Mechanisms of membrane disruption by viral entry proteins
Contributors: Harrison, Stephen C.; Yang, Priscilla L.; Loparo, Joseph J.; England, Jeremy L.
Published: 2012
Language: eng
Description: To enter and infect cells, viruses must overcome the barrier presented by the cell membrane. Enveloped viruses, which possess their own lipid bilayer, fuse their viral membrane with the cell membrane. Non-enveloped viruses, whose outer surface is composed of proteins, penetrate through the hydrophobic interior of the cell membrane. Viruses accomplish the processes by coupling conformational changes in viral "entry proteins" to membrane disruption. This dissertation investigates the membrane disruption mechanisms of rotavirus, a non-enveloped virus, and vesicular stomatitis virus (VSV), an enveloped virus.
Notes: Keywords: membrane interaction, membrane penetration, memrane fusion, single molecule, viral entry.

Thesis Ph.D. Harvard University 2012