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Field
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-based approach with antibody-based therapy in human B-NHL cell lines, primary DLBCL and CLL patient samples and lymphoma mouse models. This research will provide molecular and biological insight
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-based approach with antibody-based therapy in human B-NHL cell lines, primary DLBCL and CLL patient samples and lymphoma mouse models. This research will provide molecular and biological insight
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dataset and incorporate in the simulator Generalize our novel simulator fidelity assessment framework into a generic framework together with master students Develop clinical scenarios together with our
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Law and Principal Investigator). The fellows’ profile The Fellows will be, ideally, students writing their PhD in any social science field who are interested in spending a semester conducting research
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properties suitable for developing ONN network arrays. The primary focus will be on investigating 2D Field-Effect Transistor (FET) devices to develop relaxation oscillators and 2D memristor devices
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role in dissemination of the results to an academic audience. The successful candidate will also be tasked to support teaching in the bachelor and master program Environmental Sciences. Requirements
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submit press releases; policy briefs and advocacy letters Manage contacts with journalists, NGOs and others, and respond to letters from the public Serve as a primary point of contact for students, PhDs
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assessment framework into a generic framework together with master students Develop clinical scenarios together with our clinical partners, with opportunities for mixed reality enrichment Requirements Specific
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postdoctoral researcher, you will collaborate closely with a multidisciplinary team, including Amsterdam University Medical Centre and international industrial partners. Your primary goal will be to develop
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models and microfluidic chips which will connect surgically removed human primary tumors and LN tissue from the same lung cancer patient. This will serve as a 'biological twin' of the patient and will