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implementing a platform for CAR and BiTE vector cloning and subsequent production; developing in vitro models of resistance to CAR-T therapy and bispecific monoclonal antibodies (BiTEs). Description of job
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both in vitro and in vivo. The group has recently received a major research grant and is now looking for an Associate Researcher with strong laboratory expertise as outlined below. The position involves
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involved in responses to both biotic and https://centa.ac.uk/studentship/2026-b23-exploring-how-sulphur-metabolism-shapes-the-oak-tree-microbiome/abiotic stress. Plant-associated microbiota play essential
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pharmaceutical bioanalysis (using LC-MS/MS, as (in vitro) support for pharmacokinetic projects). The pharmacokinetics part is currently covered by a visiting lecturer (research and teaching). In this position, you
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lab’s website https://sites.duke.edu/corinnelinardiclab/ . Be You Work Performed · Perform literature reviews to guide research · Design and execution of standard in vitro assays ongoing in the lab
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vitro and in vivo. Responsibilities: Development of research activities in the field of topics consistent with the scientific profile of the Laboratory of Neuropharmacology and Epigenetics; Planning and
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) how DNA damage response alterations can be exploited to treat and prevent cancer. This technician role will receive on the job training to work with in vitro and in vivo cancer models. Applicants
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of project specific research activities (e.g. construction and validation of Mucorales mutants and reporters, testing the effect of stressors of Mucorales growth and in vitro host interactions
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, with particular attention to the upper airways. The activity involves designing and testing in vitro a physical model of the respiratory system, including the upper airways. In addition to the design and
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. The researcher will use in vivo ageing and syngeneic breast cancer models, tumour immune profiling approaches and in vitro functional studies with isolated immune cells to unpick how the aged microenvironment