Popov V I, Zippel H P
Institute of Cell Biophysics, Russian Academy of Science, Pushchino.
Neurobiology (Bp). 1994;2(4):311-23.
An ultrastructural study was carried out of the cytoskeleton arrangement of neuronal and glial processes in the olfactory bulbs and the olfactory tracts of intact and operated goldfish. Ripple patterns of bundles formed by both microtubules and intermediated filaments (neurofilaments and glial filaments) suggest that the cytoskeleton of olfactory cell processes has a helical arrangement. One year after bilateral olfactory tract transection complete recovery in the ultrastructure of the medial and lateral subtracts was observed. The obtained results are interpreted as reflecting the inherent helicity of the cytoskeleton of the olfactory cell processes.
对完整和手术处理后的金鱼嗅球和嗅束中神经元及神经胶质细胞突起的细胞骨架排列进行了超微结构研究。由微管和中间丝（神经丝和神经胶质丝）形成的束状波纹模式表明，嗅觉细胞突起的细胞骨架呈螺旋排列。双侧嗅束横断一年后，观察到内侧和外侧亚区超微结构完全恢复。所得结果被解释为反映了嗅觉细胞突起细胞骨架固有的螺旋性。
