서울지역 유기견의 광견병 바이러스 항체 분포 조사
Serological survey of rabies virus from the stray dogs in Seoul
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Rabies virus is transmitted most commonly through a bite from an infected dog. Especially, stray dogs that are not excluded from contact with rabid wild animals can become rabies vectors. Therefore, serological survey of rabies virus from stray dogs in Seoul Metropolitan City was carried out in this study. To investigate prevalence of rabies antibodies in the stray dogs, serum samples were taken from 500 stray dogs between April and December 2010. Antibodies to rabies virus were detected by indirect ELISA. Of 500 tested sera, 147 (29.4%) were positive to rabies virus. Prevalence rates of rabies antibodies(PRRA) in northern and southern Han river region of Seoul were 26.4% and 33.2% respectively. PRRA in male and female dogs were 33.6% and 26.1% respectively. PRRA in less than 1 year, 1∼2＜ years, 2∼3＜ years, 3∼5＜ years, 5∼10＜ years and over 10 years old dogs were 12.7%, 21.6%, 26.4%, 36.4%, 32.5% and 46.4%, respectively. These results indicates that antibody seroprevalence to rabies is still not enough to prevent rabies and rabies vaccination is required to enhance the seroprevalence in the dogs. To improve the situation, measures to raise public awareness of rabies and its prevention is needed. Also, reducing stray dogs and keeping companion animals from contact with wild animals are indispensable for the prevention of rabies.
Abstract
Rabies virus is transmitted most commonly through a bite from an infected dog. Especially, stray dogs that are not excluded from contact with rabid wild animals can become rabies vectors. Therefore, serological survey of rabies virus from stray dogs in Seoul Metropolitan City was carried out in this study. To investigate prevalence of rabies antibodies in the stray dogs, serum samples were taken from 500 stray dogs between April and December 2010. Antibodies to rabies virus were detected by indirect ELISA. Of 500 tested sera, 147 (29.4%) were positive to rabies virus. Prevalence rates of rabies antibodies(PRRA) in northern and southern Han river region of Seoul were 26.4% and 33.2% respectively. PRRA in male and female dogs were 33.6% and 26.1% respectively. PRRA in less than 1 year, 1∼2＜ years, 2∼3＜ years, 3∼5＜ years, 5∼10＜ years and over 10 years old dogs were 12.7%, 21.6%, 26.4%, 36.4%, 32.5% and 46.4%, respectively. These results indicates that antibody seroprevalence to rabies is still not enough to prevent rabies and rabies vaccination is required to enhance the seroprevalence in the dogs. To improve the situation, measures to raise public awareness of rabies and its prevention is needed. Also, reducing stray dogs and keeping companion animals from contact with wild animals are indispensable for the prevention of rabies.
참고문헌 (28)
- 강영배, "광견병 해외 발생동향 역학정보 및 관리대책", 대한수의학회지, 30, pp.149~160 (1994)
- "국가동물방역통합시스템/전염병발생통계" (2011), 농림수산검역검사본부[URL]
- 윤용덕, "광견병 최근 국내 발생동향 및 역학조사 결과", 대한수의학회지, 30, pp.139~144 (1994)
- 이경기, "광견병 예방 백신 개발에 관한 연구 동향", 한국수의공중보건학회지, 31, pp.123~128 (2007)
- 소병재, "광견병 최근 발생동향과 대책", 수의과학검역정보, (9), pp.14~17 (2000), 국립수의과학검역원
- 소병재, "국내 야생동물의 광견병 감염실태 조", 한국수의공중보건학회지, 26, pp.115~120 (2002)
- 서울특별시, In 제51회 서울통계연보, "농림수산업" (2011), 서울특별시
- "서울시통계정보시스템/산업/농림수산업/유기동물보호현황" (2010), 서울특별시[URL]
- 정지열, "광견병 실험적 진단의 진보: 종설", 한국수의공중보건학회지, 31, pp.129~139 (2007)
- 조길현, "Rabies의 정체", 대한수의학회지, 16, pp.309~326 (1980)
- 한홍율, "광견병 개요 및 인수공통전염병으로서의 중요성", 대한수의사회지, 30, pp.131~138 (1994)
- 황의경, "광견병 발생실태 및 대책: 종설", 한국수의공중보건학회지, 19, pp.281~293 (1995)
- 황의경, "광견병 진단법 및 예방약의 발전: 종설", 한국수의공중보건학회지, 19, pp.295~307 (1995)
- 황의경, "너구리의 광견병 발생 증례 보고", 한국수의공중보건학회지, 18, pp.359~364 (1994)
- Anderson RK, "Registration without taxation: Denver's approach to rabies control", Am J Public Health Nations Health, 45, pp.1005~1010 (1985)
- Bota CN, "Comparative prevalence of rabies antibodies among household and unclaimed", stry dogs as determined by the immune adherence haemagglutination assay, 1987, pp.16, 472~476
- Chomel B, "Mass vaccination campaign aganist rabies: are dogs correctly protected? The peruvian experience", Rev Infect Dis, 10(4), pp.697~702 (1988)
- Delgado S, "Immuneresponse following a vaccination campaign aganist rabies in dogs from northwestern Spain", Prev Vet Med, 31, pp.257~261 (1997)
- Dutta JK, "Human rabies in India: epidemiological features, management and current methods of prevention", Trop Doct, 29, pp.196~201 (1999)
- Kelly VP, "Control of rabies epizootic", Mod Vet Pract, 64, pp.380~384 (1983)
- Krebs JW, "Rabies surveillance in the United States during 1998", J Am Vet Med Assoc, 215, pp.1786~1798 (1998)
- Lontai I, "The current state of rabies prevention in Europe", Vaccine, 15, pp.16~19 (1997)
- Matter HC, "Study of the dog population and the rabies control activities in the Mirigama area of Sri Lanka", Avta Trop, 75, pp.95~108 (2000)
- McCue JD, "New developments in human rabies prevention", Hosp Pract, 17, pp.66~ (1982)
- Mebatsion T, "Detection of rabies antibody by ELISA and RFFIT in unvaccinates dogs and in the endangered Simien jackal (Canis simensis) of Etiopia", Zentralbl Veterinarmed B, 39, pp.233~235 (1992)
- Sallum PC, "Rabies seroprevalence of street dogs from Sao Paul City, Brazil", Prev Vet Med, 44, pp.131~139 (2000)
- Timoney JF, "Rabies, In Hagan and Bruner's microbiology and infectious disease of domestic animals. 8th ed.", pp.832~846 (1988), Cornell University Press
- "Rabies" (2011)[URL]