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Sabine Ehrt et al.
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Jacob J. Baker et al.
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Rakesh et al.
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Ashley N. Brown et al.
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Sarah C. McLeay et al.
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Jacob J. Baker et al.
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George L. Drusano et al.
PLOS ONE (2014)
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Michael N. Neely et al.
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Robert B. Abramovitch et al.
MOLECULAR MICROBIOLOGY (2011)
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Claudia Sala et al.
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Ann M. Ginsberg et al.
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Omar H. Vandal et al.
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Wendy P. Gill et al.
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Omar H. Vandal et al.
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DL Piddington et al.
INFECTION AND IMMUNITY (2000)