Panchin Iu V
Neirofiziologiia. 1984;16(4):540-3.
Two wings of the marine mollusc Clione limacina oscillate synchronously during swimming. These movements are controlled by pedal ganglia. Synchronization of rhythmic activities in the ganglia is produced by interneurons of groups 7 and 8 whose axons pass to the contralateral ganglion through the pedal commissure. After destruction of commissural pathways, rhythmic activities in the two ganglia become independent. The synchronization restores with the regeneration of axons of interneurons from groups 7 and 8.
海蜗牛(Clione limacina)的两片翼在游动时会同步摆动。这些运动由足神经节控制。神经节中有节奏活动的同步是由7组和8组中间神经元产生的,它们的轴突通过足连合传递到对侧神经节。在连合通路被破坏后,两个神经节中的有节奏活动变得独立。随着7组和8组中间神经元轴突的再生,同步得以恢复。