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性腺类固醇对雌性大鼠性行为和攻击行为的影响。

Gonadal steroid influence upon sexual and aggressive behavior of female rats.

作者信息

Van de Poll N E, Taminiau M S, Endert E, Louwerse A L

机构信息

Netherlands Institute for Brain Research, Amsterdam.

出版信息

Int J Neurosci. 1988 Aug;41(3-4):271-86. doi: 10.3109/00207458808990734.

Abstract

The present experiment investigates the activation of aggressive and sexual behaviors by gonadal hormones in female rats of the S3-strain. In the first experiment three doses of testosterone propionate (TP) were chronically injected. In the second experiment effects of TP were compared to those of estradiol benzoate (EB) and methyltrienelone (R1881), a synthetic, unaromatizable androgen. Females of the S3-strain were tested against TP-treated female Wistar rats as opponents, and masculine and feminine sexual responses were assessed in the test for aggression as well as in separate tests with sexually active stimulus animals. The results of the first experiment indicate that TP in all doses, increased aggressive as well as sexual behavior equally, although plasma testosterone levels differed significantly between the groups. In the second experiment, EB significantly decreased overall aggression as compared to control-treatment. TP- and R1881-stimulated fighting, particularly, as the most offensive parameter of aggression, but did not increase overall levels of aggression. Tests for sexual preference in which the choice between a sexually active male or female was given, indicated that TP-treated females stayed near males with longer durations. Scentmarking frequencies, measured in the semiopenfield test, were effectively activated by TP-treatment. EB- and R1881-treatment resulted in intermediate levels of marking behavior.

摘要

本实验研究性腺激素对S3品系雌性大鼠攻击行为和性行为的激活作用。在第一个实验中,长期注射三种剂量的丙酸睾酮(TP)。在第二个实验中,将TP的作用与苯甲酸雌二醇(EB)和甲基三烯olone(R1881,一种合成的、不可芳香化的雄激素)的作用进行比较。将S3品系的雌性大鼠与经TP处理的雌性Wistar大鼠作为对手进行测试,并在攻击测试以及与性活跃刺激动物的单独测试中评估雄性和雌性的性反应。第一个实验的结果表明,尽管各组之间血浆睾酮水平存在显著差异,但所有剂量的TP均同等程度地增加了攻击行为和性行为。在第二个实验中,与对照处理相比,EB显著降低了总体攻击性。TP和R1881尤其刺激了战斗,作为攻击最具攻击性的参数,但并未增加总体攻击水平。在性偏好测试中,在性活跃的雄性或雌性之间进行选择,结果表明经TP处理的雌性在雄性附近停留的时间更长。在半开放场测试中测量的气味标记频率,经TP处理后被有效激活。EB和R1881处理导致标记行为处于中等水平。

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