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of large-scale biological datasets will be considered a strong advantage. Experience with CRISPR-based approaches or statistical programming in R or Python is desirable but not required. The application
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optimization of manufacturing processes for cell- and gene-based therapies, ensuring translational feasibility and compliance with regulatory standards for clinical-grade production. https://curie.fr/cellaction
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feasibility and compliance with regulatory standards for clinical-grade production. https://curie.fr/cellaction-un-laboratoire-unique-pour-lacces-aux-therapies-cellulaires-et-geniques Missions
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biology ● Mitochondrial and metabolic biology ● Neurobiology and glial biology ● Neuroimmune interactions ● Human genetics and functional genomics ● Single-cell and spatial omics ● CRISPR
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molecular cloning, CRISPR, or genetic circuit design Experience with flow cytometry, confocal microscopy, or in vivo imaging (bioluminescence, fluorescence) Computational skills for data analysis, signal
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Starting Grant and an EMBO Installation Grant so your research and training will be well supported for years to come. Check out our lab page for more information: https://www.ceitec.eu/translation-control
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, astrocytes, oligodendrocytes, and microglia. Develop complex neuroimmune co-culture systems incorporating immune cells into human CNS models. Apply CRISPR/Cas-based genome engineering technologies
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with the group leadership, as well as group meetings whenever it is needed. https://portal.research.lu.se/sv/organisations/neuroendocrine-cell-biology/projects/ https://www.ludc.lu.se/research
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disruption alters epithelial – immune interactions that contribute to hereditary cancers and pediatric malignancies (https://bcchr.ca/maxwell-lab). Key areas include: • Mechanisms of cell division fidelity
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that contribute to hereditary cancers and pediatric malignancies (https://bcchr.ca/maxwell-lab). Key areas include: • Mechanisms of cell division fidelity, spindle orientation, and cell polarity • Role of BRCA1 and