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quantitative and semi-quantitative chemical analysis in relevant case studies; (iv) apply the framework using results from the case studies and existing monitoring data and evaluate the effectiveness; (v
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ovarian cancer and accompanying biomarkers for guiding personalized therapy. Work duties The main duty is to conduct research within the subject area, including experimental work, data analysis
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solution-processible emitters and with the fabrication and analysis of light-emission devices, such as OLEDs or LECs. Applications are accepted until the deadline on February 28th 2026. The starting date is
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analysis, including approaches such as GWAS, RNA-seq, or pan-genome analysis. Experience with fungal systems or biocontrol research is an advantage, but not a requirement. Excellent communication skills in
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and molecular genetics as well as hands-on experience with cloning, live-cell fluorescence microscopy, image analysis, and sample preparation for sequencing and multi-omics analyses. The main model
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research background in structural reliability and probabilistic/semi-probabilistic analysis, as well as safety formats for structural design and assessment - Documented experience with time-variant models
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the chance to maximise publications by becoming involved in the analysis and writing of scientific papers from other behaviour and welfare projects. Tasks Your main responsibilities will include: Conduct
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multivariate analysis and apply these to research questions within microbiology. To complement the research project, you will have access to a large range of different types of infrastructure available
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impacts through life-cycle analysis (LCA) and the evaluation of process sustainability within a circular economy framework. This recruitment is connected to WISE (https://wise-materials.org/ ), funded by
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comprehensive support for large‑scale multi‑omic data generation/analysis and transformation/embryogenesis services for functional validation. Nathaniel is also an associate group leader at the Science for Life