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/suspension, ants, C. elegans, Drosophila, zebrafish, and mice, using conventional chemical fixation, microwave techniques, high-pressure freezing, and freeze-substitution. We offer semi-thin and ultra-thin
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organism C. elegans to identify new mediators of this transcription stress response. These new mediators will subsequently be functionally characterized using genetic and cell biological analysis, in
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mechanochemically-driven cell polarization evolves. You will focus on polarization of the C. elegans one-cell embryo, which is essential for establishment of one of the main body axes. This polarization event
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Institute of Microbiology is seeking a postdoctoral associate to participate in our studies of reproductive biology in the C. elegans model system. Specifically, the candidate will contribute to our
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C. elegans and its natural parasites. Associated projects entail evolve-and-resequencing, quantitative trait mapping, and field sampling with spatial analyses. The selected candidate will also mentor
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for the model nematodes C. elegans and C. remanei . Associated projects entail CRISPR/Cas9 genetic engineering, experimental evolution, genomics, and field sampling. The selected candidate will also mentor
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zebrafish, mouse, C. elegans, and more recently humans. This is a novel and quickly developing field of research where many open questions remain to be addressed including 1) the nature and trafficking
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Independently conduct molecular cloning, mutagenesis, protein purification, protein characterization, protein engineering and design, enzyme kinetics, protein crystallization. Microbiology assays, including C
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and/or generation of organoids (especially brain organoids) Other projects in the lab involve C. elegans and prior exposure to this model would be advantageous Language requirement: Strong oral and
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offers a PhD position on the role of macromolecular crowding in ageing and neurodegenerative diseases, studied in the model organism C. elegans. Your job The living cell is highly crowded with