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quantification and model calibration for decision-making Familiarity with interdisciplinary work at the interface of climate, environment, and health. Special Instructions Please submit the following materials
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interdisciplinary approaches that combine advanced microscopy (confocal, electron, in vivo multi-photon), viral vectors, protein engineering, mouse models, and multi-omics analyses. For further information on the lab
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multi-photon), viral vectors, protein engineering, mouse models, and multi-omics analyses. For further information on the lab, please visit: www.shigroup.org We welcome applications from postdoctoral
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with their work. Candidates may also wish to include selected preprints or reprints of articles they have written. Candidate materials must include a CV and statement of research, in
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humanities disciplines. Familiarity with contemporary AI systems (e.g., machine learning, generative models) at a conceptual or applied level. Experience with qualitative or mixed research methods (e.g
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) modeling, geographic information science, comparative genomics, chronobiology, insect rearing, and/or ecological field work. Special Instructions We require the following application materials: 1. Curriculum
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scholar is sought to study and understand the physical principles underlying how natural dyes and pigments affect the color of foods. Natural dyes and pigments are difficult to incorporate in food
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to candidates with prior experience in one or more of the following areas: ecological (population) modeling, geographic information science, comparative genomics, chronobiology, insect rearing, and/or ecological
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, advanced cell culture models, and genetic manipulations of microbiome bacteria. The research assistant will carry out experiments with mammalian cell lines and human microbiome bacteria, working closely with