Nature Chemical Biology
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Study explores how bacteria become drug resistant
Vanderbilt researchers have revealed more of the inner-workings of a two-stage “molecular motor” in the cell membrane that enables bacteria to become resistant to drugs. Read MoreJan 6, 2022
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New staph virulence factor
The new factor, an enzyme involved in host-pathogen interactions, may be a viable target for treating staph infections. Read MoreJun 28, 2018
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Vanderbilt study supports notion ‘You are what you eat’
An international research group led by Vanderbilt University scientists has shown for the first time that a lipid, or fat molecule, can regulate “psychostimulant” behaviors by interacting with a brain protein. Read MoreJun 2, 2014
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Shifting evolution into reverse promises cheaper, greener way to make new drugs
By shifting evolution into reverse to produce an expensive HIV drug out of a simple sugar, Vanderbilt chemist Brian Bachmann has shown that it may be possible to manufacture exotic and expensive synthetic drugs as easily as brewing beer. Read MoreMar 24, 2014
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Proton transfer powers multidrug resistance: study
Vanderbilt University researchers and their Belgian colleagues have discovered the mechanism behind a multidrug transporter. Their findings, posted this week by Nature Chemical Biology, could lead to new treatments for multidrug resistant bacterial infections. Read MoreDec 12, 2013