Postdoctoral Research Associate x 2 in Synthetic Biology and Genome Engineering
Location/campus: South Kensington and White City Campus - On site only
About the role
We are looking for two Postdoctoral Researchers to help build synthetic chromosomes in the synthetic biology research group of Professor Tom Ellis in the , Imperial College London.
What you would be doing
These two Wellcome Trust-funded roles will work on engineering S. cerevisiae yeast strains to tailor their cells for the capture, editing and transfer of large (250 kb+) sections of synthetic DNA and genomic DNA into artificial chromosomes for use in mammalian tissue culture. Both roles are part of an ambitious collaborative multi-group, multi-year project intended to enable large-scale design and construction of synthetic chromosomes for mammalian cell lines, by tackling key technological barriers in synthetic genomics.
You will engineer yeast strains to accept, stably maintain and modify large DNA regions from the human genome. You will modify yeast, via engineering control of their cell cycle, to enable efficient delivery from the yeast cells into the nuclei of cells in tissue culture by cell-to-cell fusion methods. Synergistic work tackling other key barriers in synthetic genomics will be done in parallel by postdocs in Oxford, Cambridge and Manchester that will be close collaborators during the project.
You will get to work on this high-profile, ground-breaking project and make use state of the art techniques and technologies (e.g. chromosome synthesis, nanopore sequencing, CRISPR) in a collaborative working environment within and across institutions.
You will be expected to work within a collaborative team project across 5 institutions, to co-run technical workshops, to share data, tools and methods with relevant stakeholders and engage with those working on ethics and governance projects.
What we are looking for
You should have a PhD in eukaryotic synthetic biology (or equivalent) for appointment at Research Associate level. Applicants close to completion of their PhDs will also be considered where experience is directly relevant.
You will be experienced with synthetic biology, yeast cell biology, DNA assembly and genome engineering. Being familiar with YACs, HACs and BACs, the yeast cell cycle, mammalian tissue culture, CRISPR-based methods and recombinase-based genome engineering would all be advantageous. Full details can be found in the .
What we can offer you
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