Wysocki C J, Lepri J J
Monell Chemical Senses Center, Philadelphia, PA 19104.
J Steroid Biochem Mol Biol. 1991 Oct;39(4B):661-9. doi: 10.1016/0960-0760(91)90265-7.
In the last decade, research in our laboratories has focused on the effects of deafferentation of the mammalian chemosensory vomeronasal organ (VNX). Many different assays have been conducted and the results of some are briefly reviewed in this contribution, including the effects of VNX on neuroanatomical assessments using histochemistry (lectin binding) and immunohistochemistry (LHRH), male mouse and prairie vole ultrasonic vocalizations and hormone surges in response to cues from females, male mouse courtship and sexual behavior, territorial marking and inter-male aggression, the production of a puberty-altering substance found in mice, activation of reproduction in female voles (who generally do not exhibit estrous cycles) and maternal behaviors by female mice, including aggression directed toward intruder males. In some instances, the otherwise detrimental effects of VNX can be overcome by experience prior to deafferentation, especially in assays that are dependent upon expressions of behavior. In other situations, experience may have little impact on amelioration of the effects of VNX. The essential conclusions of this work focus our attention on reproductive physiology and behavior and a role for the vomeronasal organ in the perception of pheromones that modulate these functions.
在过去十年中,我们实验室的研究重点是哺乳动物化学感受犁鼻器(VNX)去传入神经后的影响。我们进行了许多不同的实验,本文简要回顾了其中一些实验结果,包括VNX对使用组织化学(凝集素结合)和免疫组织化学(促性腺激素释放激素)进行神经解剖学评估的影响、雄性小鼠和草原田鼠对来自雌性的线索做出的超声波发声和激素激增、雄性小鼠的求偶和性行为、领地标记和雄性间攻击行为、在小鼠体内发现的一种改变青春期物质的产生、雌性田鼠(通常不表现出发情周期)的生殖激活以及雌性小鼠的母性行为,包括对入侵雄性的攻击行为。在某些情况下,VNX原本有害的影响可以通过去传入神经之前的经历来克服,尤其是在依赖行为表达的实验中。在其他情况下,经历可能对减轻VNX的影响作用不大。这项工作的基本结论使我们将注意力集中在生殖生理学和行为以及犁鼻器在调节这些功能的信息素感知中的作用上。