Different murine cell lines manifest unique patterns of interference to superinfection by murine leukemia viruses
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Cited by (66)
Permissive XPR1 gammaretrovirus receptors in four mammalian species are functionally distinct in interference tests
2016, VirologyCitation Excerpt :Chronically infected cells were not produced for all virus-cell combinations, for example, human 293 cells were efficiently infected by XMRV pseudotypes, but chronically infected 293 cells could not be established for XMRV, as has been reported by others (Rodriguez and Goff, 2010). In interference assays, the superinfecting virus is blocked in cells preinfected with any virus using the same receptor determinant, and viral interference is typically defined by titer reductions of 100-fold or more (Chesebro and Wehrly, 1985; Cloyd et al., 1985; Rein, 1982). For XPR1, interference assays are complicated by the fact that X-MLVs can use two independent XPR1 receptor determinants found in different putative extracellular loops, both of which are not necessarily used by other X/P-MLVs (Marin et al., 1999; Yan et al., 2010).
Evolution of different antiviral strategies in wild mouse populations exposed to different gammaretroviruses
2013, Current Opinion in VirologyCitation Excerpt :These variants are not only important host factors that can restrict infection, but they can also alter virus/host interactions in ways that influence virus-induced pathology. X-MLVs and P-MLVs are viruses capable of infecting cells of non-rodent species and were originally distinguished as separate subgroups because of their different species tropism, their non-reciprocal interference patterns, and by the pathogenicity of P-MLVs [11–16]. The XPR1 receptor for this family of viruses (XP-MLVs) is a multipass transmembrane protein [17–19].
Altering retroviral tropism using a random-display envelope library
2002, Molecular TherapyCitation Excerpt :Supernatants from TELCeB6 cells constitutively producing lacZ-transducing particles pseudotyped with Env proteins from FeLV-A or -C or EF were used as donors. A relative infectivity of < 1% was considered to be significant interference [24,25]. Using this criterion, FeLV-C Env expression in D17 cells interfered with both subsequent FeLV-A and EF-mediated infection.