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able to design experiments and develop projects involving molecular biology, light and electron microscopy, perform genetic perturbations using Drosophila and will be ready to learn and apply other
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and brain tissues. The postdoc will be responsible for culturing and differentiating iPSC lines, and carrying out various manipulations using molecular biology techniques and transcriptomic assessment
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Job Title: Postdoctoral Fellow, Neuroinflammation, Molecular Stroke Research Position Type: Full Time Required Education: Doctorate Areas of Expertise Desired: Molecular, Cellular Biology
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to pursue goals on our CRUK funded Biology to Prevention Project award. The project and PI team will provide resource and support for you to develop a novel transgenic model system in zebrafish, aimed
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collaboratively and supervise the work of others. Applicants will be able to design experiments and develop projects involving molecular biology, light and electron microscopy, perform genetic perturbations using
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, computational biology, bioinformatics, statistical genetics or applied mathematics and an experience in analysis of big data, genetics, transcriptomics and other “omics”. The post holder with lead on
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We have a long record of research in the study of musculoskeletal health spanning genetics and molecular biology, cell and tissue, through to population health, with much of our research having
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organism. The project will involve using the techniques of genetics and molecular biology including generation of reporter transgenes e.g. using Crispr/Cas9 genome editing and transgenesis
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. This will provide a molecular-level understanding of how they contribute to cilium function and how mutations cause disease. You should have (or be close to completing) a PhD in structural biology or a
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. The candidate will have robust skills in molecular biology techniques as well as experience in pluripotent stem cell culture, retinal organoid differentiation, histology, flow cytometry and confocal microscopy