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首页> 外文期刊>Journal of Experimental Neuroscience >Contralateral Deafferentation Does Not Affect Regeneration Processes in the Auditory System of Schistocerca gregaria (Orthoptera):
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Contralateral Deafferentation Does Not Affect Regeneration Processes in the Auditory System of Schistocerca gregaria (Orthoptera):

机译：对侧脱除花粉不影响血吸虫（直翅目）的听觉系统中的再生过程：

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摘要

The auditory system of locusts has high regeneration capacity following injury of the peripheral afferents. Regenerating auditory afferents can re-innervate their target areas even after changed neuronal pathways. Here, possible influences of contralateral deafferentation on regenerating afferents were investigated. Contralateral deafferentation was performed at different stages of the regeneration. Regeneration was triggered by crushing the tympanal nerve. The regenerated fibers showed aberrant fiber outgrowth, reduced density of terminations in the target area, the auditory neuropile and collateral sprouts crossing the midline. However, these results were not significantly influenced by the contralateral deafferentation. Therefore the bilateral symmetrical systems seem to be largely independent from each other.
机译：刺槐的听觉系统在周围传入体受伤后具有较高的再生能力。再生的听觉传入神经即使在改变神经元通路后也可以重新激活其目标区域。在此，研究了对侧脱除针刺对再生传入体的可能影响。在再生的不同阶段进行对侧脱除针叶。鼓室神经压迫引起再生。再生的纤维显示出异常的纤维生长，目标区域的末端密度降低，听觉神经桩和附带的新芽越过中线。但是，这些结果并未受到对侧脱除咖啡因的影响。因此，双边对称系统似乎在很大程度上彼此独立。

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