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, plant science, engineering, textile technology, and data science. This team is dedicated to developing and improving methods for assessing cotton fiber quality across production, processing, and end-use
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apply? Through active involvement in these projects, you will further develop your skills in data collection, analysis, and interpretation related to toxicants, resuscitative adjuncts, and biological
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communication preferences associated with vaccines, immunization, and respiratory illness prevention. Participants may also gain exposure to communication strategies used to educate diverse audiences about
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develops genetic resources to help improve resistance to disease and abiotic stress. The research project with which you will participate will focus on the evaluation of diverse germplasm, with special
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scientific findings to technical and non-technical audiences. Through participation in OIA projects and activities, you will develop a broad understanding of innovative scientific approaches that support
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limited to: Developing skills in planning and conducting 3D organoid cell culture procedures. Gaining experience carrying out research studies in organoid biology and nutrition Participating in
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: This fellowship provides an immersive research and professional development experience for a postdoctoral scholar interested in postharvest fruit quality, analytical chemistry, and metabolomics. You will
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laboratory workflows, aligning scientific outputs with CDC’s commitment to excellence. Research project: We are seeking a full-time ORISE fellow to train with the Quality team (50%) and the Insecticide
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USDA-ARS Molecular Biology Postdoctoral Fellowship in the Natural Products Utilization Research Unit
Project: The Natural Products Utilization Research Unit develops natural products for use in agriculture, producing more toxicologically and environmentally benign pest management tools and improving
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traits associated with tolerance to adverse growing conditions. Develop an understanding of how physiological mechanisms are connected to observable plant stress-response traits. Gain exposure to plant