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김재홍,성환우,권용국,이윤정,최준구,조성준,김민철,이은경,장환,위성환,모인필,송창선,박종명,Kim, J.H.,Sung, H.W.,Kwon, Y.K.,Lee, Y.J.,Choi, J.G.,Cho, S.J.,Kim, M.C.,Lee, E.K.,Jang, H.,Wee, S.H.,Mo, I.P.,Song, C.S.,Park, J.M. 한국가금학회 2004 韓國家禽學會誌 Vol.31 No.2
Highly Pathogenic Avian Influenza (HPAI) is a very acute systemic disease in poultry, particularly in chickens and turkeys caused by HPAI viruses. An outbreak of HPAI caused by subtype H5N1, was first reported in a broiler breeder farm on December 10, 2003 in Korea, although there had been twenty one outbreaks of the disease reported in the world before. Since mid-December 2003, eight Asian countries have confirmed outbreaks of HPAI due to the same subtype. The outbreak has also resulted in at least twenty three fatal human cases in Vietnam and Thailand as of May 17, 2004 according to the WHO. Regarding the first outbreak of recent Asian HPAI, it has been suspected that some Asian countries with the exception of Korea and Japan veiled the fact of HPAI outbreaks since the last half of 2003, even though it was first reported in Korea. There have been total nineteen outbreaks of HPAI among chicken and duck farms in 10 provinces in Korea since Dec. 2003 and approximately 5,280,000 birds were slaughtered from 392 farms for eradication of the disease and preemptive culling. The origin of the H5Nl HPAI virus introduced into the country are unknown and still under epidemiological investigation. Current status of outbreaks and characteristics of HPAI will be reviewed and discussed on the basis of genetic, virological, clinicopathological, and ecological aspect, as well as future measures for surveillance and prevention of the disease in Korea.
국내 도축장 돼지에서의 브루셀라증에 대한 혈청학적 조사
허은정 ( Eun Jeong Heo ),김종완 ( Jong Wan Kim ),조동희 ( Dong Hee Cho ),남향미 ( Hyang Mi Nam ),조윤상 ( Yun Sang Cho ),황인영 ( In Yeong Hwang ),강성일 ( Sung Il Kang ),정석찬 ( Suk Chan Jung ),문진산 ( Jin San Moon ),위성환 ( S 한국수의공중보건학회 2010 예방수의학회지 Vol.34 No.3
For the screening of Brucella antibodies in pig, 2,140 pig serum samples were collected from six slaughter house in Korea between 2006 and 2007. The Rose Bengal test (RBT) and serum agglutination test (SAT) were used for initial screening for specific antibodies to Brucella, and competitive enzyme-linked immunosorbent assay (C-ELISA) was used for confirmation of presence of serum antibody for Brucella. Overall, 575 (26.9%) samples resulted in seropositive in RBT. In SAT, 50 (2.3%) and 10 (0.5%) samples showed suspicious positive and positive reaction, respectively, however, all sera tested in this study showed a negative reaction in C-ELISA. SAT and C-ELISA might be applicable as a tool for screening of swine brucellosis.