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within plant microbiomes. As a postdoc, you will delve into genomics and metagenomics data to dissect the signaling systems of plant-associated bacteria and analyze the genomic features of beneficial
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or degradation in a single cell directly impacts the battery's overall performance and lifespan. Therefore, it is crucial to have a monitoring system in place for close oversight of this critical component. The
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University is currently offering an opportunity for a full-time Postdoc in the field of applied microbiology and Bioprocess. We are currently looking for highly motivated candidates with a strong background in
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the separation, concentration, recovery or destruction of certain elements. Thus, the successful candidate will be expected to contribute to the realization of a wide range of scale-up studies of a membrane
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research outputs. Good English (written & oral) and willingness to collaborate with agronomists and partners. Preferred Postdoc or ≥2 years research experience after PhD; first-author publications in
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partners. Preferred Postdoc or ≥2 years research experience after PhD; first-author publications in relevant journals/conferences. Experience with multimodal data fusion (optical/SAR/soil/phenology
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, Professor Venturi’s research program extends to unraveling the intricacies of bacterial cell-cell signaling within plant microbiomes. As a postdoc, you will delve into genomics and metagenomics data
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. This project seeks to comprehend how antimicrobial resistance genes (ARGs) disseminate within microbial populations via horizontal gene transfer (HGT) and mobile genetic elements (MGEs) and how these processes
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Science, Chemical Processes, or a related engineering discipline. A strong background in electrochemical surface science. Proficiency in elemental and structural analysis using various techniques. Knowledge
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strong background in electrochemical analysis of battery materials Proficiency in elemental and structural analysis using various techniques. Knowledge of advanced structural characterizations (highly