Division of Neurobiology, Department Biologie II, Ludwig-Maximilians-Universität München (LMU Munich), Martinsried, Germany.
Department Genes-Circuits-Behavior, Max-Planck-Institute for Biological Intelligence (i.F.), Martinsried, Germany.
Brain Behav Evol. 2022;97(6):336-360. doi: 10.1159/000525607. Epub 2022 Jun 21.
The neuromeric/prosomeric model has been rejuvenated by Puelles and Rubenstein [Trends Neurosci. 1993;16(11):472-9]. Here, its application to the (teleostean) fish brain is detailed, beginning with a historical account. The second part addresses three main issues with particular interest for fish neuroanatomy and looks at the impact of the neuromeric model on their understanding. The first one is the occurrence of four early migrating forebrain areas (M1 through M4) in teleosts and their comparative interpretation. The second issue addresses the complex development and neuroanatomy of the teleostean alar and basal hypothalamus. The third topic is the vertebrate dopaminergic system, with the focus on some teleostean peculiarities. Most of the information will be coming from zebrafish studies, although the general ductus is a comparative one. Throughout the manuscript, comparative developmental and organizational aspects of the teleostean amygdala are discussed. One particular focus is cellular migration streams into the medial amygdala.
神经节/胚胎模型已被 Puelles 和 Rubenstein [Trends Neurosci. 1993;16(11):472-9]重新提出。在这里，详细介绍了其在（硬骨鱼类）鱼类大脑中的应用，首先是一个历史叙述。第二部分讨论了三个主要问题，这些问题对鱼类神经解剖学特别感兴趣，并探讨了神经节模型对其理解的影响。第一个问题是硬骨鱼类中四个早期迁移的前脑区（M1 到 M4）的出现及其比较解释。第二个问题涉及硬骨鱼类翼状和基底下丘脑的复杂发育和神经解剖学。第三个主题是脊椎动物多巴胺能系统，重点是一些硬骨鱼类的特殊性。虽然一般来说是比较性的，但大部分信息将来自斑马鱼研究。在整篇文章中，讨论了硬骨鱼类杏仁核的比较发育和组织方面。一个特别关注的是细胞迁移流进入内侧杏仁核。
