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9. List of Contributors

Author

Akesowan, Surasak, primary, Balachandran, C., additional, Mechlia, Mohamed Ben, additional, Bourhy, Hervé, additional, Caporale, Graciane, additional, Castel, Guillaume, additional, Cliquet, Florence, additional, Dacheux, Laurent, additional, Daviratanasilpa, Svastijaya, additional, Dietzschold, Bernhard, additional, Drew, Clifton P., additional, Fehlner-Gardiner, Christine, additional, Fooks, Anthony R., additional, Frazatti-Gallina, Neuza Maria, additional, Freuling, Conrad M., additional, Gao, Bin, additional, Goldsmith, Cynthia S., additional, Hatta, Hajime, additional, Hemmala, Wachiraporn, additional, Inoue, Satoshi, additional, Jallet, Corinne, additional, Khawplod, Pakamatz, additional, Khomvilai, Sumana, additional, Kotait, Ivanete, additional, Kuzmin, Ivan V., additional, Limsuwun, Kornvika, additional, Carrieri, Maria Luiza, additional, Malerczyk, Claudius, additional, Mayes, Bonny, additional, McElhinney, Lorraine M., additional, Messenger, Sharon, additional, Moore, Susan M., additional, Moreira, Wildeberg C., additional, Moura, Wlamir C., additional, Müller, Helmut, additional, Müller, Thomas F., additional, Nagarajan, Thirumeni, additional, Ngoepe, Ernest, additional, Pakmanee, Naruemol, additional, Park, Chun-Ho, additional, Peixoto, Zélia, additional, Pornmuttakun, Duangporn, additional, Qu, Mingsheng, additional, Queiroz, Luzia H., additional, Raj, G. Dhinakar, additional, Rajasekaran, Angannan, additional, Ramya, Rajendran, additional, Rudd, Robert J., additional, Rupprecht, Charles E., additional, Sabeta, Claude, additional, Sakolpap, Lalida, additional, Servat, Alexandre, additional, Shieh, Wun-Ju, additional, Silva, Andréa, additional, Silva, Marlon V., additional, Sivakumar, Sakthivel, additional, Tantavichien, Thanpet, additional, Thomas, William D., additional, Tirumurugaan, K.G., additional, Tordo, Noël, additional, Wandeler, Alexander I., additional, Wasniewski, Marine, additional, Yager, Mary L., additional, and Zaki, Sherif R., additional

Published
2015
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10. Emergence of Arctic-like rabies lineage in India

Author

Nadin-Davis, Susan A., Turner, Geoff, Paul, Joel P.V., Madhusudana, Shampur N., and Wandeler, Alexander I.

Subjects
Diagnosis, Care and treatment, Causes of, Rabies -- Causes of -- Diagnosis -- Care and treatment
Abstract

A collection of 37 rabies-infected samples, 10 human saliva and 27 animal brain, were recovered during 2001-2004 from the cities of Bangalore and Hyderabad in southern India and from Kasauli, [...]

Published
2007

11. Isolation of Lagos bat virus from water mongoose

Author

Markotter, Wanda, Kuzmin, Ivan, Rupprecht, Charles E., Randles, Jenny, Sabeta, Claude T., Wandeler, Alexander I., and Nel, Louis H.

Subjects
Research, Health aspects, Bats (Animals) -- Health aspects -- Research, Rabies vaccines -- Research, Mongooses -- Health aspects -- Research, Rabies -- Research -- Health aspects, Bats -- Health aspects -- Research
Abstract

A genotype 2 lyssavirus, Lagos bat virus (LBV), was isolated from a terrestrial wildlife species (water mongoose) in August 2004 in the Durban area of the KwaZulu-Natal Province of South [...]

Published
2006

13. Mokola virus in domestic mammals, South Africa

Author

Sabeta, Claude T., Markotter, Wanda, Mohale, Debrah K., Shumba, Wonderful, Wandeler, Alexander I., and Nel, Louis H.

Subjects
Health aspects, Bats (Animals) -- Health aspects, Infection -- Health aspects, Bats -- Health aspects
Abstract

We recently identified 2 Mokola viruses from domestic mammals (a dog and a cat) in South Africa, These cases occurred 8 years after the last reported case of infection with [...]

Published
2007

18. Persistence of genetic variants of the arctic fox strain of Rabies virus in southern Ontario

Author

Nadin-Davis, Susan A., Muldoon, Frances, and Wandeler, Alexander I.

Subjects
Ontario, Rabies, Rabies virus, Animals, Foxes, Genetic Variation, RNA, Viral, Animals, Wild, Articles, Phylogeny, Disease Outbreaks
Abstract

Genetic-variant analysis of rabies viruses provides the most sensitive epidemiologic tool for following the spread and persistence of these viruses in their wildlife hosts. Since its introduction by a southern epizootic movement that began in the far north, the arctic fox (AFX) strain of Rabies virus has been enzootic in Ontario for almost 50 y. Prior genetic studies identified 4 principal genetic variants (ONT.T1 to ONT.T4) that were localized to different regions of the province; furthermore, these viruses could be distinguished from the variant circulating in northern regions of Quebec, Newfoundland, and arctic zones, ARC.T5. Despite an intensive provincial control program undertaken over the last decade that involved aerial distribution of baits laden with rabies vaccine to combat fox rabies throughout the enzootic zone of Ontario, pockets of rabies activity persist. Re-evaluation of the genetic characteristics of the viral variants circulating in these areas of persistence has been undertaken. These data demonstrate that the recent outbreaks are, with 1 exception, due to persistence of the regional variant first identified in the area in the early 1990s. In contrast, the disease in the Georgian Bay area is a consequence of the incursion of a variant previously found further south. An outbreak that occurred in northern Ontario north and west of North Bay and in the neighboring border areas of Quebec in 2000-2001 was due to renewed incursion of the ARC.T5 variant from more northerly areas.

Published
2006

35. Persistence of genetic variants of the arctic fox strain of Rabies virus in southern Ontario.

Author

Nadin-Davis SA, Muldoon F, and Wandeler AI

Subjects
Animals, Animals, Wild virology, Ontario epidemiology, Phylogeny, RNA, Viral analysis, Rabies epidemiology, Rabies virology, Rabies virus classification, Disease Outbreaks veterinary, Foxes virology, Genetic Variation, Rabies veterinary, Rabies virus genetics
Abstract

Genetic-variant analysis of rabies viruses provides the most sensitive epidemiologic tool for following the spread and persistence of these viruses in their wildlife hosts. Since its introduction by a southern epizootic movement that began in the far north, the arctic fox (AFX) strain of Rabies virus has been enzootic in Ontario for almost 50 y. Prior genetic studies identified 4 principal genetic variants (ONT.T1 to ONT.T4) that were localized to different regions of the province; furthermore, these viruses could be distinguished from the variant circulating in northern regions of Quebec, Newfoundland, and arctic zones, ARC.T5. Despite an intensive provincial control program undertaken over the last decade that involved aerial distribution of baits laden with rabies vaccine to combat fox rabies throughout the enzootic zone of Ontario, pockets of rabies activity persist. Re-evaluation of the genetic characteristics of the viral variants circulating in these areas of persistence has been undertaken. These data demonstrate that the recent outbreaks are, with 1 exception, due to persistence of the regional variant first identified in the area in the early 1990s. In contrast, the disease in the Georgian Bay area is a consequence of the incursion of a variant previously found further south. An outbreak that occurred in northern Ontario north and west of North Bay and in the neighboring border areas of Quebec in 2000-2001 was due to renewed incursion of the ARC.T5 variant from more northerly areas.

Published
2006

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