鸡、丛林鸟和野生五倍子形目动物端脑组成的比较。

IF 2.1 4区 心理学 Q3 BEHAVIORAL SCIENCES
Brain Behavior and Evolution Pub Date : 2024-01-01 Epub Date: 2024-02-17 DOI:10.1159/000537844
Kelsey J Racicot, Jackson R Ham, Jacqueline K Augustine, Rie Henriksen, Dominic Wright, Andrew N Iwaniuk
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引用次数: 0

摘要

简介驯化是通过圈养选择性繁殖来改造动物以造福人类的过程。驯化动物的特征之一是大脑及其组成区域的大小;几乎所有驯化物种的大脑和大脑区域都比其野生祖先相对较小。尽管驯化对大脑的影响已在一系列哺乳动物和鸟类物种中进行了研究,但对于驯化对世界上最常见的鸟类--鸡(Gallus gallus)--的神经解剖学影响几乎一无所知:方法:我们比较了白羽肉鸡端脑的定量神经解剖学,以及与白羽肉鸡野生同类的红色丛林鸡和几种野生胆形目动物。我们特别关注端脑,因为端脑区域通常在家养鸡与野生鸡的比较中表现出最大的尺寸差异:结果:鸡端脑的相对大小大于丛林鸡和荷包松鸡(Bonasa umbellus)。鸡和丛林鸡的端脑区域相对大小没有差异,但与松鸡相比有差异。与鸡和丛林鸟相比,松鸡的上胼胝体较大,而内胼胝体、中胼胝体和纹状体体积较小。包括另外三个野生松鸡物种在内的多变量分析证实了这些发现:鸡和丛林鸟的栉状体和纹状体体积相对比松鸡大。相反,鸡和丛林鸟的中球和胼胝体体积则相对较小:通过这一系列的比较,我们得出结论,鸡并没有遵循通常被视为驯化过程中典型的端脑区域体积普遍缩小的模式。相反,鸡经历了马赛克式的变化,一些区域增大,另一些区域缩小,鸡与丛林鸟之间的差异很小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Comparison of Telencephalon Composition among Chickens, Junglefowl, and Wild Galliforms.

Introduction: Domestication is the process of modifying animals for human benefit through selective breeding in captivity. One of the traits that often diverges is the size of the brain and its constituent regions; almost all domesticated species have relatively smaller brains and brain regions than their wild ancestors. Although the effects of domestication on the brain have been investigated across a range of both mammal and bird species, almost nothing is known about the neuroanatomical effects of domestication on the world's most common bird: the chicken (Gallus gallus).

Methods: We compared the quantitative neuroanatomy of the telencephalon of white leghorn chickens with red junglefowl, their wild counterpart, and several wild galliform species. We focused specifically on the telencephalon because telencephalic regions typically exhibit the biggest differences in size in domesticate-wild comparisons.

Results: Relative telencephalon size was larger in chickens than in junglefowl and ruffed grouse (Bonasa umbellus). The relative size of telencephalic regions did not differ between chickens and junglefowl, but did differ in comparison with ruffed grouse. Ruffed grouse had larger hyperpallia and smaller entopallial, nidopallial, and striatal volumes than chickens and junglefowl. Multivariate analyses that included an additional three wild grouse species corroborated these findings: chicken and junglefowl have relatively larger nidopallial and striatal volumes than grouse. Conversely, the mesopallial and hyperpallial volumes tended to be relatively smaller in chickens and junglefowl.

Conclusion: From this suite of comparisons, we conclude that chickens do not follow a pattern of widespread decreases in telencephalic region sizes that is often viewed as typical of domestication. Instead, chickens have undergone a mosaic of changes with some regions increasing and others decreasing in size, and there are few differences between chickens and junglefowl.

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来源期刊
Brain Behavior and Evolution
Brain Behavior and Evolution 医学-行为科学
CiteScore
3.10
自引率
23.50%
发文量
31
审稿时长
>12 weeks
期刊介绍: ''Brain, Behavior and Evolution'' is a journal with a loyal following, high standards, and a unique profile as the main outlet for the continuing scientific discourse on nervous system evolution. The journal publishes comparative neurobiological studies that focus on nervous system structure, function, or development in vertebrates as well as invertebrates. Approaches range from the molecular over the anatomical and physiological to the behavioral. Despite this diversity, most papers published in ''Brain, Behavior and Evolution'' include an evolutionary angle, at least in the discussion, and focus on neural mechanisms or phenomena. Some purely behavioral research may be within the journal’s scope, but the suitability of such manuscripts will be assessed on a case-by-case basis. The journal also publishes review articles that provide critical overviews of current topics in evolutionary neurobiology.
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