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inclusive laboratory environment, contributing to the development of a human cell‑based model of the neuromuscular circuitry that controls bladder function, which will be used to test advanced therapeutic
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circulation of papers. Act as a first point of contact for project enquiries, managing shared mailboxes, responding to routine queries, escalating issues where appropriate, and maintaining positive stakeholder
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nanoparticle-enabled technology to investigate the relationship between brain pathology and the blood proteome. You will be responsible for: Undertake research (preparing, setting up, conducting and recording
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. You will be responsible for: To carry out an array of laboratory based functional genomics experiments in human cell lines and primary cells, including Hi-C, CUT&RUN, ATAC-Seq, RNA-Seq, CRISPR/Cas9
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of the transferrable skills, training and experience possessed by the candidate Potential to act as an ambassador and advocate in their field What you will get in return: Fantastic market leading Pension scheme
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for: Coordinate the end-to-end PGR recruitment process, from project calls and advertisement through shortlisting, interviews, selection and to onboarding to the CDT Act as a key point of contact for applicants
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act as a point of contact for approaches by prospective partners and collaborators, government organizations, industry contacts, funding bodies, and the academic community Lead on the delivery
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-dimensional materials Applying precision electrical measurements to understand the relationship between electric fields, charge transport, and chemical processes Collaborating with researchers across physics
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Initiative, exploring drug target prioritisation in the human pathogen Aspergillus fumigatus. Working with collaborators at Imperial, we our objective is to develop novel therapeutics to treat drug resistant
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(AMBS), Faculty of Humanities. This is an exciting opportunity to join the Information Systems & Operations Management Group and contribute to world‑class research and teaching in digital transformation