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one or more challenging research projects in the lab of Professor Sten Eirik W. Jacobsen . The research project(s) will be focused on genetic fate mapping of normal mouse and human hematopoietic stem
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the lab of Professor Sten Eirik W. Jacobsen . The research project(s) will be focused on genetic fate mapping of normal mouse and human hematopoietic stem cells (HSCs), using DNA mutations for HSC clonal
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team working on the analysis of multi-modal Earth Observation data for 3D mapping. The position is part of a collaborative, funded project exploring how 3D mapping layers such as building and canopy
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researcher, you are expected to take responsibility for: Identify new targeted therapies that shift macrophages toward an anti-tumorigenic state, Map macrophage gene signatures associated with survival
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separation steps and further formulation and processing affect the proteins and their functionality. Careful mapping of the properties of pea proteins and chickpea proteins after gentle isolation can give
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separation steps and further formulation and processing affect the proteins and their functionality. Careful mapping of the properties of pea proteins and chickpea proteins after gentle isolation can give
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sequencing (scRNA-seq and scATAC-seq), techniques for mapping 3D genome architecture (HiChIP, Hi-C, Capture-C), and bioinformatics analyses. The applicant is expected to: 1) Independently plan and conduct
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Lund University, Centre for Mathematical Sciences Position ID: 1812-POSTALG [#27037] Position Title: Position Type: Postdoctoral Position Location: Lund, Skane Lan 22100, Sweden [map ] Subject Area
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-glioma synapses. Experimental methodologies include single-cell sequencing (scRNA-seq and scATAC-seq), techniques for mapping 3D genome architecture (HiChIP, Hi-C, Capture-C), and bioinformatics analyses
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-access, interactive Regime Shift Explorer to map the risk of regime shifts across the world’s ecosystems. You will: Combine existing understanding of regime shifts as captured in the Regime Shift Database