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proficient in R or Python for data analysis and model development. You will have experience in spatial analysis techniques including spatial networks and map algebra, alongside competent skills in analysing
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RNA-Seq and multi-omics data analysis; immune repertoire analysis; spatial transcriptomics/proteomics and image analysis; and development of new computational methods and models for spatial data
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scientific analysis to generate robust, reproducible results. It is preferrable that you also have experience with analysing spatial omics datasets, analysing multi-colour immunofluorescence imaging data, and
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multi-disciplinary team of biological, computational and mathematical researchers by curating and processing raw ‘omic and spatial biology data and performing hypothesis led and hypothesis generating
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this core-funded role you will lead the development of pipelines and tools for the analysis of data from cutting-edge single cell and spatial genomics platforms such as the 10x Chromium and Nanostring CosMx
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appropriate analytical protocols and techniques to support research, particularly in relation to AI-driven algorithms to recognize different hallmark brain pathologies as well as to spatial transcriptomic
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this core-funded role you will lead the development of pipelines and tools for the analysis of data from cutting-edge single cell and spatial genomics platforms such as the 10x Chromium and Nanostring CosMx
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this role you will conduct detailed analyses of uni- and/or multi-modal spatial and single-cell omics data and imaging datasets generated – using analysis to identify, define and plan new projects
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project on the biophysical determinants of cell fate decisions in skin inflammatory diseases. Using a pioneering approach called spatial mechano-transcriptomics, recently developed by the Hallou Lab and
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. These will include spatial omics, genomics, transcriptomics, proteomics, metabolomics, and imaging data. You will develop analysis pipelines in using frameworks such as Nextflow or SnakeMake, and conduct