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at the Faculty of Medicine, University of Helsinki. The project will focus on using and extending deep learning-based approaches developed within the group to integrate bulk multi-omics cancer data. The Kuijjer
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Cancer Medicine at the Faculty of Medicine, University of Helsinki. The project will focus on developing approaches for gene regulatory network modeling on deconvoluted bulk data, with applications to pan
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. Research experience after completing the doctoral degree is expected. Scientific competence in developing artificial intelligence methods, with proven publication record in scientific venues in the field, as
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facilities, and opportunities for professional development. The University provides support for internationally recruited employees with their transition to work and live in Finland. For more on the University
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development. The University provides support for internationally recruited employees with their transition to work and live in Finland. For more on the University of Helsinki as an employer, please see https
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the candidate can start in autumn 2025. Background Our group develops and applies systems pharmacology strategies to design rational combinatorial therapies for cancer. We combine both computational (dry-lab) and
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transdisciplinary research on ethnic, cultural, linguistic, religious and socio-ecological diversity. The action aims at offering novel insights into diversity that will contribute to the development of multi-level
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of sustainability can be included. The postdoctoral researcher will be involved in the on-going research projects at the group but is also able to develop own research ideas. In addition, the person is expected
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technologies, for example Rafa lab’s expertise in in vivo cancer biology, mouse and organoid models and Dwibedi lab’s expertise in human microbiome genomics and microbial adaptive evolution. Tasks The tasks will
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team in the field of cell and developmental biology. Our team uses the developing wing of the Drosophila melanogaster as a model system to investigate how tissue morphogenesis and intercellular