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首页> 外文期刊>Diseases of Aquatic Organisms >Parasitic infection of sole Solea solea by Prosorhynchus spp. metacercariae (Digenea, Bucephalidae) in Atlantic nurseries under mussel cultivation influence
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Parasitic infection of sole Solea solea by Prosorhynchus spp. metacercariae (Digenea, Bucephalidae) in Atlantic nurseries under mussel cultivation influence

机译:Prosorhynchus spp对唯一Solea solea的寄生虫感染。贻贝栽培影响下大西洋苗圃中的尾cer(Digenea,Bucephalidae)

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摘要

ABSTRACT: Cysts of metacercariae were obtained on 2 dates from juvenile sole Solea solea sea-sampled in an area of mussel cultivation (Pertuis Charentais, Bay of Biscay, France). An initial assessment of parasite genus and infestation level was based on 192 cysts extracted from 2 fish samples, taken in August (n = 20) and December 2000 (n = 14). Our results confirmed the sole as second intermediate host of bucephalid trematodes of the genus Prosorhynchus, which has not previously been noticed in Atlantic stocks. Prevalence, ca. 65% on both dates, indicated an substantial infestation of these small fish, with a mean abundance of parasites increasing from August (3.3 ± 1.1) to December (8.1 ± 3.4). Cysts were localised in all body parts of the host, and positioning varied depending on sampling date. However, the cephalic area was always the most infested (72.7 and 49.1% in August and December, respectively). Parasite measurements suggested a protracted infestation process, which may be initiated in spring during sole settlement. Most of the largest metacercariae had the rhynchus characteristics of P. crucibulum, though the possibility of them being other species (P. squamatus, P. aculeatus) could not be excluded. As Mytilus edulis is the first intermediate host of Prosorhynchus spp., possible relationships between mussel culture and sole parasitosis are discussed.
机译:摘要:meta虫的囊肿是在两个日期从贻贝养殖区(法国比斯开湾的Pertuis Charentais)进行的海底幼体Sole solea 海采样获得的。寄生虫属和侵染水平的初步评估基于从8月(n = 20)和2000年12月(n = 14)的2个鱼样品中提取的192个囊肿。我们的研究结果证实,该菌是 Prosorhynchus 属的bucephalid trematodes的第二个中间宿主,而以前在大西洋种群中尚未发现。患病率,ca。两个日期的65%表示这些小鱼大量繁殖,从8月(3.3±1.1)到12月(8.1±3.4),平均寄生虫数量增加。囊肿位于宿主的所有身体部位,其位置根据采样日期而异。但是,头颅区域总是出没最多(分别在8月和12月分别为72.7和49.1%)。寄生虫测量表明侵染过程持续时间很长,这可能是春季在鞋底沉降期间开始的。大多数最大的尾cer科动物具有 P。 Crucibulum 的Rhynchus特征,尽管它们有可能是其他物种( S。squamatus,P。aculeatus )不能排除。由于 Mytilus edulis 是 Prosorhynchus spp.spp。的第一个中间宿主,因此讨论了贻贝养殖与唯一寄生虫之间的可能关系。

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