA (cloning). Further details of the research projects can be found on the labs’ respective websites: You will be educated
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biological science, together with relevant laboratory and computational experience (flow cytometry, cell culture, molecular sub-cloning and analysis of next generation sequence data). Experience in coding and
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to further develop technology that we have invented to assemble large DNA molecules of any sequence with ease. Using this technology, it is possible to rapidly and simply assemble DNA molecules up to hundreds
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successful candidate will work in collaboration with two other postdocs on a closely aligned project “Rethinking multi-agent systems in the era of LLMs”, funded by the Schmidt Sciences Foundation, and also
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large and complex organisation. IT Services is currently going through multiple changes, including the formation of a Digital Governance Unit, the adoption of a new delivery model, and the appointment
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neuronal models, and for generating novel cell lines with mutations in TARDBP (gene coding for TDP-43) using CRISPR-Cas9 genome editing. You will utilise bulk, long-read and iCLIP RNA-sequencing approaches