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technology for the monitoring of water quality. The primary goal is to improve usability, accessibility and improve cost-effectiveness of water quality bioassays. The technology, named Receptomics , is based
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similar focussed on developing process models with a systems analysis perspective (Bologna agreement-compliant degree on Master level required); eagerness to further develop methods enabling prospective
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on Master level required); interest in crops for a circular and biobased economy affinity with plant genetics and biochemistry ability to work on and solve problems independently and well-structured; good
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for an enthusiastic PhD candidate to work in our project “BIOSENSEI: Biosensor-Based Diagnostic Platform Enabling Real-Time Monitoring of Existing and Emerging Pollutants”. The main aim of this project is to develop a
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testing sorbent material amendment, you will explore the interplay between OMP sorption and biodegradation. The main objectives is to balance these two processes to optimize OMP retention and removal during
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your thesis and/or publications). You also possess: a masters degree in the field of biology, fisheries, aquatic ecology , physical geography, environmental science, water management or equivalent; a
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Ideal candidates will have the following credentials for both positions: a completed Masters degree in a social science discipline relevant the project; experience in conducting qualitative research and
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have to work with fingerprint to implement it smoothly? How can innovation-oriented employees and teams be supported in using and advancing these technological innovations? The main aim of the project is
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Marlou Dirks (primary supervisor) and Dr Silvie Timmers. Requirements Specific Requirements You have: a scientific drive and curiosity, and are pro-active, detail-oriented, and capable of working well in