0000000000431069

AUTHOR

Carmen Munz

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Fluidizing the Membrane by a Local Anesthetic: Phenylethanol Affects Membrane Protein Oligomerization

2010

The exact mechanism of action of anesthetics is still an open question. While some observations suggest specific anesthetic-protein interactions, nonspecific perturbation of the lipid bilayer has also been suggested. Perturbations of bilayer properties could subsequently affect the structure and function of membrane proteins. Addition of the local anesthetic phenylethanol (PEtOH) to model membranes and intact Escherichia coli cells not only affected membrane fluidity but also severely altered the defined helix-helix interaction within the membrane. This experimental observation suggests that certain anesthetics modulate membrane physical properties and thereby indirectly affect transmembran…

Membrane FluidityModels BiologicalProtein Structure SecondaryStructural BiologyEscherichia coliMembrane fluidityProtein Interaction Domains and MotifsAnesthetics LocalLipid bilayerMolecular BiologybiologyMembrane transport proteinChemistryEscherichia coli ProteinsCell MembranePeripheral membrane proteinMembrane ProteinsBiological membranePhenylethyl AlcoholTransmembrane proteinMembraneBiochemistryMembrane proteinbiology.proteinBiophysicsProtein MultimerizationProtein BindingSignal TransductionJournal of Molecular Biology
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