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皮质酮和催乳素并不介导大鼠报警信息素的作用。

Corticosterone and prolactin do not mediate alarm pheromone effect in the rat.

机构信息

Fetal Alcohol Research Center, Wayne State University, 48201, Detroit, Michigan.

出版信息

J Chem Ecol. 1991 Nov;17(11):2155-61. doi: 10.1007/BF00987998.

Abstract

Corticosterone and prolactin do not reflect the alarm pheromone effect in the rat. Male rats were immersed in water previously swum in by 0, 1, or 2 other rats. Immobility decreased considerably after immersion in water previously swum in by one animal and did not decline further because of a "floor effect." Plasma corticosterone levels were increased by immersion in both fresh and soiled water. Prolactin levels were not increased significantly. Water condition did not significantly affect plasma corticosterone or prolactin levels when rats were sacrificed immediately after testing or 20 min after testing. These results indicate that neither corticosterone nor prolactin mediate the alarm pheromone phenomenon.

摘要

皮质酮和催乳素不能反映大鼠的警报信息素效应。雄性大鼠被浸入先前有 0、1 或 2 只大鼠游泳过的水中。在浸入一只动物先前游泳过的水中后,大鼠的不动性大大降低,并且由于“地板效应”而没有进一步下降。在浸入新鲜水和脏水时,皮质酮水平均升高。催乳素水平没有显著增加。当大鼠在测试后立即或测试后 20 分钟被处死时,水的条件并未显著影响皮质酮或催乳素水平。这些结果表明,皮质酮和催乳素都不能介导警报信息素现象。

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