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February 2024. Business unit: Faculty of Life Sciences & Medicine. Department: Department of Inflammation Biology. Contact details:Tanya Shaw. [email protected] Location: . Category: Research. Job
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to) grow and manipulate hiPSC and brain organoids using aseptic techniques; and techniques, including immunocytochemistry, microscopy, biochemistry and molecular biology.]= You will also be required to be
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Associate with a strong background in structural biology, cell biology, or biophysics. The project will combine novel methods for studying membraneless organelles with structural strategies for characterising
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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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seek to appoint an individual with a strong background in cell/molecular biology and experience of working with iPSC-derived cardiomyocytes or EHT. Previous experience with in vivo mouse models and in
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linked to brain research as opportunities arise. Applicants should have a relevant PhD field and preferably post-doctorate experience in one of the following fields: pharmacy, drug delivery, cancer biology
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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