外侧膝状体

人外侧膝状体的血液供应及其临床意义

Blood supply of human lateral geniculate body and its clinical significance

结果（1）脑组织不同部位（外侧膝状体、嘴侧丘、视皮质）中c-fos在对照组、缺血组、缺血再灌注组间无统计学差异（P>0.05）。

Results Compared with groups from 1 to 3 , the contents of c-fos in brain tissue including lateral geniculate body and visual area regions were obviously statistic significance ( P < 0.05 ) .

三组在外侧膝状体和前丘Mn2+最大增强信号及SNR的两两比较上均有显著性的差异（P<0.001）。

Three groups showed significant difference in enhanced signal and SNR ( P < 0.001 ) .

大鼠外侧膝状体背核神经元超微结构定性与定量观察HRPTMBST电镜法

A quantitative study of neuronal ultrastructure in the dorsal lateral geniculate nucleus of rat

剥夺性弱视猫外侧膝状体c-fos基因及fos蛋白表达

The Differences of Fos Protein and c-fos Gene Expression in Lateral Geniculate Nucleus After Monocular Deprivation

即早基因c-fos在视神经损伤大鼠外侧膝状体中的表达

Expression of immediate early gene c-fos in the lateral geniculate nucleus of rats with optic nerve injury

大鼠外侧膝状体背侧核中间神经元数量百分比研究HRPTMBST法

The percentage of interneurons in the dorsal lateral geniculate necleus of the rat : hrp-tmb-st mehtod

结论：c-fos在脑外侧膝状体、嘴侧丘、视皮质参与损伤作用。

CONCLUSION : The c-fos in pregeniculum , rostral cerebral ganglion and visual cortex takes part in the injury .

S100蛋白与GFAP在猫外侧膝状体表达的年龄相关性变化

Age-related changes of S100 protein and GFAP expressions in the lateral geniculate nucleus of cats

神经生长因子对单眼剥夺大鼠外侧膝状体nNOS表达的影响

Effect of NGF on the expression of nNOS in lateral geniculate nucleus of monocular deprived rats

本文从SP的分子神经生物学，以及在视网膜、外侧膝状体和视皮层的定位及作用等诸方面，简要介绍其近期研究进展。

This article briefly introduces current opinions on SP in molecular neurobiology and the distribution and function in retina , lateral geniculate nucleus and visual cortex .

单眼剥夺大鼠视17区及外侧膝状体中生长相关蛋白（GAP-43）的表达及其意义

Expression and Significance of GAP-43 in Lateral Geniculate Nucleus and Visual Cortex Area 17 of Monocularly Deprived Rats

同龄猫剥夺层外侧膝状体Fos蛋白和CFos原位杂交阳性细胞数及OD值较正常猫减少（P<0.05）。

The number of positive cells and the OD of Fos protein and c-fos gene of deprived eyes were lower than those of normal cats at the same age ( P < 0.05 ) .

用快速Golgi法研究了金黄地鼠外侧膝状体背侧核（LGd），观察了核内三种不同形态特征的神经元。

Rapid Golgi preparations of golden hamster dorsal lateral geniculate nucleus ( LGd ) show three classes of neurons with different morphological characteristics .

结果3只斜视猫斜视眼投射到同侧外侧膝状体A1层细胞的细胞色素氧化酶活性降低，而投射到对侧外侧膝状体A层细胞的酶活性未见降低；

Results The cytochrome oxidase activity in the neurons of lamina A 1 of the ipsilateral projecting side of LGN was decreased and no change was found in the contralateral projecting side .

calbindinD-28k阳性细胞主要出现在外侧膝状体的腹侧核内侧核团和中间核内。

Expression of calbindin D-28k was mainly observed in the medial subdivision of ventral LGN and IGN .

结果与青年猫相比，老年猫外侧膝状体各层中S100蛋白与GFAP表达均有不同程度的显著增强（P<0.01）。

Results Compared with those of young cats , the numbers of S100-IR and GFAP-IR cells both increased significantly to different degrees in the LGN of old cats ( P < 0.01 ) .

方法对不同胎龄的7个胎儿眼球标本进行灌注固定后，分别于标本的视束、上丘臂和视皮质下板层植入DiI染色晶体，以标记来自视网膜和外侧膝状体的轴突。

Methods DiI was embedded into the optic tract , brachium of superior colliculus and subplate of visual cortex in fixed postmortem human tissues of 7 fetuses .

在视皮质（17区）各部位引入HRP：屏状核内未见标记细胞。而在双侧视皮质18区和对侧视皮质17区、双侧外侧膝状体背核和丘脑外侧后核可见逆行标记细胞。

In the Injection different part area 17 : No labeled cells were found in the claustrum , but appeared in both sides of area 18 , contralateral area 17 , dorsal nuclei of lateral geniculated body and lateral posterior nuclei of thalamus .

用免疫组化及Nissl染色结合图像分析半定量测定视网膜、外侧膝状体及视皮质的神经营养因子-3（neurotrophic-3，NT-3）的表达强度和Nissl小体的含量。

Expression of neurotrophic-3 and the content of Nissl bodies in retina , external geniculate body ( EGB ) and visual cortex ( VC ) were shown by immunohistochemical staining and toluidine blue-eosin staining , and were quantitated by image analysis system .

与阴性对照组相比，中药治疗组大鼠视网膜、外侧膝状体及视皮质的NT-3的表达强度和Nissl小体的含量均明显增高，尤以中药高剂量组明显（P<0.05或0.01）。

Compared with the negative control group , the positive staining of NT-3 and the content of Nissl bodies in retina , EGB and VC were significantly high in all of the TCM groups , especially in the high dose group ( P < 0.05 or 0.01 ) .

目的：为外侧膝状体（LGB）缺血所致的视野缺损提供形态学依据。

Objective : To provide morphological evidences for visual field defect caused by ischemia of LGB . Methods : The arteries origin and vascularization of the lateral geniculate body ( LGB ) in adult and fetus brains was observed by microscope .

幼儿外侧膝状体及视皮质微血管的形态学

Morphology of microvasculature of infant lateral geniculate body and visual cortex

大鼠外侧膝状体背核的主要突触构筑

The principal synaptic organization in the dorsal lateral geniculate nucleus of rat

实验性视神经损伤模型的外侧膝状体变化研究

Study on Changes of Lateral Geniculate Nucleus in Experimental Optic Nerve Injury Models

大鼠视神经钳伤后外侧膝状体细胞损伤的研究

Alteration of lateral geniculate body cells after partial injury

幼小家兔眼球摘除后外侧膝状体的跨元溃变

The transneuronal degeneration in the lateral geniculate body of infant rabbits after eyeball enucleation

金黄地鼠外侧膝状体背侧核细胞形态学及其投射神经元的确定

Morphology of neurons and identification of projecting cells in the hamster dorsal lateral geniculate nucleus

噪声对大鼠外侧膝状体神经元光反应的影响

Effects of Noise on Light Response of Lateral Geniculate Body ( LGB ) Units of Rats

目的分析幼儿外侧膝状体微血管的形态结构。

Objective To analyse the microvascular morphology and architecture of lateral geniculate body ( LGB ) .