1.Discovery and distribution of and response to arbovirus in China over the past seven decades.
Chinese Journal of Schistosomiasis Control 2023;35(5):427-436
Arbovirus is a group of virus transmitted by blood-sucking arthropod bites, which infects both arthropods and vertebrates. More than 600 arboviruses have been characterized worldwide until now, including 65 highly pathogenic viruses, which pose a high threat to public health. The risk of arbovirus transmission is increasing due to climate change, international trade and urbanization. The review summarizes the discovery and distribution of emerging and reemerging arboviruses and novel arboviruses with potential pathogenic risks, and proposes responses to the arbovirus transmission risk, so as to provide insights into the research and management of arboviruses and arthropod-borne infectious diseases in China.
Animals
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Humans
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Arboviruses/physiology*
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Commerce
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Internationality
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Arbovirus Infections/prevention & control*
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Vertebrates
2.Abundance of biting midge species (Diptera: Ceratopogonidae, Culicoides spp.) on cattle farms in Korea.
Jae Ku OEM ; Joon Yee CHUNG ; Mee Soon KWON ; Toh Kyung KIM ; Tae Uk LEE ; You Chan BAE
Journal of Veterinary Science 2013;14(1):91-94
Culicoides biting midges were collected on three cattle farms weekly using light traps overnight from May to October between 2010 and 2011 in the southern part of Korea. The seasonal and geographical abundance of Culicodes spp. were measured. A total of 16,538 biting midges were collected from 2010 to 2011, including seven species of Culicoides, four of which represented 98.42% of the collected specimens. These four species were Culicodes (C.) punctatus (n = 14,413), C. arakawae (n = 1,120), C. oxystoma (n = 427), and C. maculatus (n = 318). C. punctatus was the predominant species (87.15%).
Animals
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Arboviruses/isolation & purification
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Cattle
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Cattle Diseases/transmission/*virology
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Ceratopogonidae/*classification/*physiology
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Insect Vectors/physiology
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Population Density
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Republic of Korea/epidemiology
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Species Specificity
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Time Factors