Journal of Bacteriology · 1984 · 107 citations · 18 references
Life SciencesCell BiologyMicrobiologyBacteriologyIntracellular TransportBiological MembranesCell Membrane FunctionMembrane PermeabilityMembrane PotentialMembrane TransportTransport Across Biological MembranesActive TransportActive Transport InhibitionBacterial Membrane TransportEscherichia ColiMembrane Permeability ChangesMembrane Potential DisruptionMembrane Potential RegulationMembrane Transport In Microorganisms
Colicin V-treated Escherichia coli was inhibited in its capacity to carry out active transport of proline and was unable to generate a membrane potential. Colicin V also prevented membrane potential formation by isolated cytoplasmic membrane vesicles. We conclude that a primary effect of this colicin involves the cytoplasmic membrane as a target.
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