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首页> 外文期刊>Sociedade Brasileira de Medicina Tropical. Revista >Geographic distribution of Schistosoma mansoni transmitter snail species in State of S?o Paulo
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Geographic distribution of Schistosoma mansoni transmitter snail species in State of S?o Paulo

机译:圣保罗州曼氏血吸虫递质蜗牛物种的地理分布

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摘要

A thorough knowledge of the geographic distribution of Schistosoma mansoni vector snails is indispensable for the control of Schistosoma mansoni schistosomiasis and its epidemiologic surveillance. From the water masses of the State of São Paulo (Brazil) 8,771 lots of snails a total of 108,244 individuals of the genus Biomphalaria were captured between 1982 and 2002. These specimens are now part of the malacological collection of (Superintendência de Controle de Endemias São Paulo). According to species: Biomphalaria glabrata (Say, 1818), 225 lots (6%) 8,002 (7.4%); specimens Biomphalaria tenagophila (d'Orbigny, 1835), 3,402 lots (91.7%) 88,068 (81.4%) specimens and Biomphalaria straminea (Dunker, 1848), 85 lots (2.3%) 12,174 (11.2%) specimens. The geographic distribution of B. tenagophila and B. glabrata breeding sites tends to be compact and their occupation of territory is clear-cut. B. tenagophila habitats characteristically show a tendency to cluster around municipalities with high levels of urbanization and organic pollution. The presence of B. straminea is isolated in all hydrographic basins. This situation suggests that the persistence of schistosomiasis endemic areas in the State of São Paulo depends on the chance of host-parasite contacts resulting from the concentration of B. tenagophila and B. glabrata breeding sites.
机译:全面了解曼氏血吸虫矢量蜗牛的地理分布对于控制曼氏血吸虫血吸虫病及其流行病学监测是必不可少的。在1982年至2002年之间,从巴西圣保罗州的水团中捕获了8,771批蜗牛,共有108,244个生物Bio虫属被捕获。这些标本现在已成为圣地牙哥(Superintendênciade Controle de EndemiasSão) Paulo)。按物种分类:Glamphata Biomphalaria glabrata(Say,1818),225手(6%)8,002(7.4%);样品Tenmphophila(d'Orbigny,1835),3,402批(91.7%)88,068(81.4%)个标本和Strmphia Biomphalaria straminea(Dunker,1848),85批(2.3%)12,174(11.2%)的标本。 Tenagophila和B. glabrata繁殖地的地理分布趋于紧凑,其领土被明确占用。 Tenagophila栖息地的特征是在城市化水平高且有机污染高的城市周围聚集。在所有水文盆地中都分离到了芽孢杆菌。这种情况表明,圣保罗州血吸虫病流行地区的持续存在取决于寄主B. tenagophila和B. glabrata繁殖地集中导致寄主-寄生虫接触的机会。

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