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closely with internal and external partners to design, develop, and deploy a national OHDSI compliant data Node as critical infrastructure to support this programme. Hosted within the Clinical Research
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, working with our already-established research community, will add critical capacity focused on expanding engagement and on MTU’s regional, national, and international ambitions. MTU is seeking persons with
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spectrometer for elemental analysis - Statistical techniques used in source apportionment modelling, e.g., positive matrix factorization - Working with large data
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, organization, planning and interpersonal skills. Ideally, the candidate will have experience in one or more of the following areas: - air quality monitoring and associated data analysis
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of the critical and strategic raw materials required for the green transition. The research group will comprise 13 members from senior research fellows to PhD students, involves field sites on four continents and
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each of these techniques if necessary. The candidate will also assist with participant recruitment and data analysis. The candidate will have the opportunity to become an integral part of an active and
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on the provision of the critical and strategic raw materials required for the green transition. The research group will comprise 13 members from senior research fellows to PhD students, involves field sites on four
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metagenomic sequencing and analysis on infant probiotic trials. The study will look at the effects of the probiotics on various parameters ranging from the composition and function of the microbiome to read
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) and mechanistic assays. • Proficiency in imaging and data analysis tools (e.g., CellProfiler, ImageJ). Knowledge & Experience (Desirable) • Knowledge of cancer biology and therapeutic resistance
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assessment of antimicrobial activity and validation of biological test compounds in relevant models (in vitro and/or in vivo). Direct experience and a strong understanding of structural analysis techniques