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human models as part of a Medical Research Council – Developmental Pathway Funding Scheme (MRC-DPFS) grant in 2023 in collaboration with Professor Jonathan K Watts from the RNA Therapeutics Institute
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well as radiation • You know the techniques of chemical analyses as well as molecular chemistry and modeling • You are capable of conducting experiments and measuring by optical spectroscopy • You know the data
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molecular modelling methods, including molecular mechanics, molecular dynamics and quantum mechanics. Practical experience with small-molecule binding affinity prediction, e.g. MM/PBSA and free
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model organisms in their work and are pushing into emerging model and non-model organisms that are proving uniquely valuable in particular studies. To learn more about our department, https
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47,476 - 60,000 comensurate with experience Type of Position Temporary Position Time Status Full-Time Required Education Ph.D. with a strong background in microbiology, immunology, biochemistry, molecular
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pathways, pain perception, and tissue alterations in chronic joint disease. Using joint tissues as a biologically and clinically relevant model, the project will explore how stress-related signals interact
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Opportunities for international collaboration and career development More information about the Molecular Biophysics Group can be found here: https://molecular-biophysics.uni-graz.at/en/ How to apply Interested
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) at the University of Southampton. The successful candidate will contribute to an interdisciplinary research programme developing computational models to understand molecular interactions relevant to antimicrobial
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Qualifications At least 1 year of related laboratory experience Experience in mouse work and studies using mouse models Experience in related laboratory procedures and techniques (e.g. molecular biology, mammalian
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animal scienceBiological sciences » Biological engineeringChemistry » BiochemistryChemistry » Molecular chemistryComputer science » Modelling toolsComputer science » ProgrammingEngineering » Biomedical