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Reticulospinal Systems for Tuning Motor Commands

机译:网状椎体系统用于调节电机命令

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摘要

The pontomedullary reticular formation (RF) is a key site responsible for integrating descending instructions to execute particular movements. The indiscrete nature of this region has led not only to some inconsistencies in nomenclature, but also to difficulties in understanding its role in the control of movement. In this review article, we first discuss nomenclature of the RF, and then examine the reticulospinal motor command system through evolution. These command neurons have direct monosynaptic connections with spinal interneurons and motoneurons. We next review their roles in postural adjustments, walking and sleep atonia, discussing their roles in movement activation or inhibition. We propose that knowledge of the internal organization of the RF is necessary to understand how the nervous system tunes motor commands, and that this knowledge will underlie strategies for motor functional recovery following neurological injuries or diseases.
机译:椎弓状网状结构(RF)是负责整合下降指令以执行特定运动的关键部位。该地区性质不拘一格,不仅导致命名上有些矛盾,而且还导致人们难以理解其在控制运动中的作用。在这篇综述文章中,我们首先讨论RF的术语,然后通过进化来检查网状脊髓运动指令系统。这些命令神经元与脊髓中神经元和运动神经元具有直接的单突触连接。接下来,我们将回顾它们在姿势调整,步行和睡眠性无力状态中的作用,并讨论它们在运动激活或抑制中的作用。我们建议需要了解RF的内部组织,以了解神经系统如何调节运动命令,并且该知识将成为神经损伤或疾病后运动功能恢复策略的基础。

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