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首页> 外文期刊>Journal of Behavioral and Brain Science >Roles of Sex Steroids in the Crowings with Sexual and Non-Sexual Motivations in Female Japanese Quail, Coturnix Japonica
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Roles of Sex Steroids in the Crowings with Sexual and Non-Sexual Motivations in Female Japanese Quail, Coturnix Japonica

机译:性类固醇在日本女性鹌鹑(Coturnix Japonica)有性和非性动机的打鸣中的作用

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To examine the sex differences in the crowing behavior of the Japanese quail, we investigated the effects of sex steroids on calling behaviors using female birds, and the data were compared with those obtained in our previous study in male birds which was performed using the same experimental procedures as those in the present study. We injected the female quails daily from 11 to 41 days after hatching with testosterone propionate (TP), 5α-dihydrotestosterone (DHT; a non-aromatizable androgen), estradiol benzoate (EB) or vehicle, and examined their calling behaviors in both sexual and non-sexual contexts. In a non-sexual context of the birds being isolated in a recording chamber, androgens, either TP or DHT, induced crowing in place of distress calling while EB simply inhibited distress calling. These effects of sex steroids on the calling behaviors were almost identical to those in the male quails. In a sexual context of the birds being left undisturbed in their home cages, crowing was induced by chronic treatment with TP, but not either DHT or EB, suggesting that both estrogenic and androgenic actions are required to induce the sexually motivated crowing. Although these results were basically the same as those in the male quails, the crowing in the female quails occurred much less frequently compared to that of the male quails. These data suggest that in the Japanese quail, crowing behavior, when it is restricted to sexually motivated one, is quantitatively different between male and female in the responsiveness to sex steroids.
机译:为了研究日本鹌鹑在鸣叫行为中的性别差异,我们调查了雌性类固醇对雌性鸟鸣叫行为的影响,并将数据与我们先前在雄性鸟中的研究(使用相同实验进行的比较)进行了比较程序与本研究相同。我们在孵化后的11至41天每天给雌性鹌鹑注射丙酸睾丸激素(TP),5α-二氢睾丸激素(DHT;不可芳香化的雄激素),苯甲酸雌二醇(EB)或媒介物,并检查它们在性和性行为中的呼唤行为非性情境。在无性的情况下,将鸟类隔离在记录室中,雄激素(TP或DHT)诱导鸣叫而不是遇险呼叫,而EB只是抑制了遇险呼叫。性类固醇对the叫行为的这些影响几乎与雄性鹌鹑相同。在性爱的环境中,家禽保持家禽笼中不受干扰,是通过长期使用TP而不是DHT或EB诱导打鸣的,这表明需要雌激素和雄激素作用来诱发性刺激打鸣。尽管这些结果与雄性鹌鹑基本相同,但与雄性鹌鹑相比,雌性鹌鹑发生鸣的频率要低得多。这些数据表明,在日本鹌鹑中,当仅限于性动机时,打wing行为在性别方面对雄性激素的反应在数量上是不同的。

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