热带病与寄生虫学
熱帶病與寄生蟲學
열대병여기생충학
TROPICAL DISEASES AND PARASITOLOGY
2014年
1期
44-46,49
,共4页
胡学文%许义祥%陈红胜%程胜军
鬍學文%許義祥%陳紅勝%程勝軍
호학문%허의상%진홍성%정성군
血吸虫病%感染性钉螺%控制%消除
血吸蟲病%感染性釘螺%控製%消除
혈흡충병%감염성정라%공제%소제
Schistosomiasis%Infected snails%Control%Elimination
目的:纵向观察山丘型地区控制感染性钉螺效果,为制订有效控制和消除感染性钉螺措施提供依据。方法收集了2005~2011年石台县大演乡感染性钉螺的调查数据。对感染性螺环境点采用GPS定位,绘制出感染性钉螺分布图,根据感染性钉螺分布现状特点,制定各年度的化学药物灭螺方法和综合环改灭螺的实施方案。结果石台县大演乡从2005年的7个感染性钉螺环境点的村,下降到2011年只有1个行政村有感染性钉螺分布环境点,感染螺面积和感染螺密度逐年下降明显。资料显示:有1个行政村已连续7年未查出感染性钉螺,2个村已连续6年未查出感染性钉螺,1个村已连续5年未查出感染性钉螺,2个村已连续4年未查出感染性钉螺,1个行政村已连续2年未查出感染性钉螺。结论对已控制和消除感染螺环境仍应加强查、灭螺的质量与监测,并全方位做好传染源控制。对一些复杂的钉螺环境点,适时的与小环境改造灭螺相结合,改变钉螺的孳生环境。
目的:縱嚮觀察山丘型地區控製感染性釘螺效果,為製訂有效控製和消除感染性釘螺措施提供依據。方法收集瞭2005~2011年石檯縣大縯鄉感染性釘螺的調查數據。對感染性螺環境點採用GPS定位,繪製齣感染性釘螺分佈圖,根據感染性釘螺分佈現狀特點,製定各年度的化學藥物滅螺方法和綜閤環改滅螺的實施方案。結果石檯縣大縯鄉從2005年的7箇感染性釘螺環境點的村,下降到2011年隻有1箇行政村有感染性釘螺分佈環境點,感染螺麵積和感染螺密度逐年下降明顯。資料顯示:有1箇行政村已連續7年未查齣感染性釘螺,2箇村已連續6年未查齣感染性釘螺,1箇村已連續5年未查齣感染性釘螺,2箇村已連續4年未查齣感染性釘螺,1箇行政村已連續2年未查齣感染性釘螺。結論對已控製和消除感染螺環境仍應加彊查、滅螺的質量與鑑測,併全方位做好傳染源控製。對一些複雜的釘螺環境點,適時的與小環境改造滅螺相結閤,改變釘螺的孳生環境。
목적:종향관찰산구형지구공제감염성정라효과,위제정유효공제화소제감염성정라조시제공의거。방법수집료2005~2011년석태현대연향감염성정라적조사수거。대감염성라배경점채용GPS정위,회제출감염성정라분포도,근거감염성정라분포현상특점,제정각년도적화학약물멸라방법화종합배개멸라적실시방안。결과석태현대연향종2005년적7개감염성정라배경점적촌,하강도2011년지유1개행정촌유감염성정라분포배경점,감염라면적화감염라밀도축년하강명현。자료현시:유1개행정촌이련속7년미사출감염성정라,2개촌이련속6년미사출감염성정라,1개촌이련속5년미사출감염성정라,2개촌이련속4년미사출감염성정라,1개행정촌이련속2년미사출감염성정라。결론대이공제화소제감염라배경잉응가강사、멸라적질량여감측,병전방위주호전염원공제。대일사복잡적정라배경점,괄시적여소배경개조멸라상결합,개변정라적자생배경。
Objective To observe the effect of infected snails control in hilly endemic regions, and provide basis for making out effective measures for infected snails control and elimination. Methods The snail survey data from 2005 to 2011 in Dayan township, Shitai county, were collected. The spots of infected snails were located by GPS, and the distribution of infected snails was drawn. The snail control measures were formulated yearly according to the situation of infected snails. Results The spots of infected snails reduced from 11 villages in 2005 to 1 village in 2011 in Dayan township, the areas with infected snails and the density of infected snails also decreased yearly. One village had not been found infected snails for 7 consecutive years, two villages for 6 consecutive years, one village for 5 consecutive years, two villages for 4 consecutive years, and one village had not been found infected snails for 2 consecutive years. Conclusion It should be emphasized on the quality of snail survey and control in the environment without infected snails, and infectious sources control should be implemented thoroughly. As for the complicated snail breeding sites, environment modification could be considered to change snail breeding environment.