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tests the causal effects of candidate epialleles on gene expression (this PhD project at UU). In this PhD project you will: Develop and use state-of-the-art CRISPR/Cas9-based technologies to target DNA
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phenotyping, microbiome profiling, predictive modelling and targeted experimental validation to identify the microbial factors that make plants more resilient to disease. Your job You will join the Plant
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to target DNA methylation maintenance machinery, inducing genome-wide hypomethylation to identify genes regulated by methylation. Deploy an advanced, inducible Suntag-TET1cd epigenomic editing system
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patients through focus groups to define meaningful indicators of defensive states and to ensure clinical relevance throughout the project. You will test proof-of-principle freeze-targeted interventions and
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plant phenotyping, microbiome profiling, predictive modelling and targeted experimental validation to identify the microbial factors that make plants more resilient to disease. Your job You will join the
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targeted imagery-based psychological interventions. Planned studies include a scoping review; experimental studies; qualitative interviews; and the development and evaluation of an imagery-based intervention