Vil'ner B Ia, Arkatov Iu M, Lushchitskaia N I
Arkh Anat Gistol Embriol. 1986 Sep;91(9):30-3.
Nervous cells obtained by dissociation of the rat cranial cervical ganglion cultivated in vitro, are demonstrated to form a network in which spontaneous and provoked electric activity is registered. The structural base for transmission the electrical activity in the plexus are complex divergent-convergent complexes, formed by elementary morphofunctional units: contacts of varicose terminals with each other, with cell bodies and terminal boutons, contacts of the boutons with each other and with the cell bodies, etc. The phenomena are revealed by means of raster electron microscopy.
通过解离大鼠颅颈神经节获得的神经细胞在体外培养，已证明它们能形成一个网络，在该网络中可记录到自发的和诱发的电活动。丛中电活动传递的结构基础是复杂的发散 - 会聚复合体，由基本的形态功能单位形成：曲张终末彼此之间、与细胞体和终末小体的接触，小体彼此之间以及与细胞体的接触等。这些现象通过光栅电子显微镜得以揭示。
