Poxviruses replicate in the cytoplasm, where they acquire multiple lipoprotein membranes. Although a proposal that the initial membrane arises de novo has not been substantiated, there is no accepted explanation for its formation from cellular membranes. A subsequent membrane-wrapping step involving modified trans-Golgi or endosomal cisternae results in a particle with three membranes. These wrapped virions traverse the cytoplasm on microtubules; the outermost membrane is lost during exocytosis, the middle one is lost just prior to cell entry, and the remaining membrane fuses with the cell to allow the virus core to enter the cytoplasm and initiate a new infection
For many viruses, one or two proteins enable cell binding, membrane fusion and entry. The large numb...
Vaccinia virus assembles two distinct lipoprotein membranes. The primary membrane contains nonglyco-...
Crescents consisting of a single lipoprotein membrane with an external protein scaffold comprise the...
Poxviruses replicate in the cytoplasm, where they acquire multiple lipoprotein membranes. Although a...
AbstractPoxviruses differ from most DNA viruses by replicating entirely within the cytoplasm. The fi...
AbstractThe study of poxvirus entry and membrane fusion has been invigorated by new biochemical and ...
AbstractThe formation of a lipoprotein membrane within specialized areas of the cytoplasm is the fir...
Vaccinia virus, the prototype of the Poxviridae, is a large DNA virus which replicates in the cytopl...
AbstractAcquisition of the membrane and genome encapsidation is an important step in the replication...
SummaryThe biogenesis and dynamics of cellular membranes are governed by fusion and fission processe...
Rapid development of complex membranous replication structures is a hallmark of picornavirus infecti...
Enveloped viruses of eukaryotes obtain their membrane by budding through a cellular membrane. Theref...
Rapid development of complex membranous replication structures is a hallmark of picornavirus infecti...
All positive strand RNA viruses of eukaryotes replicate their genomes in association with membranes....
Vaccinia virus (VV) morphogenesis commences with the formation of lipid crescents that grow into sph...
For many viruses, one or two proteins enable cell binding, membrane fusion and entry. The large numb...
Vaccinia virus assembles two distinct lipoprotein membranes. The primary membrane contains nonglyco-...
Crescents consisting of a single lipoprotein membrane with an external protein scaffold comprise the...
Poxviruses replicate in the cytoplasm, where they acquire multiple lipoprotein membranes. Although a...
AbstractPoxviruses differ from most DNA viruses by replicating entirely within the cytoplasm. The fi...
AbstractThe study of poxvirus entry and membrane fusion has been invigorated by new biochemical and ...
AbstractThe formation of a lipoprotein membrane within specialized areas of the cytoplasm is the fir...
Vaccinia virus, the prototype of the Poxviridae, is a large DNA virus which replicates in the cytopl...
AbstractAcquisition of the membrane and genome encapsidation is an important step in the replication...
SummaryThe biogenesis and dynamics of cellular membranes are governed by fusion and fission processe...
Rapid development of complex membranous replication structures is a hallmark of picornavirus infecti...
Enveloped viruses of eukaryotes obtain their membrane by budding through a cellular membrane. Theref...
Rapid development of complex membranous replication structures is a hallmark of picornavirus infecti...
All positive strand RNA viruses of eukaryotes replicate their genomes in association with membranes....
Vaccinia virus (VV) morphogenesis commences with the formation of lipid crescents that grow into sph...
For many viruses, one or two proteins enable cell binding, membrane fusion and entry. The large numb...
Vaccinia virus assembles two distinct lipoprotein membranes. The primary membrane contains nonglyco-...
Crescents consisting of a single lipoprotein membrane with an external protein scaffold comprise the...