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resistance through the regulation of specific methylases and demethylases. The project will employ a combination of cell biology techniques alongside cutting-edge proteomics and next-generation sequencing
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: To be confirmed Reference: 2606624FC-2R The Retinal Cell Biology Lab at the University of Southampton seeks to recruit a capable and highly motivated postdoctoral researcher for a 3-year project at
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postdoctoral researcher to join the Retinal Cell Biology Lab led by Dr Jörn Lakowski at the University of Southampton. The successful candidate will join the multidisciplinary Faculty of Medicine’s Vision Group
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vivo. You will work in a cutting-edge field, combining principles of molecular biology, synthetic biology and computing science to pioneer new methods of data storage and retrieval using DNA as a data
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relevant quantitative discipline (e.g. Bioinformatics, Computer science, Genetics/Genomics, Computational Biology or Data science). Experience programming in a high-level scripting language (R or Python
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, a multi-disciplinary group of scientists working on diverse areas ranging from fundamental RNA biology to metastatic cancer research and the development of new technologies. We are looking to recruit
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field, combining principles of molecular biology, synthetic biology and computing science to pioneer new methods of data storage and retrieval using DNA as a data storage medium. The role will require
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the Leukaemia and Stem Cell Biology Group. The post-holder will be expected to demonstrate a flexible and dedicated approach to their work. About the role This is a research post aiming to assist Professor So in
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approaches to well-curated time-series data, collected over decades, to obtain new biological insights. This project is based in the Department of Cell and Developmental Biology, working closely with Dr Pirita
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This 10-month full-time postdoctoral position will investigate the phenotypic effects of plant 'persistent' viruses (e.g., endornaviruses and partitiviruses, which are inherited but not horizontally transmissible) using pepper plants (Capsicum annuum) as a model. The successful candidate will...