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Early lexico-semantic modulation of motor related areas during action and non-action verb processing

机译:动作和非动作动词处理期间运动相关区域的早期词汇语义调制

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Although action verb processing deficits have been described in diseases affecting the motor system, research on temporal processing in this area has not been reported. In this study, action and non-action verb processing was contrasted in healthy volunteers using electro-encephalography. These data may serve as a control condition for further research in motor disorders. Latency and amplitude evaluations as well as source reconstruction were applied on event-related potentials. Action verbs evoked higher activation in bilateral sensorimotor areas from 155 to 174 ms and in bilateral dorsolateral prefrontal cortex (DLPFC) from 219 to 238 ms. Hand action verb processing activates the motor programmes of the actions the verbs refer to. This seems not restricted to the core (pre)motor cortical areas of the brain. A broad motor brain network is hypothesized to be involved. While sensorimotor activation seems essential for action verb understanding, this cannot be concluded for DLPFC activation. (C) 2015 Elsevier Ltd. All rights reserved.
机译:尽管已在影响运动系统的疾病中描述了动作动词处理不足,但尚未报道该领域的时间处理研究。在这项研究中,使用脑电图对健康志愿者的动作和非动作动词处理进行了对比。这些数据可作为进一步研究运动障碍的控制条件。潜伏期和幅度评估以及源重构都应用于与事件相关的电位。动作动词在155到174 ms的双侧感觉运动区和219到238 ms的双侧背外侧前额叶皮层(DLPFC)中引起更高的激活度。手势动词处理会激活谓词所指动作的运动程序。这似乎不限于大脑的核心(运动皮层)区域。假设涉及广泛的运动脑网络。虽然感觉运动激活对于动作动词的理解似乎必不可少,但对于DLPFC激活尚不能得出结论。 (C)2015 Elsevier Ltd.保留所有权利。

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