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Reiser labs’ expertise in instrumentation, fly behavior, neural circuit analysis, and connectomics. This position is part of AI@HHMI, a ten-year initiative to integrate artificial intelligence throughout
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from tissues for downstream analysis. Perform flow cytometry, histological analyses, and imaging-based ferroptosis assays. Analyze single-cell and spatial transcriptomic data in collaboration with
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confocal) Data analysis (quantification of fluorescence labeling) What you bring: A Ph.D. in bioengineering, chemical biology, neuroscience, or related field of science. Advanced experience in creative
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. Responsibilities include supporting conference and event travel logistics, managing hotel rooming and arrival lists, monitoring overflow properties, assisting with vendor analysis, and recommending process
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analysis, interfacing with students and postdocs in the lab. This is an excellent opportunity for a hardworking, self-motivated professional looking for a robust 2+ year career experience before beginning
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to evaluate models. Domain expertise in sequence or protein structure analysis will be highly valued. Because this is a team project, we value a clean shared codebase and git-based collaborative workflows
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experiments to evaluate models. Domain expertise in sequence or protein structure analysis will be highly valued. Experience with workflow orchestration and data processing is valuable. Because this is a team
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transcriptomics, epigenomics, or proteomics, including data analysis Soft Skills Scientific independence: ability to define and pursue key biological questions Autonomy: logical and structured approach
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across scales (from genes to behaviors), including hands-on bench work and data analysis. The ideal candidate will have a strong expertise in spatial omics, method development, method benchmarking, diverse
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will include development of systems, sub-assemblies and component parts. Study project concepts, objectives, priorities, and requirements as well as analyze user and potential user input to identify and