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of the solution in 2L bags. Each “batch” produces 25 bags. As part of the development of this technology and ensuring adequate shelf life for the fluid produced, we must evaluate the microbiological performance and
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independently perform surgery and perfusions on experimental animals. • Collect tissue and fluid samples (e.g., body fat, brain tissue, blood) from experimental animals; store and analyze the tissue (e.g., ESLISA
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fluid samples (e.g., body fat, brain tissue, blood) from experimental animals; store and analyze the tissue (e.g., ESLISA kits, PCR, immunohistochemistry, estrous classification). - Keep meticulously
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diverse soil and management conditions - Excellent technical knowledge of nitrogen dynamics and loss pathways in crop production - Proficiency in GIS and remote sensing workflows, using tools like QGIS, R
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researcher for a 2-year, collaborative project funded by Minnesota’s LCCMR Program titled "Climate change and management effects on lake methane". The position will be based at the University of Minnesota
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students on data analysis and detector projects. 40% Instruction of introductory physics lecture section 25% Core reconstruction and simulation software and computing development 15% Construction
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to computational models • Draft high-quality figures, manuscripts, and grant materials • Present findings at scientific meetings Mentoring and Instruction (5% effort) • Mentor students and foster a dynamic
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the states and dynamics of up to 40 intracellular phosphorylation sites on key signaling proteins in single cells. This comprehensive measurement enables us to precisely determine the signaling and
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productive interpersonal relationships with a diverse and dynamic laboratory team, colleagues, and collaborators. Strong attention to detail and accuracy, meticulous record-keeping and organizational skills
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scholars specializing in dynamical systems modeling of neuronal networks for work on a BRAIN Initiative-funded R01 in collaboration with Gordon Smith at the University of Minnesota and Audrey Sederberg