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Reconstitution of Recombinant Viral Envelope Proteins
2003Publisher Summary Liposomes comprising lipid bilayer membranes enclosing aqueous internal compartments serve as attractive models for reconstitution of a variety of membrane proteins such as viral envelope proteins. The lipid membranes consist of amphipathic lipids that are similar to those found in authentic cell membranes.
Christian, Oker-Blom, Matti, Vuento
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Membrane destabilization by N-terminal peptides of viral envelope proteins
The Journal of Membrane Biology, 1992The fusion of lipid enveloped viruses with cellular membranes is thought to be mediated by the insertion into the target membrane of the N-terminal polypeptides of viral spike glycoproteins. Since membrane destabilization is a necessary step in membrane fusion, we investigated whether synthetic peptides with amino acid sequences corresponding to the N ...
N, Düzgüneş, S A, Shavnin
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Iscom of viral envelope proteins protects against Aujeszky's disease
Veterinary Microbiology, 1989An immunostimulating complex (iscom) containing the envelope proteins of pseudorabies virus (PRV) was prepared and its efficacy was evaluated in two experiments on sheep. In the first experiment, sheep were intramuscularly (i.m.) or intradermally (i.d.) vaccinated with PRV iscom doses varying between 1 and 81 micrograms. The vaccination was repeated on
B, Morein +5 more
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Lysis of retroviruses with monoclonal antibodies against viral envelope proteins
Virology, 1980Abstract Monoclonal antibodies identifying six independent antigenic determinants (epitopes) on the gp70 and p15(E) envelope proteins of murine leukemia virus were tested for their ability to lyse a panel of serologically different [3H]uridine-labeled retroviruses in the presence of complement.
S, Oroszlan, R C, Nowinski
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Epitope mapping of the gp53 envelope protein of bovine viral diarrhea virus
Virology, 1992Epitopes recognized by nine monoclonal antibodies (mAbs) on the envelope protein, gp53, of two strains of bovine viral diarrhoea virus (NADL and Oregon C24V) were mapped by competitive binding assays and by the characterization and sequence analyses of mAb neutralization escape mutants.
D J, Paton, J P, Lowings, A D, Barrett
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Role of the N-terminal peptides of viral envelope proteins in membrane fusion
Advanced Drug Delivery Reviews, 1999Membrane fusion is an important biological process that is observed in a wide variety of intra and intercellular events. In this review, work done in the last few years on the molecular mechanism of viral membrane fusion is highlighted, focusing in particular on the role of the fusion peptide and the modification of the lipid bilayer structure.
Martin, Isabelle +2 more
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On The Role of Viral Envelope Proteins in Pathogenesis
1984The paramyxovirus envelope contains two surface glycoproteins (HN and F) and an internal non-glycosylated protein (M). The F protein is involved in viral pathogenesis in three different ways, each related to its ability to cause membrane fusion, which mediates virus penetration, cell fusion, and hemolysis. 1.
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A Dissection of Steps Leading to Viral Envelope Protein‐Mediated Membrane Fusion
Annals of the New York Academy of Sciences, 1991increase in [Ca”] at the presynaptic nerve terminal sets a complex set of biochemical events in motion that finally terminates in the specific fusion of the membrane of the secretory vesicle with the plasma membrane.’ In studying the action of CaZ+ at the presynaptic terminal a distinction has to be made between processes that occur in the cytosol that
R, Blumenthal +3 more
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Beyond the Viroporin: The Envelope Protein as a Therapeutic Target in Viral Immunomodulation
Reviews in Medical VirologyABSTRACT In their comprehensive review, Shekhar et al. (Rev Med Virol. 2025; 35:e70067) provide a valuable synthesis of the viral envelope (E) protein's role in subverting innate immunity and its potential as a pharmacological target.
DuJiang Yang, GuoYou Wang
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Cell, 1980
The surface distribution of the envelope glycoproteins of influenza, Sendai and Vesicular Stomatitis viruses was studied by immunofluorescence and immunoelectromicroscopy in infected epithelial cell monolayers, from which these viruses bud in a polarized fashion. It was found that before the onset of viral budding, the envelope proteins are exclusively
E, Rodriguez Boulan, M, Pendergast
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The surface distribution of the envelope glycoproteins of influenza, Sendai and Vesicular Stomatitis viruses was studied by immunofluorescence and immunoelectromicroscopy in infected epithelial cell monolayers, from which these viruses bud in a polarized fashion. It was found that before the onset of viral budding, the envelope proteins are exclusively
E, Rodriguez Boulan, M, Pendergast
exaly +3 more sources