94 algorithm-development-"Multiple"-"Prof"-"Prof"-"Simons-Foundation" positions at Nature Careers in United Kingdom
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to: rhizosphere and phyllosphere microbiology microbial evolution molecular and/or structural aspects of plant-microbe or plant-fungal interactions the molecular biology of soil-dwelling bacteria or fungi
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/10/2025 until 30/09/2027 in the first instance. About you Work in our laboratory is focussed on the development of cellular immunotherapies for childhood brain tumours. The successful applicant will
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to support early-stage drug discovery/probe development on ALT project. You will work within the Structural Biology Science Technology Platform (SB STP) which spans a variety of protein technologies (protein
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are seeking a new Chair with the ability to set the strategic direction of the ACMD and oversee the development and delivery of independent and expert advice to Government. This is an exciting role in
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established in area of assay development, modelling of developmental pathways and disease. The employment of these applications coupled with the use of gene editing tools such as CRISPR makes this type
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from a variety of backgrounds in an integrated academia-industry setting. In collaboration with the ALT project team, you will develop assays to support the elucidation of detailed molecular mechanism
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procedures, molecular biology tests, data analysis and database management. You will be involved in development and streamline of new procedures under supervision and be encouraged to improve your professional
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models, taking a lead role towards the development of a subset of projects. As such, you will be expected to develop a detailed understanding of genetic modification and mouse genetics and will be expected
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the metabolic landscape of tumours and the corresponding lymphoid structures is therefore critical to developing effective combination therapies that can overcome these resistance mechanisms. Emerging research
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of detailed molecular mechanism of action of new ALT targets and the development of cell-active chemical tools to translate these findings into more biologically relevant systems. In parallel, you will work