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conditions with microfluidics, which allows us to quantify growth and death of single-cells, metabolomics for the quantification of the BA composition, and quantitative data analysis, we aim to provide a
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responsible for directing research projects from a medium-to-long-term perspective. Field: Development of heavy-ion mutation induction technology and research on chromosome rearrangement by genome analysis
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modification. By marrying first-principles theory – trade-off analysis, game theory, reaction-diffusion, and consumer-resources models – with single-cell tracking and synthetic community experiments
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: Establishing and maintaining reproducible and well-documented bioinformatic pipelines for the standardised analysis of internal and external single cell multi-omics datasets. Supporting researchers and
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& Utilization of Resources; (2) Cycling and Extraction of Key Metal Elements; (3) Recycling of Wind, Battery, and Photovoltaic Equipment; (4) Energy Conversion and Storage; (5) Energy-saving Materials and
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requested that, if possible, the recommendation letters include the following elements: * A brief description of the academic ties and collaborations with the applicant (e.g., collaboration on research
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the research fields as follows: (1) Sustainable Exploitation & Utilization of Resources; (2) Cycling and Extraction of Key Metal Elements; (3) Recycling of Wind, Battery, and Photovoltaic Equipment; (4) Energy
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% women; three continents represented). The strengh relies in coupling: Single-cell microfluidics Quantitative (image) analysis Mathematical modelling Microbiology Molecular biology We approach science with
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implement methodologically appropriate analysis strategies for genetic and ‘omic data integrated into epidemiological investigations; Collaborating with external (including many international) researchers
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methodologically appropriate analysis strategies for genetic and ‘omic data integrated into epidemiological investigations; Collaborating with external (including many international) researchers to lead or