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南非血吸虫病的温度适宜性地图。

Temperature-suitability maps for schistosomiasis in South Africa.

作者信息

Moodley I, Kleinschmidt I, Sharp B, Craig M, Appleton C

机构信息

Malaria Research Programme, Medical Research Council, P.O. Box 70380, Overport, Durban 4067, South Africa.

出版信息

Ann Trop Med Parasitol. 2003 Sep;97(6):617-27. doi: 10.1179/000349803225001445.

Abstract

The results of parasitological surveys have shown that both urinary and intestinal schistosomiasis occur widely among the human residents of South Africa. The national data on both diseases have now been incorporated into a geographical information system, to develop new maps based on defined temperature constraints. The disease data, obtained from a 'hard-copy' atlas of schistosomiasis, were used as a template to select temperature regimes that were (1) suitable and (2) unsuitable for the transmission of schistosomes to humans in South Africa. The regimes were derived from the published results of investigations in which the biology of larval schistosomes (i.e. schistosome transmission) was related to temperature in South Africa. Those regimes that were based on the estimated temperature minima for transmission corresponded more closely to the disease-distribution data than those based on the corresponding maxima. An estimate of the number of children living in the climate-suitable areas was made but, within the context of the spatial methodology used and the limitations of the available disease data, it was not possible to predict the prevalences of schistosomiasis.

摘要

寄生虫学调查结果显示,南非居民中广泛存在泌尿生殖系统和肠道血吸虫病。目前,这两种疾病的全国数据已纳入地理信息系统,以便根据特定的温度限制绘制新地图。从血吸虫病“硬拷贝”地图集获取的疾病数据被用作模板,以选择(1)适合和(2)不适合南非血吸虫向人类传播的温度范围。这些温度范围来自已发表的研究结果,其中幼虫血吸虫的生物学特性(即血吸虫传播)与南非的温度相关。基于传播估计温度下限的温度范围比基于相应上限的温度范围更符合疾病分布数据。对生活在气候适宜地区的儿童数量进行了估计,但在所使用的空间方法和现有疾病数据的局限性范围内,无法预测血吸虫病的患病率。

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