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雄甾酮对犬类拉扯项圈和跳起行为的影响。

Impact of Androstenone on Leash Pulling and Jumping Up in Dogs.

机构信息

Department of Animal and Food Sciences, Texas Tech University, Lubbock, TX 79409, USA.

出版信息

Animals (Basel). 2016 May 9;6(5):34. doi: 10.3390/ani6050034.

Abstract

Dogs are relinquished to shelters due to behavioral problems, such as leash pulling and jumping up. Interomones are chemical cues produced by one species that elicit a response in a different species. We reported earlier that androstenone, a swine sex pheromone, acts as an interomone to reduce barking in dogs. Here we report two models using 10 dogs/study: a dog jumping and a dog walking model. For the leash-pulling model, each time the dog pulled on the leash the walker either did nothing (NOT), or sprayed the dog with water (H₂O), androstenone + water (ANH), androstenone 0.1 µg/mL (AND1), or androstenone 1.0 µg/mL (AND2). The number of pulls during each walk was counted. For the jumping up model, each time the dog jumped the researcher did nothing (NOT), or sprayed the dog with H₂O, ANH, AND1, or AND2. The number of jumps and the time between jumps were recorded. In Study 1, ANH, AND1, and AND2 each reduced leash pulling more than NOT and H₂O (p< 0.01). In Study 2, all treatments were effective in reducing jumping up behavior. Androstenone reduced jumping up, but not beyond that elicited by a spray of water alone. We conclude that androstenone in multiple delivery vehicles reduced leash pulling. The burst of air intended as a disruptive stimulus in the correction sprays may be too harsh for more sensitive dogs, and as such use of these sprays is cautioned in these animals. For other dogs, this interomone can be used to stop some behavior immediately or as a part of a training program to reduce undesirable behavior.

摘要

由于行为问题,例如拉扯牵引绳和跳跃,狗被送到收容所。信息素是一种由一个物种产生的化学信号,能在另一个物种中引起反应。我们之前报道过,猪的性信息素雄甾酮作为一种信息素,可以减少狗的吠叫。在这里,我们报告了两个使用 10 只狗/研究的模型:狗跳跃模型和狗行走模型。对于牵引绳拉扯模型,每次狗拉扯牵引绳时,散步者要么什么都不做(NOT),要么向狗喷水(H₂O)、喷雄甾酮+水(ANH)、喷 0.1 µg/mL 雄甾酮(AND1)或喷 1.0 µg/mL 雄甾酮(AND2)。记录每次散步时的拉扯次数。对于跳跃模型,每次狗跳跃时,研究人员要么什么都不做(NOT),要么向狗喷水(H₂O)、喷 ANH、AND1 或 AND2。记录跳跃次数和跳跃之间的时间。在研究 1 中,ANH、AND1 和 AND2 均比 NOT 和 H₂O 更能减少牵引绳拉扯(p< 0.01)。在研究 2 中,所有处理方法都能有效减少跳跃行为。雄甾酮减少了跳跃,但不如单独喷水引起的跳跃多。我们得出结论,多种输送载体的雄甾酮减少了牵引绳拉扯。作为纠正喷雾中干扰刺激的气流可能对更敏感的狗来说过于苛刻,因此在这些动物中应谨慎使用这些喷雾。对于其他狗,这种信息素可以立即阻止某些行为,或者作为减少不良行为的训练计划的一部分。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0072/4880851/0cedbae969b8/animals-06-00034-g001.jpg

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