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Field
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. An individual is needed who can conduct research on questions related to how organisms respond to hypoxic stress and nervous system function using the model organism C. elegans. The individual will report
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models that combine T&D objectives (e.g., power flow limits, resilience) with aggregator/market participation; evaluate how microgrids and VPPs can offer services while ensuring reliable local operation
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networks are controlled, to develop predictive models of methane cycling in northern rivers. This postdoc position will focus on assessing how stream methane emissions are linked to permafrost thaw, using
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stream. The candidate will also be expected to participate in UM6P's collective projects and external missions, and to provide support to students (PhD and Master), i.e., supervision for the writing
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computational modeling and/or experimental immunoengineering techniques as exemplified by a strong publication record. Previous experience with flow cytometry, single-cell sequencing, and immunoassays is
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the opportunities not only to study the immune response in animal models but also to translate the discovery for diagnosis and biomarker identification by studying human cancer patient clinical trial
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disease, and mental health and well-being, both at home and abroad. Current US-based work focuses on the impact of residential racial segregation, redlining, tree canopy and other neighborhood determinants
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vitro, organoid co-culture models will be developed using primary human epithelial cells. Candidates should have an excellent research track record, be committed to the project and keen to work in a
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model for communities worldwide facing similar 21st-century challenges. This is a fixed-term position for one year with the option to renew for a maximum of two years. UT Austin offers a competitive
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considered. The ideal candidate will have a background in immunology, tissue biology or cellular metabolism. Experience in working with animal models, cell isolations from tissues (lung, intestine), human