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forefront of rapidly emerging areas of research. You will perform your PhD research in a multidisciplinary research team. The research will be conducted in the state-of-the-art laboratories of the research
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–bacterial synthetic endosymbiosis. By combining metabolic cross-feeding, genetic interdependencies, and guided laboratory evolution, the PhD candidate will investigate how stable symbiotic interactions can be
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technologies, and characterize the resulting prototypes in our advanced cryogenic electrical characterization laboratory. Your results will advance the state-of-the-art in cryo-CMOS circuit design and will
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://symposium.sensus.org ). Laboratories are shared with the Protein Engineering research group (www.tue.nl/proteinengineering ) and the Institute for Complex Molecular Systems (www.tue.nl/icms ). Where to apply Website
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experiments, work in the laboratory, and analyse complex microbial data independently Knowledge on agricultural systems and experience in field work English proficiency We consider experience in microbiome
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laboratory experimentation, preferably in molecular imprinting, sensor engineering, or materials synthesis. Interdisciplinary thinker. You’re excited to work across fields like chemistry, biomedical
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, Genetics or a comparable field) and are fluent in English. A Master’s degree in Cell Biology or equivalent is desirable. Hands-on laboratory experience – You have essential experience in iPSC handling, cell
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on society. For details of STEM-CORE, please visit our website. In the laboratory of Jo Huiqing Zhou, the coordinator of STEM-CORE, you will characterise stem cells and stem cell-derived tissue models
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laboratory for evaluation of test-chips. We offer a very collaborative atmosphere and you will benefit from our broad knowledge and experience. A team of well-known professors in the field (professors Bram