乘法任务中，两侧顶叶皮质、左侧额叶激活明显；
During mental multiplication, bilateral parietal cortexs and left frontal are major activity areas.
事实上，额顶叶皮质反倒出现了三个活跃增强区，其中一些是众所周知的理性思考区。
In fact what happened was increased activity in three areas of the frontal and parietal cortex, some of which are better known for their involvement in rational thought.
在这学习期间，脑部的正确的皮质，右顶叶皮质和左侧小脑变得活跃、PET影像显示。
During this learning period, parts of the brain called the right premotor cortex, the right parietal cortex and the left cerebellum became active, PET images revealed.
神经心理学的研究证实数字加工的这种数量表达分布于两半球，其优势区位于下顶叶皮质区。
Neuropsychological studies of number processing indicated that this representation is distributed in the two hemispheres and its dominant site points to inferior parietal cortex.
目的观察米酵菌酸对小鼠顶叶皮质毒性作用的超微结构改变，探讨米酵菌酸的中毒作用机理。
Objective To observe the ultrastructure changes of intoxicated mice parietal cortex caused by bongkrekic acid (BKA) and to explore the mechanism of BKA poisoning.
结果发现：大鼠尾壳核接受来自大脑皮质广泛区域的投射，包括额叶皮质1～2区、顶叶皮质1～2区和扣带前皮质等。
The retrograde labelling is present in wide areas of cortices including areas 1 and 2 in frontal cortices, areas 1 and 2 in the parietal cortices and the cingulate gyrus.
的发生和强度四个区域脑综合征估计：顶叶综合征，额叶综合征，皮质综合征和全球脑综合征。
The occurrence and intensity of four regional brain syndromes were estimated: parietal lobe syndrome, frontal lobe syndrome, subcortical syndrome and global brain syndrome.
磁共振弥散加权像所示皮质病灶部位与失语类型的关系：3例完全性失语患者均出现了颞叶后部的损害，2例出现了额叶前部和顶叶下部的病灶。
Relation between cortical lesions and aphasia revealed by DWI: 3 patients with global aphasia appeared posterior-temporal lesion, 2 ones appeared anterior-frontal and inferior parietal lesion.
脑部损伤所致这个病症，以大脑皮质运动区、临近中央沟的顶叶损伤发生率较高。
Brain damage caused by the disease, the cerebral cortex motor area, near the central sulcus of the parietal lobe injury rate is higher.
取大脑顶叶，用NOS组织化学法和图像定量分析观察了损伤致痛条件下大鼠感觉皮质NOS阳性神经元的变化。
The changes of NOS positive neurons on the somesthetic cortex were observed by histochemistry and image quantitative analysis methods.
皮质损伤以顶叶及颞叶最为严重。
Cortex of apical lobe and temporal lobe were damaged most seriously.
皮质损伤以顶叶及颞叶最为严重。
Cortex of apical lobe and temporal lobe were damaged most seriously.
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