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a year with the opportunity to extend based on performance. Anticipated Division of Time: 80% Research, 15% Data Analysis, 5% Writing Requirements: Ph.D. in Biochemistry, Chemistry, Molecular Biology
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molecular mechanisms that mediate in soil-microbe-plant-insect interactions in Ithaca, NY. Specific duties will include: (1) gather and merge existing data from lab and literature; (2) complete experiments
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-Sept 2025. Role of Postdoctoral Associate, anticipated division of time: 100%: The postdoc will work closely with the faculty instructor to develop digital simulations of food processes, eventually
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molecular mechanisms that mediate in soil-microbe-plant-insect interactions in Ithaca, NY. Specific duties will include: (1) gather and merge existing data from lab and literature; (2) complete experiments
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molecular mechanisms that mediate in soil-microbe-plant-insect interactions in Ithaca, NY. Specific duties will include: (1) gather and merge existing data from lab and literature; (2) complete experiments
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a year with the opportunity to extend based on performance. Anticipated Division of Time: 80% Research, 15% Data Analysis, 5% Writing Requirements: Ph.D. in Biochemistry, Chemistry, Molecular Biology
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to conduct research under Dr. Clare Casteel's guidance, on the ecological, chemical, and the molecular mechanisms that mediate in soil-microbe-plant-insect interactions in Ithaca, NY. Specific duties will
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another in artificial social networks. Some experiments will employ a human-in-the-loop approach (Harrison et al., 2020) to optimize environment parameters dynamically. The postdoctoral associate will
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biomolecular and cellular engineering can be applied to reprogram the immune system for discovery of new drugs and fighting diseases. The selected candidate will join a dynamic research team at the forefront