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natural genomic diversity to pinpoint DNA and protein variants underlying quantitative traits, while integrating cutting-edge technologies to measure and interpret this diversity. Our research spans
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the etiology of Cancer development, focusing on how deregulation of DNA motor proteins contributes to this process. Significant experience in protein purification and biochemistry is necessary for this position
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, and diverse crops. We leverage natural genomic diversity to pinpoint DNA and protein variants underlying quantitative traits, while integrating cutting-edge technologies to measure and interpret
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: Developing a simplified version of the Cornell Net Carbohydrate and Protein System that can use feed ingredients, chemistry and animal inputs from India to predict nutrient requirements and milk yield in India
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Postdoctoral Associate to lead a multidisciplinary project focused on two primary tasks: Developing a simplified version of the Cornell Net Carbohydrate and Protein System that can use feed ingredients
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to develop and optimize protocols for various ‘omic techniques (single cell transcriptomics, proteomics, etc.) and other techniques for assaying protein function in non-model organisms at different life stages