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bioinformatics career. The successful candidate will receive training in analyses of single-cell and bulk-tissue multi-omics data and be expected to participate in multiple projects involving design
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recognized leader, and a pioneer in the field of genetically engendered voltage indicators development. The goals of the St-Pierre lab are to design, characterize, and deploy protein tools to accelerate
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neuroscientific methods in mice. The successful applicant will independently conduct and analyze experiments involving surgical mouse preparation, in vivo imaging, behavior and electrophysiology recordings, design
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experimental paradigms; be able to design controlled experiments. Analyzes molecular data including computational tools associated with sequence information and protein antigen design. Maintains knowledge
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growth and networking within the scientific community. Job Duties Conducts independent research projects. Designs and performs experiments, analyzes data, and interprets results. Presents findings
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growth and networking within the scientific community. Job Duties Conducts independent research projects. Designs and performs experiments, analyzes data, and interprets results. Presents findings
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clinical innovation. The HGSC is funded from multiple National Institutes of Health sources, including the All of Us Research Program as a Genome Center, the Gregor Consortium to elucidate the genetics
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, well organized, manage time effectively, and have the ability to work independently as well as part of a team. The ideal candidate will be required to conduct experimental research, design one or more
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collaborative analytics, gene-phenotype discovery, and clinical innovation. The HGSC is funded from multiple National Institutes of Health sources, including the All of Us Research Program as a Genome Center, the
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biologists to design single-cell experiments, interpret findings, and generate novel biological insights. Develops robust pipelines for the preprocessing, quality control, and analysis of single-cell omics