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to be greatly affected during aging, and its main cell type, oligodendrocytes. We will leverage patient-derived material such as post-mortem tissue and cell models, including cellular reprogramming
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to develop a high-throughput experimental framework to investigate the genetic and epigenetic effects of nanoplastic particles (NPs) using bacterial mutagenesis systems as an initial model. By adapting
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and 3D models as well as in ex vivo and in vivo models. Work tasks In vivo models: mice infection, mainly but not exclusively via gavage intraperitoneal injections necropsy paraffine tissue embedding
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contribute by exploring new building design with biomass in the 3D printing process. Your primary tasks include: 3D modelling using Rhinoceros 3D and Grasshopper software 3D printing of prototypes with WASP 3D
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both in vitro and in mouse models of the disease. Work responsibilities Work tasks will include but not be limited to, designing, performing and analyzing experiments in collaboration with the supervisor
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printing with concrete, and UMA will contribute by exploring new building design with biomass in the 3D printing process. Your primary tasks include: 3D modelling using Rhinoceros 3D and Grasshopper software
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include: 1. A personal cover letter (≤2 pages) describing your fit, how you would extend our LLM-powered analysis capabilities, and your vision for integrative pathogen analyses. 2. A curriculum vitae that
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non-metal oxides on model mineral particles under light illumination. The position is for four years of doctoral studies, including participation in research and postgraduate courses. The last day to