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using complex statistical methods (i.e. structural equation modelling and/or multivariate analysis). The successful applicant will enjoy data analysis and working with complex data and will have some
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adenoviral therapies in mouse models of brain cancer. The development and delivery of immunology-based and virus-based assays will be a key component of the research conducted, with a core focus on antiviral
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considered for this post. If the decision is made to open the post to external candidates, the strapline at the top will be removed and you will be given ample time to apply – please check back periodically
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to appropriate standards. Expertise in mammalian cell culture and/or iPSC culture is essential. Dr Connor-Robson’s group centers on the use of cutting-edge induced pluripotent stem cell (iPSC) models to study the
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part of a collaborative and forward-thinking team. Influence the development of digital products used across the University. Enjoy a flexible hybrid working model with regular opportunities to connect
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, cell culture, T cell assays and PBMC separation. Previous experience of ELISpot assays, organoid models, sample cataloguing, applying statistics to biological data, and engaging/involving patients in
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phenotypic data derived from cellular models using a variety of statistical approaches, including linear mixed-effects models with a focus on genetic and genomic analysis. Prepare publications and where
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rare genetic disorders and cell signalling mechanisms linked to pathology is required. The candidate is also required to have research experience with cell line models of genetic disease, transcription
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guides and training requirements. Contribute to the University review of its standard operating model. Cardiff University offers many excellent benefits, including 37 days annual leave (plus bank holidays
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check back periodically for details. Cardiff University is committed to supporting and promoting equality and diversity and to creating an inclusive working environment. We believe this can be achieved