11 molecular-modeling-or-molecular-dynamic-simulation Fellowship positions at University of Oxford
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THIS ADVERT HAS BEEN EXTENDED UNTIL 21st November 2025 About the role A Clinical Research Fellow is wanted to develop a Controlled Human Infection Model (CHIM) for Hepatitis C Virus (HCV
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you Candidates with experience in molecular mycobacteriology, Crispr-Cas technology, drug target discovery and target validation, assay development, cellular and animal models of tuberculosis infection
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independent researchers to bring exciting new perspectives to the study of mycology at the University of Oxford within a dynamic new Department with a culture that values inclusivity, innovation, collegiality
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The Molecular Plants Biology Section of the Department of Biology is pleased to invite applications for the Glasstone Fellowship in Plant Sciences. This prestigious post is a three-year postdoctoral
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is a collaborative, friendly, and dynamic department based in an award-winning building in Oxford. We host regular events and talks with well-known guest speakers – all of which are open to staff
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is a collaborative, friendly, and dynamic department based in an award-winning building in Oxford. We host regular events and talks with well-known guest speakers – all of which are open to staff
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independent researchers to bring exciting new perspectives to the study of fungal disease at the University of Oxford within a dynamic new Department with a culture that values inclusivity, innovation
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not limited to) geophysical fluid dynamics, geoscience, climate, renewable energy, and ecology. The Department is also advertising Hooke and Titchmarsh Research fellowships in other areas
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is a collaborative, friendly, and dynamic department based in an award-winning building in Oxford. We host regular events and talks with well-known guest speakers – all of which are open to staff
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human health. You will play an important role working on vaccine and vaccine-related studies, including against COVID-19 and other threats to human health, recently developed human models of typhoid and