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or tissue homeostasis. Our research is curiosity driven and, although the projects in our labs had their origins in viral systems, many have now evolved into biochemistry and cell biology questions. Our
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. Experience of a wide range of histological and molecular biology techniques 3. Experience with mouse behaviour and stereotaxic surgeries This post is subject to an Occupational Health Clearance.
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(preferably with a PhD in Physics, Cell/Molecular Biology, Chemistry, Biochemistry, Bioengineering or related disciplines) with proved experience in any area of mechanobiology. This project aims to investigate
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Biomedical Engineering & Imaging Sciences (BMEIS) consists of eight research departments including Cardiovascular Imaging, Cancer Imaging, Imaging Chemistry & Biology, Biomedical Engineering, Perinatal Imaging
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About us The role sits within the School of Biomedical Engineering & Imaging Sciences, and specifically within the Research Department of Imaging Chemistry and Biology based at St Thomas’ hospital
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part of a vibrant multi-disciplinary environment across different research themes in cardiac biology. The post holder will provide high quality technical support to the groups and their associated
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questions deeply. With strong molecular biology knowledge and experience with genomic/epigenomic approaches, you will use a range of methods for brain tissue analyses including next generation RNA sequencing
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Immunology or related biological science An excellent theoretical and practical knowledge of the human immune system Extensive experience of immunology-focused laboratory assays Effective time management
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Experience of histological and molecular biology techniques Desirable criteria 1. Experience with mouse behaviour and stereotaxic surgeries 2. Experience with mouse colony management This post is
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a range of quantitative cell biology methodologies together with molecular biology, omics, lab evolution and biochemistry approaches in the two species of fission yeasts, S. pombe and S. japonicus