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— systems. It targets pioneering an architecture optimized for bilateral sensor processing. By fusing multiple data streams, VEST-CHIP aims to improve health tracking accuracy and unlock capabilities such as
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density of Li- and Na-ion batteries. Furthermore, SSEs can be stacked in multiple layers to enhance energy density further, making them promising candidates for the next generation of electrolyte materials
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spectrometry (LC–MS) analysis to characterize metabolites in embryo culture media. Develop, optimize, and apply omics sequencing approaches and related biochemical assays to detect metabolites in ultra–low-input
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-based bridge assessment and maintenance prioritization that integrates multiple types of inspection and monitoring data into a consistent workflow for decision support. The project is anchored in SmartMet
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) analysis to characterize metabolites in embryo culture media. Develop, optimize, and apply omics sequencing approaches and related biochemical assays to detect metabolites in ultra–low-input samples
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biochemical methods, various cell culture models, sequencing-based chromatin techniques (RNA-seq, ChIP-seq, ATAC-seq) and microscopy. Research infrastructure includes a well-equipped laboratory and access
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PhD Fellow in Anthropology: Bushmeat, Infrastructure and Zoonotic Risk in Africa–China Contact Zones
lived across diverse local contexts. Fieldwork will be conducted in multiple regions associated with the BRI, with a focus on animal infrastructures, markets, migration, and China’s expanding health
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a broad range of molecular, cell biology and biochemical methods, various cell culture models, sequencing-based chromatin techniques (RNA-seq, ChIP-seq, ATAC-seq) and microscopy. Research
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PhD Fellow in Anthropology: Bushmeat, Infrastructure and Zoonotic Risk in Africa–China Contact Zones
diverse local contexts. Fieldwork will be conducted in multiple regions associated with the BRI, with a focus on animal infrastructures, markets, migration, and China’s expanding health diplomacy. While
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the north and abyssally in the south. This PhD project will focus on Arctic bivalves, utilizing a combination of MinION sequencing, an innovative shallow sequencing technology, to explore genetic diversity