Selected article for: "nucleic acid detection and virus nucleic acid detection"

Author: Barr, Jennifer; Smith, Craig; Smith, Ina; de Jong, Carol; Todd, Shawn; Melville, Debra; Broos, Alice; Crameri, Sandra; Haining, Jessica; Marsh, Glenn; Crameri, Gary; Field, Hume; Wang, Lin-Fa
Title: Isolation of multiple novel paramyxoviruses from pteropid bat urine.
  • Cord-id: v9o6reuz
  • Document date: 2015_1_1
  • ID: v9o6reuz
    Snippet: Bats have been found to harbour a number of new emerging viruses with zoonotic potential, and there has been a great deal of interest in identifying novel bat pathogens to determine the risk to human and animal health. Many groups have identified novel viruses in bats by detection of viral nucleic acid; however, virus isolation is still a challenge, and there are few reports of viral isolates from bats. In recent years, our group has developed optimized procedures for virus isolation from bat ur
    Document: Bats have been found to harbour a number of new emerging viruses with zoonotic potential, and there has been a great deal of interest in identifying novel bat pathogens to determine the risk to human and animal health. Many groups have identified novel viruses in bats by detection of viral nucleic acid; however, virus isolation is still a challenge, and there are few reports of viral isolates from bats. In recent years, our group has developed optimized procedures for virus isolation from bat urine, including the use of primary bat cells. In previous reports, we have described the isolation of Hendra virus, Menangle virus and Cedar virus in Queensland, Australia. Here, we report the isolation of four additional novel bat paramyxoviruses from urine collected from beneath pteropid bat (flying fox) colonies in Queensland and New South Wales during 2009-2011.

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