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; hypothesis testing using the CLM-hillslope model to interrogate hydrological mechanisms that dominate during different seasons and that control seasonal storage and inter-seasonal transfer of water; conducting
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modulating various cognitive and motor behaviors. We also study the mechanisms by which synaptic dysfunction relevant to the controls of basal ganglia circuits occur and how to exploit that knowledge
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in the biological sciences with applications in medicine and agriculture, specifically by understanding, treating, and controlling cancer and other chronic diseases. The Hormel Institute serves as a
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medicine and agriculture, specifically by understanding, treating, and controlling cancer and other chronic diseases. The Hormel Institute serves as a center of technical and educational expertise
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-cell and spatial genomics, metagenomics, as well as related support services such as nucleic acid extraction and quality control. We strive to keep pace with the ever-broadening world of “omics
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in our team. •A strong command of and interest in decision science and/or cognitive neuroscience, evidenced by prior research in this general area published in strong journals. •Excellent verbal and