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用卷棘口吸虫对巨片形吸虫进行生物防治。

Biological control of Fasciola gigantica with Echinostoma revolutum.

作者信息

Roberts J A, Copeman D B

机构信息

Research Institute for Veterinary Science, Jl. RE Martadinata No.30, Bogor 16114, Indonesia.

出版信息

Vet Parasitol. 2006 Aug 31;140(1-2):166-70. doi: 10.1016/j.vetpar.2006.02.028. Epub 2006 Jul 18.

DOI:10.1016/j.vetpar.2006.02.028
PMID:16854529
Abstract

A field trial was carried out in West Java to investigate the potential for control of fasciolosis of antagonism between larvae of Fasciola gigantica and Echinostoma revolutum in Lymnaea rubiginosa. The trial was undertaken in 26 farmers' irrigated rice fields, each chosen because it was adjacent to a cattle pen the effluent from which flowed into or was used as fertiliser in the rice field. Fourteen of the fields chosen at random were retained as controls and received no treatment while in 12, faeces from 5 to 15 ducks containing eggs of E. revolutum were introduced to the rice from a duck pen located over the effluent drain from the cattle pen before it emptied into the adjacent rice field, or at the site bovine faeces was added to the field as fertiliser. After harvest significantly fewer L. rubiginosa were found infected with F. gigantica in fields where duck and cattle dung entered the field together than in control fields, supporting a conclusion that this method of biological control would reduce the infectivity of rice fields fertilised with bovine dung (which are those with the highest potential for being a source of infection with F. gigantica). Positive features of using dung from ducks infected with E. revolutum to control F. gigantica are the minimum additional work and disruption to existing farming practices required to implement the scheme, the common natural infection with E. revolutum in village ducks, and effectiveness of dung from 5 to 15 ducks, a number commonly kept by farmers.

摘要

在西爪哇进行了一项田间试验,以研究在红壳椎实螺中,巨片形吸虫幼虫与卷棘口吸虫之间的拮抗作用对控制片形吸虫病的潜力。该试验在26位农民的灌溉稻田中进行,每个稻田被选中是因为它毗邻一个牛栏,牛栏的废水流入稻田或被用作稻田肥料。随机选择的14块田作为对照,不进行任何处理,而在12块田中,将5至15只感染卷棘口吸虫的鸭子的粪便,从位于牛栏废水排放口上方的鸭舍引入稻田,废水排放口在排入相邻稻田之前,或者在牛粪便作为肥料添加到田间的地点。收获后发现,在鸭子和牛粪一起进入田间的稻田中,感染巨片形吸虫的红壳椎实螺明显少于对照田,这支持了这样一个结论,即这种生物控制方法将降低用牛粪施肥的稻田(这些稻田是巨片形吸虫感染源潜力最高的稻田)的感染性。使用感染卷棘口吸虫的鸭子粪便来控制巨片形吸虫的积极特点是,实施该方案所需的额外工作量和对现有耕作方式的干扰最小,乡村鸭子中卷棘口吸虫常见的自然感染情况,以及5至15只鸭子的粪便有效,这是农民通常饲养鸭子的数量。

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