在饲养场用Dectomax、Cydectin和Cydectin + Synanthic降低粪蛋数和生产性能的影响。

Veterinary Therapeutics Pub Date : 2007-01-01
S E Ives, T A Yazwinski, C A Tucker
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引用次数: 0

摘要

进行了一项研究,以评估大环内酯(莫西丁素[Cydectin注射剂]或多拉菌素[Dectomax 1%注射剂])单独使用或与苯并咪唑(oxfendazole [Synanthic Bovine Dewormer])联合使用的有效性(粪蛋数减少)和效益(饲料效率、平均日增重、健康等方面的改善)。牛在饲养场饲养181天。各治疗组在粪卵数量减少方面仅有微小差异,在治疗后28天,所有的卵数都减少了98%以上。同样,在动物生产性能(饲料效率、采食量、增重、发病率、死亡率和胴体质量)方面,不同处理之间也没有统计学上的显著差异。在减少饲养场牛的线虫负担及其后果方面,这三种治疗方案似乎具有可比性。
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Fecal egg count reductions and performance effect of Dectomax, Cydectin, and Cydectin plus Synanthic as used in feedlot steers.

A study was conducted to assess the effectiveness (fecal egg count reductions) and benefit (improvement in feed efficiency, average daily gain, health, and so forth) of a macrocyclic lactone (moxidectin [Cydectin Injectable] or doramectin [Dectomax 1% Injectable]) alone or in combination with a benzimidazole (oxfendazole [Synanthic Bovine Dewormer]) as used in steers upon their arrival at a feedlot. The cattle were kept in the feedlot for 181 days. Only minor differences in fecal egg count reductions were seen among treatments, with all egg counts reduced by more than 98% by 28 days posttreatment. Likewise, no statistically significant differences among treatments were seen in terms of animal performance (feed efficiency, intake, gain, morbidity, mortality, and carcass quality). All three treatment regimens appear to be comparable in decreasing nematode burdens and the consequences thereof in feedlot cattle.

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