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detect and respond to viruses. We integrate cell biology, virology, immunology, biochemistry, and functional genomics approaches to tackle questions such as: How are viruses recognized during infection
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highly motivated individual to join his group focused on quantitative mammalian metabolism (https://ducker.biochem.utah.edu/ ). The Ducker lab uses mass spectrometry, genome editing, and cell and animal
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to, RNA, DNA and enzyme assays, cell-based assays, high-content screens, reporter-based screens, in vivo testing, quantitative PCR, western blot, protein-binding assays, DNA transfection and viral infection
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to, RNA, DNA and enzyme assays, cell-based assays, high-content screens, reporter-based screens, in vivo testing, quantitative PCR, western blot, protein-binding assays, DNA transfection and viral infection
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highly motivated individual to join his group focused on quantitative mammalian metabolism (https://ducker.biochem.utah.edu/ ). The Ducker lab uses mass spectrometry, genome editing, and cell and animal
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highly motivated individual to join his group focused on quantitative mammalian metabolism (https://ducker.biochem.utah.edu/ ). The Ducker lab uses mass spectrometry, genome editing, and cell and animal