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水虎鱼(纳氏锯脂鲤)嗅球的连接

Connections of the olfactory bulb in the piranha (Serrasalmus nattereri).

作者信息

Ebbesson S O, Meyer D L, Scheich H

出版信息

Cell Tissue Res. 1981;216(1):167-80. doi: 10.1007/BF00234552.

Abstract

The connections of the olfactory bulb were studied in the piranha using the Nauta and horseradish-peroxidase methods. Three olfactory tracts project to seven terminal fields in the telencephalon and one in the diencephalon, all of them bilaterally. The contralateral olfactory bulb also receives a small input. All contralateral projections decussate in the anterior commissure and are relatively weak compared to the ipsilateral projections. HRP-containing cells were found in all of the ipsilateral telencephalic aggregates receiving an olfactory tract projection; the contralateral side was free of labeled cell bodies. Although only about one fourth of the entire telencephalon receives a direct olfactory input, the high degree of differentiation of the olfactory system suggests that the piranha depends substantially on the sense of olfaction and that this species may be a good model for further studies on olfactory mechanisms.

摘要

运用Nauta法和辣根过氧化物酶法,对水虎鱼嗅球的连接进行了研究。三条嗅束投射到端脑的七个终末区和间脑的一个终末区,所有投射均为双侧性。对侧嗅球也接受少量输入。所有对侧投射均在前连合处交叉,与同侧投射相比相对较弱。在所有接受嗅束投射的同侧端脑聚集区均发现了含HRP的细胞;对侧未发现标记的细胞体。尽管整个端脑只有约四分之一接受直接的嗅觉输入,但嗅觉系统的高度分化表明水虎鱼在很大程度上依赖嗅觉,并且该物种可能是进一步研究嗅觉机制的良好模型。

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