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在青蛙的三叉神经核复合体和面神经核复合体中,运动神经元在大小和外周靶点方面存在差异。

Motoneurons differ in size and peripheral target in the trigeminal and facial nuclear complex of the frog.

作者信息

Matesz C, Birinyi A, Hevessy Z

机构信息

Department of Anatomy, University of Medicine, Debrecen, Hungary.

出版信息

J Hirnforsch. 1994;35(1):67-70.

PMID:8021457
Abstract

The cobalt labelling technique was applied to different branches of the frog trigeminal and facial nerves and the representation of muscle supplied by these nerves were studied. (1) The levator bulbi muscle is innervated by a small group of neurons localised in its rostromedial part of the trigeminal motor nucleus (nV). (2) The jaw closer muscles are represented in the rostral two thirds of the nV. (3) Muscles of the floor of the mouth, which contribute to the jaw opening, and the depressor mandibulae muscle are innervated from the caudal one third of the nV and from the facial motor nucleus, respectively. There were distinct differences in the shape and size of perikarya innervating these three functionally different muscle groups.

摘要

采用钴标记技术研究蛙三叉神经和面神经不同分支及其所支配肌肉的定位。(1)眼球提肌由位于三叉神经运动核(nV)吻内侧部的一小群神经元支配。(2)闭口肌在nV吻侧的三分之二区域定位。(3)参与张口的口底肌和下颌降肌分别由nV尾侧的三分之一区域和面神经运动核支配。支配这三组功能不同肌肉的神经细胞体在形状和大小上存在明显差异。

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