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Viroporins, Examples of the Two-Stage Membrane Protein Folding Model

2015

Viroporins are small, α-helical, hydrophobic virus encoded proteins, engineered to form homo-oligomeric hydrophilic pores in the host membrane. Viroporins participate in multiple steps of the viral life cycle, from entry to budding. As any other membrane protein, viroporins have to find the way to bury their hydrophobic regions into the lipid bilayer. Once within the membrane, the hydrophobic helices of viroporins interact with each other to form higher ordered structures required to correctly perform their porating activities. This two-step process resembles the two-stage model proposed for membrane protein folding by Engelman and Poppot. In this review we use the membrane protein folding …

influenza A virus M2Protein Foldingviroporinslcsh:QR1-502ReviewBiologyhelix-helix packinglcsh:MicrobiologyCell membraneViral ProteinsVirologymedicinetransmembrane protein foldingAnimalsHumansmembrane insertionLipid bilayerCell MembraneVirologyTransmembrane proteinVirusFolding (chemistry)Transmembrane domainGenòmicaInfectious DiseasesMembranemedicine.anatomical_structureMembrane proteinVirus DiseasesVirusesBiophysicsProtein foldingProteïnesGenètica
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