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developing the competences of the IML group within prediction of T and B cell immunogenicity and immunoinformatics in general. You will work with nearby bioinformatics, postdocs and PhD students working
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Faculty - Center for Innate Immunity and Inflammation, OSU Comprehensive Cancer Center (Open Rank/Tr
in innate immunology. Candidates at the Assistant Professor level should have a substantial trajectory toward developing a rigorous, externally-funded research program. Candidates at the Professor and
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environmental changes. More specifically, they will develop methods and approaches to identify changes in underlying biogeochemical processes that affect carbon and nitrogen balances. The candidate will have
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Characterisation of material samples under varying environmental conditions Development of numerical models for simulating ultrasonic wave propagation in materials Development of application scenarios for the novel
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program in pharmacology, broadly defined. The successful candidate will be expected to develop an innovative program in basic, clinical, or translational pharmacology. Areas of interest include, but are not
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of North America's largest brain tumor centers. This program offers a blend of clinical training and exposure to innovative therapeutic approaches being developed at St. Jude, designed to prepare you for
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, with 80% effort devoted to clinical service and administrative efforts, and the remaining 20% effort will be focused on translational research and career development opportunities. Ideal candidates will
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. Prepare unit dose medications, outpatient prescriptions, and intravenous admixtures to assist in the preparation and delivery of pharmaceutical supplies. Support in filing and maintenance of patient records
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their efforts to study disease, explore biomedical principles, and develop novel tools for diagnosis and treatment. The scientists within the Faculty of Medicine actively combine clinical/translational research
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resonators. Expected start date and duration of employment This is a 2–year position from 1 August 2026 or as soon as possible. The aim of the project is to develop “nanoguitar” optomechanical resonators