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each year. We expect the successful candidate to author and coauthor project papers. 75% of the work time on data construction, checking, cleaning, and verifying. He/she will spend 10% of work time
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western blot. Experience and comfort in mouse handling and nervous system dissections, including ganglia. Experience working with AAVs and Cre-Lox models. To work on projects investigating brain-adipose
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by the time of appointment. Demonstrated record of accomplishments in intense laser-plasma physics. Experience with the Scarlet Laser Facility and particle-in-cell modeling Preferred Qualifications
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the Pacific Northwest and developing a time-dependent interseismic coupling model. This project is a component of an active research grant funded by the National Science Foundation for the Cascadia Region
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. Responsibilities will include contributing to the cleaning and management of large administrative data on childcare providers and families; implementing econometric modeling techniques using R and/or Python
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mentor in the Department of Surgery. The laboratory investigates the use of retrievable stent grafts to model disease, treat traumatic vascular injuries, and achieve focused drug delivery
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iPSC-derived models and mouse systems, and a translational focus toward clinically relevant therapies. Research will utilize electrophysiology as well as molecular biology workflows; comfort with
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multi-omics, tumor immunology, and in vivo genetically engineered mouse models. By bringing these approaches together, we strive to generate insights that will translate into better therapies and improved
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cell culture, phylogenetic analyses of large next-generation sequencing (NGS) datasets, and models of trait evolution. The post doc will also integrate molecular data with comparative and evolutionary
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through designing and conducting gene expression experiments in non-model systems, developing computational pipelines to study gene family evolution, and analyzing and interpreting genomic and gene