18 phd-mathematical-modelling-ecological-modelling Postdoctoral positions at University of Basel
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models for individual-level risk prediction using heterogeneous data (psychological and biological profiles, ecological momentary assessment (EMA), and time series sensing data) Applying, evaluating, and
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Start date: September 2026 (flexible) Duration: 3 years (36 months) Project The High Performance Computing (HPC) research group (Prof. Florina M. Ciorba), Department of Mathematics and Computer
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Computing (HPC) research group (Prof. Florina M. Ciorba), Department of Mathematics and Computer Science, University of Basel, invites applications for a Postdoctoral Researcher funded by the SNF Bridge
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project execution and adherence to quality standards PhD in life sciences or a related field Proven experience with in vitro models and assays Strong hands-on experience in cell culture and biochemical
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organoid models, as well as the links between reproductive disorders, reproductive aging, and premature vascular aging contributing to long-term cardiovascular risk. We seek an experienced postdoctoral
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maintenance of neuroinflammatory processes and identify molecular targets that could serve as the basis for future therapies. To that end, we combine human studies with experimental (gnotobiotic) murine models
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of gene dosage in regulating cellular function in male and female animals - from individual genes to chromosome-wide scales. We combine work in non-model organisms (like mosquitos or brine shrimp) with
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photogrammetric acquisition and reconstruction tailored to GLAM (Galleries, Libraries, Archives, Museums) contexts. Contributing to data registration and deconvolution, metadata acquisition, and high-fidelity model
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unexplored. The next step is to convert these time-lapse images into accurate single-cell trajectories and subsequently into models of antibiotic responses, with direct relevance for drug development and
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unexplored. The next step is to convert these time-lapse images into accurate single-cell trajectories and subsequently into models of antibiotic responses, with direct relevance for drug development and