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a number of Postdoctoral Researchers in Perovskite Solar Cell Research (Level A or Level B) to work within a research group led by Prof. Anita Ho-Baillie – John Hooke Chair of Nanoscience based
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major interdisciplinary research program focused on establishing Vibrio natriegens—the fastest-growing bacterium known—as a next-generation microbial cell factory for sustainable biomanufacturing
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cell biology prepare research findings for publication in high quality journals present your research at conferences develop and refine independent research skills under the supervision of senior
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how the adaptive immune system recognises and responds to foreign and self-antigens. The successful candidate will employ a broad suite of immunological and molecular tools—such as flow cytometry, cell
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, using electrophysiology and calcium imaging as core tools, supported by molecular biology, cell culture, and in vivo experiments. The successful candidate will lead mechanistic, function-first research
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, using electrophysiology and calcium imaging as core tools, supported by molecular biology, cell culture, and in vivo experiments. The successful candidate will lead mechanistic, function-first research
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Develop scalable single-cell genomics and massively parallel screening pipelines for plant synbio parts discovery, construct evaluation, and plant characterisation Full-time appointment on a fixed
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will aim to determine the role of heavy metals in the initiation and evolution of prostate cancer through fostering recent advances in single-cell proteomic technologies, including a most recent
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infrastructure, mobility, energy, emergency response, and resilience. The appointee will conduct original research, publish in top-tier academic journals, collaborate with academic and industry partners, and
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major interdisciplinary research program focused on establishing Vibrio natriegens—the fastest-growing bacterium known—as a next-generation microbial cell factory for sustainable biomanufacturing