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of online monitoring. The results are obtained based on light signals (fluorescence or luminescence). Furthermore, we want to investigate whether yeast cells as alternative host cells can serve for
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signalling in their dynamics, using wild zebra finches in the Australian arid zone as model. Zebra finches are the best-studied avian model organism under laboratory conditions, yet their social organisation
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in nature, including additive manufacturing, computer simulations, materials testing, and characterization of 3D structures using tomographic techniques. You will also work with architects, designers
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challenges? Are you interested in developing biosensing key technologies for real-time data acquisition, processing and learning for the generation of actionable knowledge? If the answer is yes, we would like
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information about this position, please contact Annet Velthuis, Department Head of Bacteriology, telephone +31 320 238070 or by e-mail; [email protected]. For more information about the procedure, please
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email:[email protected] or Prof. Alfons Oude Lansink, by email: [email protected] For more information about the procedure, please contact: Noorien Abbas, Corporate Recruiter, by email: recruitment.ssg
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redox properties. Next, their separation performance when applied in electrochemical deionization will be studied. This includes the optimization of operation parameters such as applied current, cell
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should signal: A MSc degree in Physical Chemistry, Physics, Synthetic Chemistry, Materials Science, Biotechnology, Chemical Engineering A strong interest in working in the field of experimental MRI methods