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and bioinformatic analysis of gene expression data in different types of tissues: mice, humans and plants. This work will include analysis of data generated with the latest Spatial Transcriptomics and
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benefits and what it's like to work at SLU here . Subject area The subject covers spatial processes and patterns in terrestrial populations and species communities and how these are affected by land use
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of ecological processes that drive the flows and storage of carbon and nutrients. Duties The holder shall be responsible for the development of research and education in the subject of terrestrial ecosystem
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the recruitment process, you will be asked to complete a work sample using code, and you should be prepared to discuss code in some form in a possible interview. Some of the technologies we work with are
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surgery, behavioral tests, optogenetics and/or chemogenetics (DREADDS). You will also use histological and molecular biological methods and microscopy. The project is part of a larger research area and may
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so-called omics technologies, single-cell biology, bioinformatics, drug development, and more are available locally through the SciLifeLab research infrastructure. The department offers a collegial
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. Subject description The subject includes studies of formal and informal governance, politics as well as studies of processes of change in societal transitions concerning environmental and sustainability
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in vivo models. Infrastructure and expertise in various so-called omics technologies, single-cell biology, bioinformatics, drug development, and more are available locally through the SciLifeLab
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the department, including genomics and transcriptomics, antibody development based on phage display, large-scale mass spectrometry-based proteomics, and associated bioinformatics. The department is host to a unit
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triboelectric nanogenerators and thermoelectric systems, tailored to a range of temperature environments. In parallel, research also focuses on the design of earth-abundant catalysts to drive green hydrogen