524 research outputs found

    Faith Online

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    Presents findings from a survey conducted in November and December 2003, to document the use of the Internet for spiritual or religious purposes

    The 700 Club as Religion and as Television: A Study of Reasons and Effects

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    There has been a great deal of public debate recently over the phenomenon known as the Electronic Church. This label has come to be attached to a rather large group of religious television broadcasters who syndicate programming nationally and who pay for their use of this expensive medium through commercial-like appeals for funds from viewers. These broadcasters have come to public attention and scientific scrutiny recently due to their prominence in programming schedules nationwide (a function of technological and Federal policy developments) and to their presumed involvment in right of center politics

    Religion and the Media in the 21st Century

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    The relationship between pop music and the urbanspace gives rise to a dialectic which affects both the definitionof music genres and the social concept of the spatialityof major cities. In this article we examine therepresentation of different places in Madrid in differentvideo clips, analyzing their discursive meaning andtheir articulation of identity, related to the values associatedwith certain artists and repertories; that is to say,the configuration of the urban ethos through its representationin musical production

    Scheduling physicians in an outpatient clinic modeled as a transient queue /

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    Mídia e religião: premissas e implicações para os campos acadêmico e midiático

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    Mídia e religião: premissas e implicações para os campos acadêmico e midiático

    Mother to offspring transmission of chronic wasting disease in Reeves' Muntjac deer

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    The horizontal transmission of prion diseases has been well characterized in bovine spongiform encephalopathy (BSE), chronic wasting disease (CWD) of deer and elk and scrapie of sheep, and has been regarded as the primary mode of transmission. Few studies have monitored the possibility of vertical transmission occurring within an infected mother during pregnancy. To study the potential for and pathway of vertical transmission of CWD in the native cervid species, we used a small cervid model-the polyestrous breeding, indoor maintainable, Reeves' muntjac deer-and determined that the susceptibility and pathogenesis of CWD in these deer reproduce that in native mule and white-tailed deer. Moreover, we demonstrate here that CWD prions are transmitted from doe to fawn. Maternal CWD infection also appears to result in lower percentage of live birth offspring. In addition, evolving evidence from protein misfolding cyclic amplification (PMCA) assays on fetal tissues suggest that covert prion infection occurs in utero. Overall, our findings demonstrate that transmission of prions from mother to offspring can occur, and may be underestimated for all prion diseases

    Feline leukaemia virus: half a century since its discovery

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    In the early 1960s, Professor William (Bill) F.H. Jarrett was presented with a timeGÇôspace cluster of cats with lymphoma identified by a local veterinary practitioner, Harry Pfaff, and carried out experiments to find if the condition might be caused by a virus, similar to lymphomas noted previously in poultry and mice. In 1964, the transmission of lymphoma in cats and the presence of virus-like particles that resembled GÇÿthe virus of murine leukaemiasGÇÖ in the induced tumours were reported in Nature. These seminal studies initiated research on feline leukaemia virus (FeLV) and launched the field of feline retrovirology. This review article considers the way in which some of the key early observations made by Bill Jarrett and his coworkers have developed in subsequent years and discusses progress that has been made in the field since FeLV was first discovered

    Identification of novel subgroup a variants with enhanced receptor binding and replicative capacity in primary isolates of anaemogenic strains of feline leukaemia virus

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    <b>BACKGROUND:</b> The development of anaemia in feline leukaemia virus (FeLV)-infected cats is associated with the emergence of a novel viral subgroup, FeLV-C. FeLV-C arises from the subgroup that is transmitted, FeLV-A, through alterations in the amino acid sequence of the receptor binding domain (RBD) of the envelope glycoprotein that result in a shift in the receptor usage and the cell tropism of the virus. The factors that influence the transition from subgroup A to subgroup C remain unclear, one possibility is that a selective pressure in the host drives the acquisition of mutations in the RBD, creating A/C intermediates with enhanced abilities to interact with the FeLV-C receptor, FLVCR. In order to understand further the emergence of FeLV-C in the infected cat, we examined primary isolates of FeLV-C for evidence of FeLV-A variants that bore mutations consistent with a gradual evolution from FeLV-A to FeLV-C.<p></p> <b>RESULTS:</b> Within each isolate of FeLV-C, we identified variants that were ostensibly subgroup A by nucleic acid sequence comparisons, but which bore mutations in the RBD. One such mutation, N91D, was present in multiple isolates and when engineered into a molecular clone of the prototypic FeLV-A (Glasgow-1), enhanced replication was noted in feline cells. Expression of the N91D Env on murine leukaemia virus (MLV) pseudotypes enhanced viral entry mediated by the FeLV-A receptor THTR1 while soluble FeLV-A Env bearing the N91D mutation bound more efficiently to mouse or guinea pig cells bearing the FeLV-A and -C receptors. Long-term in vitro culture of variants bearing the N91D substitution in the presence of anti-FeLV gp70 antibodies did not result in the emergence of FeLV-C variants, suggesting that additional selective pressures in the infected cat may drive the subsequent evolution from subgroup A to subgroup C.<p></p> <b>CONCLUSIONS:</b> Our data support a model in which variants of FeLV-A, bearing subtle differences in the RBD of Env, may be predisposed towards enhanced replication in vivo and subsequent conversion to FeLV-C. The selection pressures in vivo that drive the emergence of FeLV-C in a proportion of infected cats remain to be established
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