Results 211 to 220 of about 22,347 (256)
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Glycosylation of intracellular Sindbis virus glycoproteins

Biochemistry, 1982
Oligosaccharides of purified intracellular Sindbis virus glycoproteins have been examined by high-resolution Bio-Gel chromatography. The array of glycopeptides from cellular E1 and E2 appeared similar to the glycopeptides (S1, S2, S3, and S4) found in mature virus glycoproteins described previously [Hakimi, J., & Atkinson, P. H. (1980) Biochemistry 19,
J, Hakimi, P H, Atkinson
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Genomic divergence among sindbis virus strains

Virology, 1980
Abstract Antigenic variants of the alphavirus Sindbis have been isolated from the Palearctic, Ethiopian, Oriental, and Australian zoogeographic regions. The genomes of these variants were analyzed for homology by the hybridization of virion RNAs to double-stranded RNAs isolated from infected cells.
F, Rentier-Delrue, N A, Young
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Immune lysis of Sindbis virus

Virology, 1975
Abstract A simple technique is reported for the demonstration of immune lysis of Sindbis virus. The reagents required are virus labeled in its RNA, antiviral antibody, complement, and ribonuclease. The method is considerably simpler than those previously used to demonstrate immune virolysis.
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Lipid composition of Sindbis virus

Virology, 1971
Abstract The phospholipid and fatty acid compositions of Sindbis virus prepared from chick embryo fibroblasts and BHK cells were found to be very similar. These were compared to the compositions of the whole cells and plasma membranes of the two hosts. It was found that the viral compositions were distinct from the cellular compositions in both cases
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Sindbis Virus: Propagation, Quantification, and Storage

Current Protocols in Microbiology, 2005
AbstractThe prototype of the Alphaviruses, Sindbis virus, has a broad host range. In nature, Sindbis virus shuttles from an insect vector to a vertebrate host and back to the insect vector in a complex transmission cycle. Sindbis virus must, therefore, be able to replicate in two biochemically and genetically divergent hosts, invertebrates and ...
Raquel, Hernandez   +2 more
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Antibody-mediated activation of sindbis virus

Virology, 1988
The biological activity of an anti-Sindbis monoclonal antibody (MCAB 49) has been explored. The antibody recognizes an epitope on the E2 glycoprotein of Sindbis virus and, in the presence of complement (C'), neutralizes virus infectivity. In the absence of C', reaction of the antibody with our laboratory strain of Sindbis, SB, increased the number of ...
D C, Flynn   +3 more
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Sindbis virus infection decreases intracellular pH: Alkaline medium inhibits processing of sindbis virus polyproteins

Virology, 1988
Infection of baby hamster kidney cells by Sindbis virus, an alphavirus, resulted in a decrease in the intracellular pH of approximately 0.5 units within the first 1-2 hr after infection as measured either by equilibrium labeling with [14C]benzoic acid or by use of a pH-sensitive fluorescent probe, 2,7-bis-carboxyethyl-5,6-carboxyfluorescein ...
L L, Moore, D A, Bostick, R F, Garry
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Peptide composition of Sindbis virus variants

Archiv f�r die gesamte Virusforschung, 1970
The peptide composition of variants of Sindbis virus which differ in plaque-type, elution pattern from calcium phosphate columns and virulence in mice was analyzed. Differences in peptide number or composition were not detected in these variants. Since the Sindbis virion has an outer lipoprotein envelope which is derived at least in part from the ...
H R, Bose   +3 more
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Immunochemical studies of Sindbis virus variants

Archiv f�r die gesamte Virusforschung, 1973
We have demonstrated that the small plaque (SP) variant of Sindbis virus is more extensively neutralized by complete antibody and serum IgG fractions than is the large plaque (LP) variant. The Fc portion failed to demonstrate any neutralizing potential and did not block subsequent neutralization by IgG or Fab fragments.
C E, Pedersen, C R, Barrera, B P, Sagik
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Plaque variants of Sindbis virus

Archiv f�r die gesamte Virusforschung, 1967
Large plaque (G) and small plaque (8) variants were cloned from stock culture of Sindbis virus. Addition of protamine to agar overlay was shown to have little or no effect on the size of plaques produced by G variant, whereas S virus plaque size was significantly increased. This finding suggests that the S variant is more susceptible than the G variant
I. Nagata   +6 more
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