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通过破坏雌激素受体基因使基因雌性小鼠的性别角色逆转。

Reversal of sex roles in genetic female mice by disruption of estrogen receptor gene.

作者信息

Ogawa S, Taylor J A, Lubahn D B, Korach K S, Pfaff D W

机构信息

Laboratory of Neurobiology and Behavior, Rockefeller University, New York, NY 10021, USA.

出版信息

Neuroendocrinology. 1996 Dec;64(6):467-70. doi: 10.1159/000127154.

Abstract

Deficiency of normal estrogen receptor(ER) gene function led to behavioral change in female mice (ERKO females). Maternal behavior as measured by retrieving of pups was reduced. In some cases, pups were killed by the ERKO females, which was not seen in wild-type animals. Aggression toward other females was increased. Female-typical lordosis behavior was reduced for at least two reasons: less response to somatosensory stimuli on the hindquarters, as well as the fact that ERKO females were immediately treated as intruder males by resident 'stud' males and were thus attacked. In sum, disruption of the ER gene led to a pattern of hormonal and neural changes which caused the females to lose their normal female-typical behavior and to behave and be treated more like males.

摘要

正常雌激素受体(ER)基因功能的缺陷导致雌性小鼠(ERKO雌性小鼠)出现行为变化。通过找回幼崽来衡量的母性行为减少。在某些情况下,ERKO雌性小鼠会杀死幼崽,而野生型动物中未见这种情况。对其他雌性的攻击性增加。雌性典型的脊柱前凸行为减少至少有两个原因:对后躯体感刺激的反应减少,以及ERKO雌性小鼠被常驻的“种”雄鼠立即视为入侵雄鼠并因此受到攻击。总之,ER基因的破坏导致了一系列激素和神经变化,使雌性小鼠失去了正常的雌性典型行为,其行为方式以及受到的对待更像雄性。

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