77 parallel-computing-numerical-methods Postdoctoral research jobs at University of Minnesota
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bacterial colonization in host plants by microbiological methods, and use confocal microscopy in a biosafety level 2 laboratory. 30% Design and analyze disease resistance screening, and transcriptomic/genomic
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high-energy physics more generally. Determining which questions to study, determining which theoretical methods are appropriate for answering these questions, and inventing new methods where necessary
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Health Policy Postdoctoral Program supports professional development of researchers as they pursue the following goals: 1. Conduct research to inform the development, implementation, and evaluation
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experiments to develop novel husbandry methods and genetic tools for invasive zebra mussels. Duties may include but not be limited to conducting experiments, analyzing data, recording and documenting results
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, protein design, engineering and purification, strain engineering and microscopy (fluorescent, TEM, SEM, AFM) and analytical methods (HPLC, GC, rheology) and/or computational analysis/modelling of biological
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an inclusive and inspiring environment where everyone can achieve their full potential. The School is supported by numerous centers which extend the research and outreach missions of the department, including
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which unresolved questions to study Deciding on the appropriate theoretical methods to use to answer these questions Deriving or extending these methods as needed Evaluating the results for consistency
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environment where everyone can achieve their full potential. The School is supported by numerous centers which extend the research and outreach missions of the department, including the Institute
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participating in this research 10% Maintain familiarity with the latest results and methods in the field, reading relevant papers, organizing and participating in seminars and conferences. 10%: Communicating
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to enable heritable editing in Sorghum bicolor, maize and other monocots. 65% Perform Research: Lead role in developing methods to make targeted mutations in plants using sequence-specific nucleases