Stach W
Z Mikrosk Anat Forsch. 1981;95(2):161-82.
The population of type II-neurons in the Auerbach's plexus of the pig's small intestine consisting of bipolar, pseudo-unipolar, and multipolar elements could be characterized a.o. as follows: 1. The type II-cells are on principle concentrated in aggregates in the periphery and outside the ganglia. 2. The processes of type II-cells all leaving the ganglia or aggregates of origin, are of the same axonal structure. Considering further characteristics type II-cells are defined therefore as adendritic, multiaxonal neurons. 3. Contrary to the axons of the other multidendritic, uniaxonal types of neurons (type I, III, IV, V) those of type II-cells forming circular routes (besides the vertical ones) in the secondary branches of Auerbach's plexus can be followed up to the intramuscular plexus. That's why the type II-cells finally can be considered as adendritic, multiaxonal, and efferent neurons.
猪小肠奥尔巴赫神经丛中由双极、假单极和多极神经元组成的II型神经元群体具有以下特征：1. 原则上，II型细胞集中在外周和神经节之外的聚集体中。2. II型细胞的突起均离开神经节或起源聚集体，具有相同的轴突结构。因此，考虑到其他特征，II型细胞被定义为无树突、多轴突神经元。3. 与其他多树突、单轴突类型的神经元（I型、III型、IV型、V型）的轴突不同，II型细胞的轴突在奥尔巴赫神经丛的二级分支中形成环形路径（除了垂直路径），可以一直追踪到肌内神经丛。这就是为什么最终可以将II型细胞视为无树突、多轴突和传出神经元。
