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through which immune-brain interactions contribute to physiological and behavioral outcomes. Current research interests include understanding how traumatic stress influence's immune function and
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, conventional and real-time PCR, western blot, bacteriology (MIC, quantitative culturing), monoclonal antibody development and labeling (HRP and biotin), and flow cytometry Why Texas A&M University? We are a
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topology, including understanding of riverine structures, branching patterns, and flow dynamics. Experience in network analysis, capable of analyzing and interpreting the interconnectedness and hierarchical
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activities. Teaching and Mentoring: 10% Support undergraduate and graduate instruction through lecture/laboratory teaching, guest lectures, curriculum development, and integration of current research
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reports. Maintain current knowledge of scientific advancements by reviewing relevant literature and participating in scientific meetings, seminars, and other professional development activities. Provide
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development, fluorescence/imaging, flow cytometry, or related methods. Experience with computational drug discovery, molecular modeling, structure-based design, or analysis software such as MOE, AlphaFold/Boltz
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grant proposals. Engages in ongoing professional development by attending scientific meetings and seminars and staying current with relevant scientific literature. Provides advice, assistance, and
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transport dynamics. Experience with field data collection methods such as in-situ infiltration sampling, topographic and bathymetric surveying, acoustic and piezo-electric instruments for current and wave
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the future. What you need to do: Select the Apply button to begin your application. A current CV or resume is recommended and will assist the search committee in the review process. Applicants may also choose