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• W2112286210 abstract "The list of animal viruses has been frequently added of new members raising permanent concerns to virologists and veterinarians. The pathogenic potential and association with disease have been clearly demonstrated for some, but not for all of these emerging viruses. This review describes recent discoveries of animal viruses and their potential relevance for veterinary practice. Dogs were considered refractory to influenza viruses until 2004, when an influenza A virus subtype H3N8 was transmitted from horses and produced severe respiratory disease in racing greyhounds in Florida/USA. The novel virus, named canine influenza virus (CIV), is considered now a separate virus lineage and has spread among urban canine population in the USA. A new pestivirus (Flaviviridae), tentatively called HoBi-like pestivirus, was identified in 2004 in commercial fetal bovine serum from Brazil. Hobi-like viruses are genetically and antigenically related to bovine viral diarrhea virus (BVDV) and induce similar clinical manifestations. These novel viruses seem to be widespread in Brazilian herds and have also been detected in Southeast Asia and Europe. In 2011, a novel mosquito-borne orthobunyavirus, named Schmallenberg virus (SBV), was associated with fever, drop in milk production, abortion and newborn malformation in cattle and sheep in Germany. Subsequently, the virus disseminated over several European countries and currently represents a real treat for animal health. The origin of SBV is still a matter of debate but it may be a reassortant from previous known bunyaviruses Shamonda and Satuperi. Hepatitis E virus (HEV, family Hepeviridae) is a long known agent of human acute hepatitis and in 1997 was first identified in pigs. Current data indicates that swine HEV is spread worldwide, mainly associated with subclinical infection. Two of the four HEV genotypes are zoonotic and may be transmitted between swine and human by contaminated water and undercooked pork meat. The current distribution and impact of HEV infection in swine production are largely unknown. Avian gyrovirus type 2 (AGV2) is a newly described Gyrovirus, family Circoviridae, which was unexpectedly found in sera of poultry suspected to be infected with chicken anemia virus (CAV). AGV2 is closely related to CAV but displays sufficient genomic differences to be classified as a distinct species. AGV2 seems to be distributed in Brazil and also in other countries but its pathogenic role for chickens is still under investigation. Finally, the long time and intensive search for animal relatives of human hepatitis C virus (HCV) has led to the identification of novel hepaciviruses in dogs (canine hepacivirus [CHV]), horses (non-primate hepaciviruses [NPHV] or Theiler's disease associated virus [TDAV]) and rodents. For these, a clear and definitive association with disease is still lacking and only time and investigation will tell whether they are real disease agents or simple spectators." @default.
• W2112286210 created "2016-06-24" @default.
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• W2112286210 date "2013-10-01" @default.
• W2112286210 modified "2023-10-16" @default.
• W2112286210 title "Emerging animal viruses: real threats or simple bystanders?" @default.
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• W2112286210 cites W1554671509 @default.
• W2112286210 cites W1971118980 @default.
• W2112286210 cites W1971873636 @default.
• W2112286210 cites W1972268180 @default.
• W2112286210 cites W1975340832 @default.
• W2112286210 cites W1976608210 @default.
• W2112286210 cites W1978016645 @default.
• W2112286210 cites W1978511448 @default.
• W2112286210 cites W1981720935 @default.
• W2112286210 cites W1987757612 @default.
• W2112286210 cites W1992009424 @default.
• W2112286210 cites W1992969909 @default.
• W2112286210 cites W1998047447 @default.
• W2112286210 cites W2005603152 @default.
• W2112286210 cites W2005808145 @default.
• W2112286210 cites W2007681989 @default.
• W2112286210 cites W2008607991 @default.
• W2112286210 cites W2009466736 @default.
• W2112286210 cites W2016034909 @default.
• W2112286210 cites W2018291933 @default.
• W2112286210 cites W2020203837 @default.
• W2112286210 cites W2020939898 @default.
• W2112286210 cites W2022109651 @default.
• W2112286210 cites W2023096307 @default.
• W2112286210 cites W2026321948 @default.
• W2112286210 cites W2030924710 @default.
• W2112286210 cites W2031249009 @default.
• W2112286210 cites W2033605315 @default.
• W2112286210 cites W2037999529 @default.
• W2112286210 cites W2047459809 @default.
• W2112286210 cites W2047751250 @default.
• W2112286210 cites W2055531180 @default.
• W2112286210 cites W2057378244 @default.
• W2112286210 cites W2062196558 @default.
• W2112286210 cites W2063017772 @default.
• W2112286210 cites W2067523107 @default.
• W2112286210 cites W2068604488 @default.
• W2112286210 cites W2069413021 @default.
• W2112286210 cites W2070106235 @default.
• W2112286210 cites W2074484509 @default.
• W2112286210 cites W2080325219 @default.
• W2112286210 cites W2096691891 @default.
• W2112286210 cites W2099283585 @default.
• W2112286210 cites W2102023378 @default.
• W2112286210 cites W2104703623 @default.
• W2112286210 cites W2104940299 @default.
• W2112286210 cites W2109374953 @default.
• W2112286210 cites W2110712230 @default.
• W2112286210 cites W2114580048 @default.
• W2112286210 cites W2115546603 @default.
• W2112286210 cites W2121062997 @default.
• W2112286210 cites W2131416120 @default.
• W2112286210 cites W2132230834 @default.
• W2112286210 cites W2132608906 @default.
• W2112286210 cites W2136501901 @default.
• W2112286210 cites W2136764394 @default.
• W2112286210 cites W2138045760 @default.
• W2112286210 cites W2141899752 @default.
• W2112286210 cites W2142854658 @default.
• W2112286210 cites W2144340783 @default.
• W2112286210 cites W2145113818 @default.
• W2112286210 cites W2146782236 @default.
• W2112286210 cites W2148979433 @default.
• W2112286210 cites W2152906859 @default.
• W2112286210 cites W2155401334 @default.
• W2112286210 cites W2158134872 @default.
• W2112286210 cites W2161329181 @default.
• W2112286210 cites W2163561769 @default.
• W2112286210 cites W2168452687 @default.
• W2112286210 cites W2169207867 @default.
• W2112286210 cites W2169870152 @default.
• W2112286210 cites W2170605059 @default.
• W2112286210 cites W4205120341 @default.
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• W2112286210 doi "https://doi.org/10.1590/s0100-736x2013001000001" @default.
• W2112286210 hasPublicationYear "2013" @default.
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