首页> 外文期刊>Animals >The Use of a Mechanical Non-Penetrating Captive Bolt Device for the Euthanasia of Neonate Lambs
【24h】

The Use of a Mechanical Non-Penetrating Captive Bolt Device for the Euthanasia of Neonate Lambs

机译:机械非穿透式固定螺栓装置在新生羔羊安乐死中的应用

获取原文
       

摘要

A non-penetrating captive bolt device, powered by a 1-grain 0.22″ cartridge delivering a calculated kinetic energy of 47 Joules was tested as a euthanasia method on 200 neonate lambs (Ovis aries) of 4.464 kg (SD (Standard deviation) ± 1.056) mean dead weight, to assess effectiveness and shot position. Every lamb (n = 200) was effectively stunned when the weapon was applied powered by a brown, 1-grain cartridge but 10/200 (5%) of the lambs displayed rhythmic or agonal breathing and were subsequently euthanased using euthatal (Merial, UK, GTIN: 03661103015550). Evaluation of the method was conducted using behavioural indicators of brain dysfunction followed by post-mortem examination of the heads. A second trial was conducted using a higher velocity 1.25-grain cartridge and a specific shot position on 48 lambs (mean dead weight = 6.21 kg, SD ± 1.24) averaging 5 days old. One hundred percent of the lambs in the second trial were immediately stun-killed. Given this complete kill rate and the sample size of the study, the study provides a statistical 95% confidence interval of 92.6% to 100%. The use of the Accles & Shelvoke “CASH” Small Animal Tool (Birmingham, UK) can therefore be recommended for the euthanasia of neonate lambs with a 1.25-grain cartridge and a specific shooting position.
机译:用安乐死方法对由200个新生羔羊(Ovis aries)的4.464 kg(SD(标准偏差)±1.056)的安乐死方法测试了非穿透式束缚螺栓装置,该装置由1粒0.22英寸弹药筒提供了可计算的47焦耳的动能。 )的平均自重,以评估效果和击球位置。当使用棕色1粒弹药筒驱动武器时,每只小羊(n = 200)均被有效击晕,但10/200(5%)的小羊表现出有节奏或较早的呼吸,随后使用安乐死进行安乐死(英国梅里尔(Merial,UK) ,GTIN:03661103015550)。该方法的评估是使用脑功能障碍的行为指标进行的,然后对头部进行验尸。使用更高速度的1.25粒弹药筒和平均5天大的48只羔羊(平均自重= 6.21 kg,SD±1.24)上的特定击球位置进行了第二次试验。在第二次审判中,百分之一百的羔羊立即被击昏。鉴于此完全杀灭率和研究的样本量,该研究提供了92.6%至100%的统计95%置信区间。因此,建议使用Accles&Shelvoke“ CASH”小动物工具(英国伯明翰)对具有1.25粒弹药筒和特定射击位置的新生羔羊实施安乐死。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号