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interdisciplinary and collaborative research environment, interacting closely with experimental and computational collaborators. You will contribute actively to research, supervision of students, and collaborative
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closely with experimental and computational collaborators. You will contribute actively to research, supervision of students, and collaborative activities in multiple projects, and play a central role in
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formation, embryonic axis establishment, and cell fate specification. This post doc position (Epigenetic and Epitranscriptomic regulation of Early Embryo Development) aims to experimentally map novel and
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Embryo Development) aims to experimentally map novel and known gene-regulation activities required for healthy embryo development. The project is highly interdisciplinary spanning advanced microscopy, gene
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considering also the physical interactions between gesture and vocal production movements (e.g., breathing and articulation). The project looks at co-singing gesturing practices in three different vocal
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Embryogenesis, funded by UiO's interdisciplinary strategic initiative UiO:Life Science. GENESIS brings together active matter physics, cell biology, and computational biology to address the fundamental processes
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of gesture-vocalization relations in musical contexts by considering also the physical interactions between gesture and vocal production movements (e.g., breathing and articulation). The project looks at co
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UiO:Life Science. GENESIS brings together active matter physics, cell biology, and computational biology to address the fundamental processes guiding the earliest stages of mammalian embryo development
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to primary sclerosing cholangitis, from basic genomic and experimental studies to clinical research and clinical trials. More about the position We are now seeking a skilled and ambitious co-worker to take on