枕叶

In patients with CPS but without GTS, the focus was mostly located in unilateral temporal lobe, esp, in the medial temporal lobe or the limbic system if the ictal and the interictal EEG was normal, but in those patients with CPS and GTS, the focus was located in the lateral temporal parietal lobe or temporal parietal-occipital areas.

CPS不继发全身性发作的患者，病灶多局限于一侧颞叶，如发作期和发作间期脑电图均正常，更应考虑病灶位于颞叶内侧面，或边缘系统；CPS继发GS的患者病灶多位于颞叶外侧面与顶、枕交界区。

Results The volume of phloem fiber cell of pulvinus was enlarged at sleeping situation but at awakening situation.

结果］睡眠状态下的叶枕部韧皮纤维细胞体积增大，而觉醒状态下的叶枕部韧皮纤维细胞体积缩小。

The leaf was opening after the cells of pulvinus absorbed the water and the leaf was in closure while the water was drainage from the leaf.

结论］叶枕部细胞吸水撑大后叶子就张开，叶枕细胞排水缩小后叶子就闭合。

Pronounced differences were found in Left perisylvian/Language and Medial temporal/Memory systems, along with significant differences in Lateral/Prefrontal/Working memory and Anterior cingulate/Cognitive control and smaller, nonsignificant differences in Occipitotemporal/Pattern vision and Parietal/Spatial cognition.

左侧外侧裂区和颞叶中部存在显著的差异。前额叶与额叶侧部和前扣带回之间也具有显著差异。而枕颞叶和顶叶之间的差异较小，且没有显著性。

Dramatic response in the central part of the occipital lobe, which was related to white light stimuli, located at primary visual cortex. Response area in bilateral Broadaman 19 areas was related to vision-motion function.

枕叶中央区域的强烈反应位于初级视觉皮层区，与白光刺激有关；两侧19区的反应与视觉运动功能有关。

The findings of imaging of all cases included bilateral white matter of parietal and occipital lobe abnormalities, which appeared as large areas of low density on CT scan, hypointense in T1 and hyperintense in T2 on MRI scan.

头颅CT或MRI检查5例均显示双侧顶枕叶白质为主的较大范围的异常，其中CT为低密度、MRI为长T1、长T2信号。

Through fMRI, a statistical analysis confirmed the signals of occipital lobe on cortex increased through three colours stimulating,among them blue stimulate is the most

通过对fMRI图进行统计学分析，证实在光的刺激下枕叶视皮层血流信号增强，三种颜色刺激中以蓝光最敏感，并且右侧信号变化比左侧强。

The latency of N2 varies between 150ms and 250ms, which was affected by textures gradients and linear perspective.

视差诱发了枕叶皮层的负波N2.N2潜伏期在150-250ms之间，并受纹理梯度和线条透视等线索的影响。

A patient with bilateral occipital-lobe lesions L.H.

一个双侧枕叶病变的病人L.H。

L.H. showed intact conceptual priming for visually presented words; his pattern of impaired visuoperceptual priming and intact conceptual priming is the reverse dissociation to that observed in prior studies of patients with Alzheimer's disease, in whom occipital cortices are relatively spared.

这些双重分裂表明定位在枕叶皮质的记忆系统调节视觉知觉启动效应，这一系统不依赖神经回路调节的概念启动效应，且不依赖有助於最近遇到信息的知觉识别的边缘间脑的系统。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。