首页> 外文期刊>Journal of Parasitology Research >Effectiveness Evaluation of Levamisole, Albendazole, Ivermectin, and Vernonia amygdalina in West African Dwarf Goats
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Effectiveness Evaluation of Levamisole, Albendazole, Ivermectin, and Vernonia amygdalina in West African Dwarf Goats

机译:西非矮山羊中左旋咪唑,阿苯达唑,伊维菌素和扁桃病的功效评价

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Anthelmintic drug resistance has led to the search for alternatives in controlling helminth infections. Fifty West African Dwarf goats without history of anthelmintic treatment were divided equally into five groups. Group A was treated with ivermectininjection subcutaneously, group B with levamisole subcutaneously, group C with albendazole orally, and group D with aqueous extract of Vernonia amygdalina and group E was untreated control. Faecal samples were collected before treatment from each animaland larval culture was carried out. Faecal egg count reduction (FECR) test was carried out for each group and the data analysed using FECR version 4 to calculate percent reduction in faecal egg count. Predominant helminth infections from larval culturewere Haemonchus contortus (70%), Trichostrongylus spp. (61%), and Oesophagostomum spp. (56%). Mixed infection was present in all the animals. From the FECR test Vernonia amygdalina extract was more effective against helminths (100%), compared to ivermectin 96%, levamisole 96%, and albendazole 99%. The lower 95% confidence limit was 89 for ivermectin and levamisole and 91 for albendazole. There is low resistance to ivermectin and levamisole and susceptibility to albendazole while V. amygdalina has greatpotentials that could be explored for the treatment of helminth diseases in goats.
机译:驱虫药的耐药性导致人们寻找控制蠕虫感染的替代方法。将五十只无驱虫病史的西非矮山羊平均分为五组。 A组皮下注射伊维菌素注射液,B组皮下注射左旋咪唑,C组口服阿苯达唑,D组注射苦杏仁水提取物,E组为未治疗的对照组。在处理之前,从每只动物收集粪便样品并进行幼虫培养。对每个组进行粪便卵数减少(FECR)测试,并使用FECR第4版分析数据以计算粪便卵数减少的百分比。幼虫培养中主要的蠕虫感染是扭曲的Haemonchus contortus(70%),Trichostrongylus spp。 (61%)和食管食管菌属。 (56%)。所有动物中均存在混合感染。根据FECR测试,相比伊维菌素96%,左旋咪唑96%和阿苯达唑99%,Vernonia杏仁核提取物对蠕虫更有效(100%)。伊维菌素和左旋咪唑的95%置信下限为89,阿苯达唑为91。对伊维菌素和左旋咪唑的抵抗力低,对阿苯达唑的敏感性低,而扁桃酸菌具有巨大的潜力,可用于治疗山羊的蠕虫病。

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