frontal cortex

Methods: Histological changes of the striatum, hippocampus and frontal cortex were observed by HE and Glees silver staining.

方法：H-E染色、Glees银浸染观察神经元和轴突的变化；

For example, the reward chemicals such as dopamine have their primary effects on our frontal cortex.

例如, 像多巴胺这样能给人带来益处的化学介质对我们的大脑前皮层具有至关重要的作用.

L EK levels of frontal cortex were lower than those of hypothalamic, pituitary (? P ? < 0.05 ).

大鼠额叶皮质LEK含量均较下丘脑 、 垂体LEK含量低,有显著性差异 ( P <0.05 ).

In order to investigate the significance and temporal change of inducible nitric oxide synthase ( iNOS) expression after frontal cortex injury in the rat, using frontal cortex sharp injury model, the pathological changes in damaged area were observed with Nissl and H.E.

为了探讨大鼠额叶损伤后不同时间诱导型一氧化氮合酶（iNOS）的表达变化及意义，本研究采用大鼠额叶锐器损伤模型，经Nissl和H。

Changes of synaptic transmission efficacy in rat frontal cortex after learning

学习后额叶皮层突触传递效能的探讨

The amygdala also sends information back to the frontal cortex.

扁桃体也会将讯息传回额叶皮质.

L EK levels of frontal cortex were lower than those of hypothalamic, pituitary (? P ? < 0.05 ).

大鼠额叶皮质LEK含量均较下丘脑 、 垂体LEK含量低,有显著性差异 ( P <0.05 ).

ObjectiveTo explore the orbital frontal cortex volumes changes in the late-onset depression.

目的探讨大脑眶额回体积在晚发抑郁症中的改变.

Effects of REM sleep deprivation on cognitive function and content of 5-HT in rat frontal cortex

REM睡眠剥夺对大鼠额叶皮质5-TH的含量及学习记忆的影响

RESULTS: ① The results of general magnetic resonance: there was atrophy in left temporal and frontal lobes, especially significant in temporal pole, which was manifested as widening of cerebral sulcuses and fissures, thinness of cortex, and enlargement of frontal and temporal angles.

结果：①常规磁共振检查结果：左侧颞叶及额叶萎缩，以颞极明显，表现为脑沟、脑裂增宽，皮层变薄，额、颞角增大。

Dopamine ( DA) contents of frontal cortex, striate body and hypothalamus tissues were assayed by using high performance liquid chromatography electro-chemical detection technique.

采用高效液相-电化学法测定部分脑区多巴胺（DA）含量。

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。