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includes primary immune cell isolation and manipulation, high-dimensional flow cytometry, multiplex immune profiling, spatial and single-cell transcriptomics, and functional assays to evaluate immune
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biomolecular chemistry techniques. Evaluation of biological behavior in cell models through cell culture, flow cytometry, and biocompatibility assays within the framework of the ERC-STG SPACING (SPAtially
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implementing agroecological land use and management to enhance ecosystem services delivery for society. Where to apply Website https://apply.uc.pt/IT137-25-542 Requirements Research FieldBiological sciences
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information across scales. In this project, you will leverage the large soil database (>2000 profiles) hosted by the Soil Functions and Dynamics group, along with soil spatial modeling techniques, to assess
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properties and processes, as well as how soil functions are affected by changes in environmental conditions, including climate change. Through research, environmental analysis and education, we contribute
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an approach based on 3D imaging and numerical simulation. The objective is to support the development of the most "infiltrable" ex-PIP matrices by characterizing the spatial organization of these porous media
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-cell (RNA+ATAC-seq), and spatial transcriptomics (RNA-seq) profiles of hematopoietic and non-hematopoietic progenitor cells in the bone marrow. We aim to characterize all cell types (see: https://doi.org
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a growing focus on spectral and functional trait analysis to support biodiversity and genetic monitoring in forestry. The TreeAI Global Initiative focuses on extending the current database and mapping
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, addressing key questions of coherence, entanglement, and other forms of non-classicality while developing practical free-space quantum links. Using spatial light modulators and adaptive optics, we will
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cost of ownership, spatial analysis, and cost ● Coordinate with campus stakeholders to facilitate Climate Action Plan Implementation Steps into action: identify barriers, shared challenges, and