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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | about 15 hours ago
research experience Demonstrated expertise in studying membrane proteins using modern molecular, cellular, and genetic approaches, such as gene editing, fluorescence imaging, protein biochemistry, and
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lab uses circuit dissecting ex vivo and in vivo electrophysiology, fiber photometry, viral based CRISPR/Cas9 gene-editing, and methods to manipulate neural activity in animal models of stress and
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memory, which is a vital mechanism for plant resilience. The aim is to understand the role of naturally occurring short tandem repeat polymorphisms in regulatory regions of heat stress memory genes, and
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gene editing, single cell RNA sequencing, bioinformatics, genetic engineering in mice, intravital microscopy and other imaging modalities, and a number of cell and molecular techniques. For more
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high-resolution imaging. Characterize tissue- and cell-specific RNA dynamics to inform the design of optimized RNA constructs. Contribute to the preclinical development of local gene-editing strategies
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and cell biology techniques (e.g., primary cell preparations, CRISPR-Cas9 gene editing, confocal microscopy, FACS, histology, IHC, IF or protein-protein interaction) are preferred. More Information
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qualifications: Experience with genome editing in a plant system Solid knowledge of gene regulation in plants Strong interest in ecology and evolution Experience in plant stress-trials and plant phenotyping
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Strong publication record in peer-reviewed journals Preferred Qualifications: Experience with mitochondrial biology, metabolomics, or transporter assays Familiarity with CRISPR/Cas9 gene editing and
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methodologies in T cell engineering, gene editing, viral vector engineering, single-cell omics, and in vivo gene delivery. This is a unique opportunity for passionate scientists to develop next-generation cell
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regulatory regions of heat stress memory genes, and the candidate will apply both wet lab molecular biology, genome editing, trait phenotyping, imaging/microscopy, and computational methods to meet this aim