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the germ line, the host has developed specific pathways to regulate TE expression, ensuring that their transposition remains compatible with the preservation of genome integrity, which will be passed
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renewable electricity and sustainable feedstocks, represent a promising solution, enabling deep decarbonization. DESIRE is a Marie Sklodowska-Curie Doctoral Network aiming to train 15 PhD researchers in
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, particle accelerators and detectors, as well as technical research and development and related applications for energy, health, and the environment. The facility has significant technical capabilities
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from renewable electricity and sustainable raw materials, represent a promising solution, enabling deep decarbonization. DESIRE is a Marie Sklodowska-Curie doctoral network that aims to train 15 doctoral
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students benefit from working in an institute with long-standing expertise in chemistry and radiopharmaceutical development, providing a strong foundation for cutting-edge research in nuclear medicine
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analyses of high-throughput sequencing data ● Develop pipelines for analysing selection signals ● Write scientific articles ● Take part in national and international scientific conferences The person
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and 4 of Restore. This institute brings together more than a hundred people divided into five teams whose objective is to develop integrated and multidisciplinary research (cell biology, physiology
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and development, as well as for the general public. The PhD student will fabricate graphene-based samples in a cleanroom environment and perform low-temperature electronic transport measurements in
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developed at the Timone Neuroscience Institute (INT), a joint research institute between the CNRS and Aix-Marseille University, located on the Timone health campus in Marseille. The successful candidate will
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the Zwicky Transient Facility (ZTF) and develop cosmological analyses with the supernova probe. The successful candidate will devote ~30% of their time to the ZTF group's general efforts to help construct SN