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首页> 外文期刊>Aggressive behavior: A multidisciplinary journal devoted to the experimental and observational analysis of conflict in humans and animals >Intra-female aggression in the mouse (Mus musculus domesticus) is linked to the estrous cycle regularity but not to ovulation
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Intra-female aggression in the mouse (Mus musculus domesticus) is linked to the estrous cycle regularity but not to ovulation

机译:小鼠体内的侵略性与发情周期规律有关,但与排卵无关

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摘要

Intraspecific communication between mice takes place mainly via urinary chemosignals or "pheromones". Pheromones can influence aggressive and reproductive behavior as well as the neuroendocrine condition of the recipient female mice via their olfactory system. In this study, reproductively cyclic mice in the estrus phase were used to test intraspecific agonistic aggressive behavior. Data were obtained also on the count of the eggs shed in the oviducts. The results showed that (i) individually housed female mice are more aggressive toward an intruder female mouse than grouped mice, (ii) mice in which the vomeronasal organ was removed show aggressive behavior intermediate between individually housed and grouped mice, and (iii) a within group analysis did not show a positive correlation between aggression and presence of shed eggs in the oviducts.
机译:小鼠之间的种内通讯主要通过尿液化学信号或“信息素”发生。信息素可以通过嗅觉系统影响雌性小鼠的侵略性和生殖行为以及神经内分泌状况。在这项研究中,处于发情期的生殖循环小鼠被用于测试种内激动性攻击行为。还获得了输卵管内产卵数的数据。结果表明(i)单独饲养的雌性小鼠比成群小鼠对入侵雌性小鼠更具攻击性;(ii)切除了犁鼻鼻器官的小鼠表现出介于单独饲养和成群小鼠之间的侵略性行为,以及(iii)组内分析未显示侵略性与输卵管中产卵量之间呈正相关。

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