20 phd-in-mathematical-modelling-of-biochemical-reactions Postdoctoral positions at University of Antwerp
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for a full-time (100%) senior researcher to establish next-generation humanized models for studying peripheral neuroimmunity in Parkinson’s disease The Laboratories for Gut-Immune-Brain Axis Research
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writing, and disseminate findings through high-impact publications. Profile PhD in neuroscience, immunology, stem cell biology, or related discipline. Proven expertise in Parkinson’s disease models and iPSC
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reactions. You will collaborate with other researchers who apply your tools to MOFs and battery materials. You will integrate your model into a consistent ML framework together with other development across
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research projects and the activities of the research group. You will contribute to attracting national and international research funding. You will assist in the supervision of PhD students and other team
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the supervision of PhD students and other team members. You will assist in writing project proposals. If necessary, you will fulfil a limited number of teaching activities. You will participate in the provision
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will be part of a team working overall on the implementation of 5D ED to solve and map the structures within multiphased particles during reactions and during changes in the environment. Each team
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evaluation of FAPI-based radioligands, focusing on their imaging and therapeutic potential. Key tasks include: Designing, planning, and executing preclinical experiments in cell and animal models of cancer
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the European Research Council. You will develop and apply NLP methods (application and development of neural network–based models for tasks such as relation extraction, entity identification, classification, and
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, focusing on their imaging and therapeutic potential. Key tasks include: Designing, planning, and executing preclinical experiments in cell and animal models of cancer. Conducting biodistribution, dosimetry
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academia and practice regarding the cost-effectiveness analysis of safety instrumented systems. You will conduct cost-effectiveness analyses by designing cost models to highlight trade-offs in