颞叶

Large limbic structures of the medial temporal lobes, one in each hemisphere; the hippocampi are involved in certain kinds of memory.

中间颞叶的广大边缘结构，在各个半球；此结构被介入在某些记忆类型。

Methods 50 intractable temporal lobe epilepsy patients with histologically confirmed hippocampal sclerosis and 30 healthy volunteers were involved in the study.

方法50例手术病理证实为海马硬化的难治性颞叶癫痫患者和30例健康志愿者为研究对象。

Marginal dose of 10-12 gy to isodose line of 40-60% was delivered to the lateral temporal cortex, and 16-20 gy to 50% to the homolateral amygdale and hippocampus.

颞叶外侧皮质靶区边缘剂量10~12 gy，等剂量曲线40%~60%；加行同侧海马、杏仁照射，边缘剂量16~24 gy，等剂量曲线50%。

Neuroimaging: Medial Temporal Lobe Atrophy Rating Scale (0-4) and Age-Related White Matter Changes Scale (0-30), assessing white matter hyperintensities; and lacune counts.

神经影像学方面：评估白质高信号和陷窝计数使用了内侧颞叶萎缩等级量表（0－4分）、年龄相关的白质改变量表（0－30分）。

NOS neurons atrophy markedly in laterodorsal tegmental nucleus of aged mice. NOS neurons and synapses atrophy in Alzheimer's disease patient temporal cortex and amygdala, NOS neurons decrease by 18-33% in hippocampus.

衰老时NOS神经元发生了某些变化，老龄小鼠被盖背外侧核NOS神经元明显萎缩；Alzheimer's病人颞叶皮层和杏仁核NOS细胞及突触显著绉缩，海马分子层内侧1/3缺少NOS神经元，NOS神经元减少18～30%。

Hippocampus, an important structure of the limbic system administers human memory function and is ...

海马作为边缘系统的重要结构，主管人类的记忆和认知功能并和Alzheimer病和颞叶癫痫关系密切，一直为医学界研究的重要课题之一。

Objective: To analyze the clinical features and surgical role of low-grade gliomas of mesial temporal lobe.

目的：分析颞叶内侧低级别胶质瘤的临床特点及手术治疗效果。

Results of his brain MRI study revealed right mesial temporal sclerosis with early changes.

其脑部核磁共振影像发现有右颞叶内侧硬化的早期病变。

We integrate clinical and basic approach to elucidate the mechanism of memory dysfunction which is frequently seen in persons with mesial temporal lobe epilepsy and probably in children with FC.

本研究群联合临床和基础神经科学研究来了解内侧颞叶癫痫病人和曾有热性痉挛儿童的记忆障碍特点，危险因素和机制。

The myelinization of cerebellar white matter,middle cerebellar peduncles,anterior limb of internal capsule,splenium and genu of corpus callosum,centrum semiovale,the white matter in parietal-occipital area and frontal-temporal area were documented at birth to 5,2～4,3～7,3～5,4～7,2～7,3～9 and 4～12 months old,respectively.

髓鞘形成至成熟时间：小脑上下脚、桥脑背侧、丘脑腹外侧和内囊后肢后部出生时已成熟，小脑自出生至5个月，小脑中脚2～4个月，内囊前肢3～7个月，胼胝体后部、膝部分别是3～5个月、4～7个月，半卵圆中心2～7个月，枕顶叶白质3～9个月，额颞叶白质4～12个月。

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。