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the Molecular Science Research Hub building in west London. You will work alongside a dynamic team of researchers that span synthetic chemistry and computational modelling. The post is funded by the Leverhulme
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Applications are invited for Research Associate in Synthetic Chemistry at Imperial College London. You will join the research group of Prof James A Bull. The post is funded by the EPSRC
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assemblage, system chemistries. You will be involved in the management of research projects, positively interacting and communicating with internal and external partners, developing research proposals, and
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We are inviting applicants for a part-time one-year laboratory technician position at the Centre for Rapid Online Analysis of Reactions (ROAR) facility, based in Chemistry at the Molecular Sciences
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well as synthetic chemistry. You will be able to perform experiments in cell culture, wet chemistry lab and all accompanying analytical biology and chemistry techniques, produce clear written reports and
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will have a PhD in biology/chemistry (or related) with research interests that significantly overlap with DNA data storage. More generally, we are interested in candidates with skills in the following
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supervision of Dr Talia Shmool on the design, synthesize and test novel carriers to enhance the stability and delivery of RNA-encoded antibodies. You will be able to perform experiments in a wet chemistry and
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Phenome Centre, and with other related parts of the Department such as Division of Systems Medicine and with our customers and partners in other organisations. Higher degree in Chemistry, Physics
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research environment. The Development Manager Faculty of Natural Sciences post will focus on the fundamental scientific disciplines of Chemistry, Mathematics, Physics and Life Sciences. The Faculty also
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The Department of Chemical Engineering is seeking a Research Associate to investigate the science and engineering of electrochemical carbon nanotube (CNT) synthesis from CO2 in molten metal oxide/carbonate systems. A molten Li2 O/Li2 CO3 electrolyte at 750 – 850 °C can absorb CO2 ...