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Field
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quantitative and population genetics; good knowledge and practical skills in genetic and genomic analysis (both, marker data and sequence data), phenology and plant pathology; a sound understanding of
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integrates computational analysis of immune receptor sequencing data, machine learning approaches for TCR prediction, and translational collaboration with clinical and laboratory teams. The successful
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longitudinal clinical cohorts to perform repertoire analyses of memory B cells and antibodies from multiple compartments and time points. The overall goal is to determine whether mucosal immune responses
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clinical cohorts to perform repertoire analyses of memory B cells and antibodies from multiple compartments and time points. The overall goal is to determine whether mucosal immune responses are seeded from
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biology, genomics/bioinformatics, systems genetics, or closely related field. Demonstrable expertise in at least two of: High‑throughput sequencing assays (ATAC‑Seq, ChIP‑Seq, BS‑Seq/EM‑Seq, RNA‑Seq
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at least two of: High‑throughput sequencing assays (ATAC‑Seq, ChIP‑Seq, BS‑Seq/EM‑Seq, RNA‑Seq); library prep and QC. Chromatin conformation (Hi‑C/Micro‑C) and analysis of TADs/compartments/loops
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subjects undergoing allergen-specific immunotherapy to study humoral immunity as it develops during such treatment. We use single-cell sequencing, next generation sequencing of antibody-encoding gene
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processes in human cells, in particular with regards to the control of transcription and alternative splicing. For this, we develop and employ cutting edge single-cell sequencing and computational approaches
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RNA-seq transcriptomic sequencing pipelines. They will use bioinformatic approaches to analyse the resulting data and in situ hybridization (including HCR) to localise cell types of interest in the eyes
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and disease resistance. The research methodology is mainly based on different molecular biology tools including sequencing and bioinformatics. Key Responsibilities: Conduct research focusing on how