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[粪便检查中家兔的胃肠道寄生虫]

[Gastrointestinal parasites of rabbits in coproscopic investigations].

作者信息

Nosal Paweł, Petryszak Anna, Nowosad Bogusław, Sobolewska Magdalena

机构信息

Katedra Zoologii i Ekologii, Akademia Rolnicza, Al. Mickiewicza 24/28, 30-059 Kraków.

出版信息

Wiad Parazytol. 2006;52(4):327-30.

Abstract

BACKGROUND

Parasitological screening was carried out in a breeding herd of the New Zealand White rabbit breed in 2004.

MATERIAL AND METHODS

Mothers, together with their offsprings, were kept in boxes on deep litter, whereas young rabbits were transferred to cages with slatted floor. All the animals were fed a complete balanced pelleted feed with two coccidiostats added alternately (Lerbec, Robenidine), and droplet watering system was applied. No anthelmintic was used in the rabbitry. A total of 170 individual samples of fresh feces from females of breeding stock, and 55 pooled samples in the case of young animals 2-4 months of age, collected on a month intervals, were analyzed according to a modified concentration McMaster's method, using saturated salty water with sugar as a flotation fluid.

RESULTS

The presence of several species of coccidia was evaluated, with Eimeria stiedae, E. perforans, E. media and E. magna being found in great numbers. The dynamics of infection showed that both adults and young animals were affected by coccidia mostly in May (mean intensity reached at that time 24000 opg in young rabbits), and then until August the infection lasted on a high level. As regards coccidiosis, parasitism could be considerably cut back in the herd by frequent changing of the straw litter, which should also always be dry. Only Passalurus ambiguus was found from nematodes, and only in the feces of adults, probably due to the modern forage and watering system applied, which broke the other worms' life cycles.

摘要

背景

2004年在一群新西兰白兔繁殖群中进行了寄生虫学筛查。

材料与方法

母兔及其后代被饲养在铺有厚垫料的箱中,而幼兔则被转移到带有板条地板的笼中。所有动物均喂食添加了两种抗球虫药(Lerbec、氯苯胍)交替使用的完全平衡颗粒饲料,并采用滴灌浇水系统。兔场未使用驱虫药。按照改良的浓缩麦克马斯特法,以饱和糖水作为漂浮液,对繁殖种群中的170份母兔新鲜粪便个体样本以及2 - 4月龄幼兔的55份混合样本(每月间隔采集)进行了分析。

结果

评估了几种球虫的存在情况,发现大量的斯氏艾美耳球虫、穿孔艾美耳球虫、中型艾美耳球虫和大型艾美耳球虫。感染动态表明,成年兔和幼兔主要在5月受到球虫影响(当时幼兔的平均感染强度达到24000个卵囊/克),然后直到8月感染一直处于高水平。关于球虫病,通过频繁更换垫草(垫草也应始终保持干燥),兔群中的寄生虫感染可大幅减少。仅在线虫中发现了模糊管状线虫,且仅在成年兔粪便中发现,这可能是由于所采用的现代饲料和浇水系统打破了其他蠕虫的生命周期。

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