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from large scale shotgun sequencing of the human gut microbiome, only in the last few years. The candidate will primarily develop and use methods for abundance and prevalence detection of human gut
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resolve the nanoscale mechanisms controlling coating growth, as well as optimize method of growth for efficiently mitigating AMD. The PhD student will, at the same time, closely collaborate with another PhD
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closely with experts in ecology, biodiversity, and computational modelling. We will develop and apply innovative data-driven methods to map bioregions and predict how they may change over time. By
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the complex signalling pathways that control plant stress responses. By integrating data across multiple levels – including stress signals, transcription factor interactions, chromatin modifications, and gene
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: experience and/or thorough understanding of theoretical/numerical methods for simulating optical phenomena experience in fabrication and/or characterization of micro- or nanostructures hands-on experience with
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high-resolution live-cell imaging and structural biology. Examples of methods to be used by the successful applicant are recombinant protein purification, in vitro assays, CRISPR/Cas9 genome engineering
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the key drivers of immune function. The project includes collaboration with method developers at the Houston Methodist Research Institute in Texas, providing opportunities for research visits to engage with