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, this project will focus on ensuring that the computational approaches measure what they’re supposed to measure. This includes fine-tuning machine-learning methods to capture different types of change, as
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of Helsinki (Finland) PhD: PhD in Digital Humanities or Intellectual History Main supervisor: prof. Mikko Tolonen (University of Helsinki, Faculty of Arts, Digital Humanities) Second supervisor: prof. Eetu
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the findings to clinical data using machine learning. The postdoctoral fellow will perform studies on the metabolism of healthy intestinal cells and tumour initiating cells using state-of-the-art mouse models
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mitochondrial function and dysfunction. An ensemble of multi-scale computational approaches (molecular dynamics simulations, quantum chemistry, machine learning, etc) are applied to study the mechanistic aspects