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tasks of the successful candidate will be: To be able to use appropriate bioinformatic tools for soil metagenomic analysis To help on the determination of the background levels of microbial pesticides in
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efficient operation at all levels. Establishes professional relationships with pharmaceutical, CRO, and non-profit counterparts to facilitate amicable and timely negotiations. Ensures document harmonization
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general metric spaces. The division also hosts expertise e.g. in classical harmonic analysis. Mathematical analysis is a core component of all engineering programs at Linköping University, and we offer
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move beyond traditional operations toward a future defined by Infrastructure as Code (IaC), mature GitOps/DevOps processes, and fiscally forward-thinking FinOps-style analysis. We need a seasoned leader
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research interests encompass a diverse range of pivotal fields, including (but not limited to): Nonlinear PDEs, Geometric Analysis, Harmonic & Functional Analysis, Algebra, Number Theory, Coding
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connectivity and graph-theoretic analyses Familiarity with MR sequence programming (Siemens or GE platforms) Machine learning / AI applied to neuroimaging data EEG acquisition and analysis Use of neuroanatomical
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Description Mission: Promote the integration and harmonization of clinical and research data from different hospital information systems. Functions to be developed: Develop and apply artificial intelligence
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associated tools) for microbials (WP2), plant extracts, semiochemicals, pheromones (WP3) and, ds-RNA (WP4); and from there (iii) build a harmonized RA for all LRP and determine its socioeconomic impact (WP5
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School of Engineering Sciences in Chemistry, Biotechnology and Health at KTH Job description The Affinity Proteomics unit (https://www.scilifelab.se/facilities/affinity-proteomics/ ) is part of
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collaboratively Job Duties Job Duty Quantitative Data Analysis and Modeling Lead and conduct advanced statistical analyses of large administrative, clinical, and surveillance datasets. Apply multivariable