Results 201 to 210 of about 34,332 (263)
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Reovirus-Induced Immunosuppression
1989Reoviruses are members of Reoviridae, a family of double-stranded (ds) RNA viruses that infect vertebrates, insects, arthropods, and plants.(1) Mammalian reoviruses are icosahedral virions, 76 nm in diameter, with a double capsid consisting of a central core of 52 nm surrounded by an outer protein shell.
GARZELLI, CARLO, Onodera T.
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The Reovirus Replicative Cycle
Annual Review of Biochemistry, 1976Soon after entry into their host cells ssRNA viruses form doule-stranded replicative intermediates. Most RNA viruses exist only transiently in this double-stranded form. Double-strand formation occurs irrespective of whether the genome is of the same or complementary polarity to viral mRNA. In contrast, reoviruses contain dsRNAs from the outset. Single,
S C, Silverstein, J K, Christman, G, Acs
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Virology, 1990
Conditions under which reovirus RNA is infectious have been worked out. In brief, single-stranded (plus-stranded, ss) and/or double-stranded (ds) RNA of reovirus serotype 3 (ST3 virus) is lipofected into L929 mouse fibroblasts together with a rabbit reticulocyte lysate in which ss or melted dsRNA has been translated.
M R, Roner, L A, Sutphin, W K, Joklik
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Conditions under which reovirus RNA is infectious have been worked out. In brief, single-stranded (plus-stranded, ss) and/or double-stranded (ds) RNA of reovirus serotype 3 (ST3 virus) is lipofected into L929 mouse fibroblasts together with a rabbit reticulocyte lysate in which ss or melted dsRNA has been translated.
M R, Roner, L A, Sutphin, W K, Joklik
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Kinetics of Oncolytic Reovirus T3D Replication and Growth Pattern in Mesenchymal Stem Cells
Cell journal, 2019Objective Currently, application of oncolytic-virus in cancer treatment of clinical trials are growing. Oncolytic-reovirus is an attractive anti-cancer therapeutic agent for clinical testing.
R. S. Banijamali +6 more
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Virology, 1962
Abstract The fine structure of the reovirus type III has been studied by electron microscopy, using the negative staining method. The virus, grown on the epithelial strain of KB neoplastic cells, has a mean diameter of 595 A and shows evidence of icosahedral shape and 5:3:2 symmetry. The particles were found to have a core, an inner layer on the core
C, VASQUEZ, P, TOURNIER
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Abstract The fine structure of the reovirus type III has been studied by electron microscopy, using the negative staining method. The virus, grown on the epithelial strain of KB neoplastic cells, has a mean diameter of 595 A and shows evidence of icosahedral shape and 5:3:2 symmetry. The particles were found to have a core, an inner layer on the core
C, VASQUEZ, P, TOURNIER
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1969
Publisher Summary The chapter describes the different aspects of the replication of reoviruses in tissue culture cells, and includes discussion of the mechanism of reovirus adsorption and penetration, degradation of the parental virus in infected cells, biosynthesis of virus-specific RNA's and proteins, and the assembly of mature infectious virus ...
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Publisher Summary The chapter describes the different aspects of the replication of reoviruses in tissue culture cells, and includes discussion of the mechanism of reovirus adsorption and penetration, degradation of the parental virus in infected cells, biosynthesis of virus-specific RNA's and proteins, and the assembly of mature infectious virus ...
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1981
Genetic studies aimed at a better understanding of aspects of the structure and function of the genome of mammalian reoviruses were initiated in the late 1960s. These began with the isolation and characterization of temperature-sensitive mutants (Fields and Joklik 1969, Ikegami and Gomatos 1968).
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Genetic studies aimed at a better understanding of aspects of the structure and function of the genome of mammalian reoviruses were initiated in the late 1960s. These began with the isolation and characterization of temperature-sensitive mutants (Fields and Joklik 1969, Ikegami and Gomatos 1968).
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Reovirus Structure and Morphogenesis
2006Assembly of a mature infectious virion from component parts is one of the last steps in the replicative cycle of most viruses. Recent advances in delineating aspects of this process for the mammalian orthoreoviruses (MRV), nonenveloped viruses composed of a genome of ten segments of double-stranded RNA enclosed in two concentric icosahedral protein ...
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