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鸟类脑组织的发育研究。

Developmental studies of avian brain organization.

作者信息

Puelles Luis

机构信息

University of Murcia and IMIB-Arrixaca, Dept Human Anatomy, Murcia, Spain.

出版信息

Int J Dev Biol. 2018;62(1-2-3):207-224. doi: 10.1387/ijdb.170279LP.

DOI:10.1387/ijdb.170279LP
PMID:29616730
Abstract

Avian brain organization or brain Bauplan is identical with that of vertebrates in general. This essay visits avian studies that contained advances or discussions about brain organization, trying to explain critically what they contributed. In order to start from a specific background, the new prevailing paradigm as regards brain organization, the prosomeric model, is presented first. Next a brief historic survey is made of how ideas on this topic evolved from the start of modern neuromorphology at the end of the 19th century. Longitudinal zonal organization with or without transverse segmentation (neuromeres) was the first overall concept applied to the brain. The idea of neuromeric structure later decayed in favour of a columnar model. This emphasized functional correlations rather than causal developmental content, assimilating forebrain functions to hindbrain ones. Though it became prevalent in the post-world-war period of neuroscience, in the last decades of the 20th century advances in molecular biology allowed developmental genes to be mapped, and it became evident that gene expression patterns support the old neuromeric model rather than the columnar one. This was also corroborated by modern experimental approaches (fate-mapping and analysis of patterning).

摘要

鸟类的脑组织结构或脑蓝图总体上与脊椎动物相同。本文探讨了有关鸟类脑组织结构的研究进展或讨论,试图批判性地解释它们的贡献。为了从一个特定背景开始,首先介绍了关于脑组织结构的新主流范式——前脑模型。接下来,简要回顾了从19世纪末现代神经形态学开始以来,关于这个主题的观点是如何演变的。带有或不带有横向分割(神经节段)的纵向带状组织是第一个应用于脑的整体概念。神经节段结构的概念后来逐渐衰落,转而支持柱状模型。这强调了功能相关性而非因果发育内容,将前脑功能与后脑功能同化。尽管它在二战后的神经科学时期变得普遍,但在20世纪的最后几十年里,分子生物学的进展使得发育基因得以定位,并且很明显基因表达模式支持旧的神经节段模型而非柱状模型。现代实验方法(命运图谱和模式分析)也证实了这一点。

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