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minoritised groups (including refugees and people seeking asylum) to understand how community networks and social practices promote mental health in hostile contexts. You will also collaborate closely with
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), generating and integrating multi-omic datasets to define how SkM contributes to ALS onset and progression. The position will require travel to University of Copenhagen to work closely with Dr. Julien Ochala, a
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experimental work, across biophysical (MANT-ATP) and functional genomic assays (methylome, transcriptome and proteome), generating and integrating multi-omic datasets to define how SkM contributes to ALS onset
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research methods (for eg. ethnography, discourse analysis, oral history, or network analysis) One publication demonstrating Digital Humanities methods Willingness to be part of a collaborative research team
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databases, data representation) Familiarity with at least one Indian language Experience in qualitative research methods (for eg. ethnography, discourse analysis, oral history, or network analysis) One
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candidate will work with a three-person team of software engineers to integrated algorithms into the Epilepsy Navigation (EpiNav™) software platform for stereotactic neurosurgery planning. The successful
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flexible working, Enhanced Parental Leave, funds for Parents and Carers, and the potential to join community staff networks. About the role You will join a team of climate scientists and artificial
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a high impact project with two key aims: (1) defining bacterial factors required for systemic dissemination (2) characterising the regulation of capsule expression during transition between host
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aims: To define the mutational mechanisms regulating Kp capsule expression during infection To identify functional consequences of capsule regulation on host-pathogen interactions at the molecular level
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molecular microbiology skillset to lead a high impact project with two key aims: To define the mutational mechanisms regulating Kp capsule expression during infection To identify functional consequences