lateral geniculate body

Blood supply of human lateral geniculate body and its clinical significance

人外侧膝状体的血液供应及其临床意义

Alteration of lateral geniculate body cells after partial injury

大鼠视神经钳伤后外侧膝状体细胞损伤的研究

Analysis of single unit activity in the lateral geniculate body of the cat

猫外膝体单位电活动的分析

The postnatal development of the lateral geniculate body of the rabbit

兔外膝体的生后发育

Morphology of microvasculature of infant lateral geniculate body and visual cortex

幼儿外侧膝状体及视皮质微血管的形态学

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

噪声对大鼠外侧膝状体神经元光反应的影响

Objective : To study the microvascular morphology and structure of infant lateral geniculate body and visual cortex .

目的：探讨幼儿外侧膝状体及视皮质微血管构筑的形态结构。

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

目的分析幼儿外侧膝状体微血管的形态结构。

Although the ontogeny of the optic system to the lateral geniculate body , superior colliculus have been well studied .

虽然视神经的发育已有报告，但对于到副视神经系统的内终核之研究却未有了解。

Refers to a collection of axons coursing from the lateral geniculate body to the visual cortex .

收集从侧膝状体到视觉皮质的轴突传递。

Conclusion : There is synchronous development in the microvascular of the homologous region between infant lateral geniculate body and visual cortex .

结论：幼儿外侧膝状体及视皮质相对应区域微血管同步发育。

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

幼小家兔眼球摘除后外侧膝状体的跨元溃变

Distribution of collaterals of OPTIC-TRACT fibers in the ventral nucleus of lateral geniculate body and its adjacent structures

视束纤维侧枝在外膝状体腹核及其附近的分布

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 ) .

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）。

Studies have shown that patients with glaucoma lateral geniculate body , visual cortex and other central visual pathway also exists a corresponding injury , suggesting that glaucoma may be a neurological degenerative disease .

研究表明，青光眼患者外侧膝状体、视皮质等中枢视路也存在相应损伤，提示青光眼可能是一种神经退变性疾病。

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 .

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。

Results : The microvascular density of posterior 1 / 3 in 17th area was the highest , anterior 1 / 3 was higher than middle 1 / 3 . The microvascular density of posterior 2 / 3 was higher than anterior 1 / 3 in lateral geniculate body .

结果：幼儿视皮质（17区）后1/3的微血管密度最高，前1/3次之，中1/3最低。外侧膝状体后2/3的微血管密度高于前1/3。

In normal aging group , tissues were taken from left superior frontal gyrus , striatal area of left occipital lobe , left putamen ( striatum section , including head of caudate nucleus ), and left hippocampus ( from lateral geniculate body section to medial occipitotemporal gyrus ) .

正常增龄组均于左侧4个部位取材，分别为额上回前部、枕叶纹区、壳核（纹状体平面，包括尾状核头部）、海马（外侧膝状体平面，取至枕颞内侧回）；