premotor area

  • 网络运动前区;和运动前区;前运动区;前运动皮质区
premotor areapremotor area
  1. In two groups , the difficulty of task increased the laterality of prefrontal cortex , premotor area , and inferior parietal lobule decreased , but the laterality of posterior part of inferior frontal gyrus increased .

    两组中,与简单计算任务相比,执行复杂计算任务时前额皮层、运动前区和顶下小叶的LI均下降,而额下回后部LI增加。

  2. During simple and complex calculation , the laterality index of prefrontal cortex and premotor area was higher in right handed group than that in left handed group , but the laterality of inferior parietal lobule had no significant difference .

    在执行简单计算和复杂计算时,右利手组前额皮层、运动前区LI大于左利手组,额下回后部LI小于左利手组,顶下小叶偏侧化程度两组接近。

  3. Functional MRI evaluation on activation of premotor area in verb-generation task

    功能磁共振成像评价动词生成任务中运动前区激活

  4. Dorsal lateral of left prefrontal cortex , bilateral premotor area , posterior part of inferior frontal gyrus , medial frontal gyrus , and cortex around intraparietal sulcus , posterior part of inferior temporal gyrus , were all activated during simple calculation and complex calculation task .

    简单计算和复杂计算均可见左侧前额皮层、双侧运动前区/中央前回、额下回后部、额内回、扣带回前部、颞下回后部、顶下小叶激活。

  5. Animal experiments have found that the non-human primates , premotor cortex , sensorimotor area , frontal , parietal and temple operculum , orbitofrontal cortex and cingulate cortex are associated with swallowing function .

    动物实验发现,非人灵长目动物的运动前区皮质、感觉运动区、额叶、顶叶、颞叶岛盖、眶额皮质和扣带回皮质与吞咽功能相关。