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Seasonal change in the avian hippocampus

机译:禽海马的季节变化

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The hippocampus plays an important role in cognitive processes, including memory and spatial orientation, in birds. The hippocampus undergoes seasonal change in food-storing birds and brood parasites, there are changes in the hippocampus during breeding, and further changes occur in some species in association with migration. In food-storing birds, seasonal change in the hippocampus occurs in fall and winter when the cognitively demanding behaviour of caching and retrieving food occurs. The timing of annual change in the hippocampus of food-storing birds is quite variable, however, and appears not to be under photoperiod control. A variety of factors, including cognitive performance, exercise, and stress may all influence seasonal change in the avian hippocampus. The causal processes underlying seasonal change in the avian hippocampus have not been extensively examined and the more fully described hormonal influences on the mammalian hippocampus may provide hypotheses for investigating the control of hippocampal seasonality in birds. (C) 2014 Elsevier Inc. All rights reserved.
机译:海马在认知过程中起着重要作用,包括鸟类中的记忆和空间方向。海马在食物储存鸟类和育雏寄生虫中经历季节性变化,在繁殖期间海马发生变化,并且在一些与迁移结合的某些物种中发生了进一步的变化。在食品储存的鸟类中,当缓存和检索食物的认知要求苛刻的行为时,秋季和冬季发生季节性变化。然而,食品储存鸟类海马的年度变化的时间相当可变,并且似乎不会在光纤控制下进行。各种因素,包括认知性能,运动和压力可能都可能影响禽流党的季节性变化。禽海马季节变化的因果流程尚未得到广泛检查,并且对哺乳动物海马的荷尔蒙影响更充分描述的荷尔蒙影响可以提供假设来研究鸟类中海马季节性的控制。 (c)2014年elsevier Inc.保留所有权利。

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