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perspective, primarily using C. elegans as a model organism complemented by in vitro biochemical systems. The insights gained from this well-controlled model will provide a foundation for understanding
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as a model organism complemented by in vitro biochemical systems. The insights gained from this well-controlled model will provide a foundation for understanding analogous processes in more complex
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cerebral organoid models to study the impact of environmental exposures on metabolostasis and proteostasis Build and validate machine learning models (in collaboration) for molecular data analysis and
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machine learning model development; Experience designing research projects and managing project delivery; Experience processing, documenting, and analyzing data sets; Ability to excel in a highly
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engineered mouse models and in vivo work. Strong molecular biology and biochemical techniques. Previous experience of 3D-culture or Organoid culture is preferred, but not required. The position is available