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signaling pathways, and characterization of local and systemic disease resistance. The project provides opportunities to develop new mechanistic insights into plant immune signaling and to contribute to high
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aquaculture in the Cedar Key, FL region. The position will work closely with shellfish farmers, the IFAS Shellfish Extension program, private hatcheries, and a private company to develop a breeding program
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program, and encompasses 16 on-campus academic departments and schools, 12 Research and Educational Centers (REC) located throughout the state, 6 Research sites/demonstration units administered by RECs
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/IFAS located off campus at the Mid Florida Research and Education Center (MREC) near Orlando, Florida. This is an exciting opportunity to pursue applied and basic research relating to weed biology and
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. Ongoing projects leverage large-scale multimodal clinical data, including electronic health records (EHRs), medical imaging, genomics, wearable devices, and unstructured clinical text, to develop novel
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partnership with breeding and research programs, the unit develops and supports open-source analytical workflows, software applications, and educational resources that strengthen data-driven discovery and
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for programmable RNA deletions (Nemudraia, Nemudryi & Wiedenheft, Science, 2024). Ongoing work aims to define the molecular mechanisms of RNA repair and develop new RNA editing approaches. Current directions include