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. The main tasks will be: Analyse through bioinformatics patient -omics data to search altered signalling circuits and to validate their relevance across patient subgroups. Biologically assess effectiveness
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expertise in the fields of bioinformatics, metagenomics, molecular evolution, virology, geography, hydrology and geomatics. Main missions: The primary mission of the postdoctoral fellow is to build a
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markers, flow cytometry, and cell sorting. • Generation and analyses (bioinformatic and statistical) of environment and microbiome data, including amplicon sequencing libraries, metagenomes, and
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of the yeast Saccharomyces cerevisiae model and human cells to study transcriptional and TCR activities of transposed Mediator variants using genomic approaches. A bioinformatic analysis of NGS data will help
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test in vitro research protocols to study the mechanisms of muscle cell differentiation - Conduct a research project to study myogenic trajectories using bioinformatics. Analyze single-cell RNA-seq and
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tissue culture methods, along with spatial transcriptomics technology. Besides excellent access to infrastructure resources (histology, molecular biology, bioinformatics, etc.), the laboratory offers a
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knowledge of biology, particularly in the field of nuclear architecture and chromatin organisation, is required. Proficiency in genomics tools, from a conceptual, experimental and bioinformatic analysis
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cell biology experiments (cell culture, transfection, genome editing, etc.) • Preparing libraries for high-throughput sequencing (RNA-seq, Nanopore sequencing, etc.) and using bioinformatics tools
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, differentiation, transduction / transfection, possibly iPSCs) •Good knowledge of molecular biology, histology, and microscopy •Knowledge and experience in scRNA-seq, ATAC-seq, and bioinformatics analysis are a plus
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researcher will join the bioinformatics team at the MMSB Laboratory (UMR 5086; MOMS team). Responsibilities: (1) computer simulations as part of the SELDOM project, focusing on interactions between lipids and