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Worth and West Dallas, Texas area. The postdoc will work directly with Principal Investigator Dr. Alexandra (Lexi) MacMillan Uribe on this study, with the opportunity to become involved in other community
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, and bioactive compounds from plant, food, microbial, and human samples; develops and optimizes analytical methods; analyzes complex datasets using metabolomics and statistical software tools
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. Preparation plant variety protection documents, manuscripts, and reports. Guide personnel, including graduate students and postdoc on genomic research. Assist in the preparation of proposals for extramural
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on environmental samples, incorporating appropriate controls to manage inhibition and contamination. • Apply and optimize molecular detection methods (e.g., qPCR, digital PCR, sequencing) and interpret the results
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and agricultural biomass in the region. The postdoc will work closely with CPRL scientists and collaborators to conduct lab‑, pilot‑, and feedlot‑scale research to develop and evaluate approaches
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applicable), and other experimental procedures. -Develop and optimize research protocols, collect and maintain accurate research records, and ensure compliance with laboratory safety, biosafety, and
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, Nuendo, Cubase). Background in electronics, equipment design, or system optimization for field applications. Experience integrating multimedia, visualization, or communication tools into scientific
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how you can be a part of AgriLife and make a difference in the world! Position Information Responsibilities: -Develop ecohydrological modeling for plant water stress and irrigation optimization. -Study
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integrated project. Conduct field trials and collect samples across Texas as needed. 15% Develop and optimize analytical methods for bioactive compounds and assess their changes in different vegetables and