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) at Heidelberg University, the following position (75%) for up to 3 years is to be filled by 01.01.2026. PhD position in Vector-Borne Disease Modelling (f/m/d) The place of employment is Heidelberg, in the Climate
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) at Heidelberg University, the following position (75%) for up to 3 years is to be filled by 01.01.2026 PhD position (f/m/d) in Vector-Borne Disease Modelling The place of employment is Heidelberg, in the Climate
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longstanding expertise in transgenic approaches including genome editing, in cell (ES, iPS) and animal models, as well as AAV vector technologies, which are employed for generating disease models, identifying
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(ECLECTX team). This person occupying this position is planned to work on modeling computing elements, established and emerging, at different levels of abstraction, design and development simulation tools
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-quantitative histomorphometry and image analysis In vitro endothelial and co-cultur models High content imaging and spatial biology (cooperation AG Schapiro, Heidelberg) Single molecule localisation microcopy
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techniques such as in-situ and time-resolved spectroscopies/microscopies as well as rheological measurements on different length scales. Experiments are accompanied by modelling from the atomistic level to
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chemoresistance of AML. To follow this question a broad number of in-vitro- and in-vivo-models are investigated. The final aim of our studies is to translate the experimental findings into novel treatment
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(100%) Published: 26.11.2025 Limitation:Temporary (2 years) Contract:TV-L Your tasks Analyse spatial transcriptomic and image datasets Develop predictive models for diagnostic purposes Design research
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processes in colorectal cancer Carry out experimental validation using both in vitro models derived from mouse and human organoids and in vivo studies using advanced preclinical systems to confirm mechanisms
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Athanassiadis and Dr. Dimitris Missirlis. This project will involve the design, modelling and construction of custom acoustic transducers and holographic lenses to shape acoustic fields in vitro and in vivo , as