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study how environmental exposures influence brain–body health, focusing on omics layers as key predictors or modifiers of environmental effects on molecular and brain-related endophenotypes across
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, salt uptake from saline soils and pathogens from entering roots. We recently discovered that root suberization can be induced by certain soil-borne microbes. This project aims to understand molecular
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and within the Clinical Infectiology Research Group. You will work in an ambitious, motivated, multidisciplinary team of veterinarians, clinicians, molecular microbiologists, and bioinformaticians. In
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will produce them from bacteria, insect, or mammalian cells. Be part of a collaborative, interdisciplinary team using advanced biochemical, molecular, and cellular techniques to drive groundbreaking
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for developmental biology, molecular biology, and genetics, with demonstrated skills in biomolecular, biochemical, and cell/tissue culture techniques. You are an excellent team player, a fast learner, and thrive in a
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challenges and thrives in a collaborative environment. In addition, you bring the following qualifications: a PhD-degree in chemistry, biochemistry, molecular biology, biotechnology or related discipline
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reducing greenhouse gas emissions from Dutch peatlands. In this postdoc position you will work with a range of approaches — including molecular, microbial and geotechnical techniques — to tackle key
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to learn new laboratory techniques. You are well-organised and have a structured way of working. You are familiar with standard laboratory and molecular biology techniques (e.g. PCR, western blot, cell