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of bioactive lipids from the gut microbiome can influence mammalian phenotypes. The Johnson lab uses genetic, genomic, and liquid chromatography-mass spectrometry (LC-MS) based-lipidomic approaches to understand
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Postdoctoral Associate - CALS Division of Nutritional Sciences The successful candidate will be expected to run and maintain the in-lab LC-MS in order to conduct research investigating how bioactive lipids
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of bioactive lipids from the gut microbiome can influence mammalian phenotypes. The Johnson lab uses genetic, genomic, and liquid chromatography-mass spectrometry (LC-MS) based-lipidomic approaches to understand
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that award PhD, MS, and MPS degrees in applied economics. Pre-existing research relationships in agribusiness exist between the Dyson School and the College of Veterinary Medicine and will be expanded under
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that award PhD, MS, and MPS degrees in applied economics. Pre-existing research relationships in agribusiness exist between the Dyson School and the College of Veterinary Medicine and will be expanded under
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that award PhD, MS, and MPS degrees in applied economics. Pre-existing research relationships in agribusiness exist between the Dyson School and the College of Veterinary Medicine and will be expanded under
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spectrometry (LC-MS) based-lipidomic approaches to understand lipid-dependent host-microbe interactions. More information about research in the Johnson Lab can be found at www.johnsonlab.nutrition.cornell.edu