objective to study the effects of strabismus on the development of the neurons in lateral geniculate nuclei (lgn) and visual cortex in cats.

目的观察斜视对猫外侧膝状体神经元和视皮层神经元发育的影响。

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。

conclusions there exists neurodegeneration in the lateral geniculate body in diabetic rat. app17 peptide can improve the degenerative procedure.

app17肽可改善糖尿病大鼠外侧膝状体神经元的退行性改变。

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。

retinal ganglion cells carry signals out of the eye to the lateral geniculate nuclei.

视网膜神经节细胞运载信号在眼睛外面对侧向膝状的神经核。

morphology of microvasculature of infant lateral geniculate body and visual cortex;

目的分析幼儿外侧膝状体微血管的形态结构。

these signals, known as pgo waves, originate in the visual cortex and in two other visual regions of the brain: the pons and the lateral geniculate nucleus.

被称为「脑电波」的这些信号起源于视觉皮层以及大脑的另外两个视觉区：前视区与后视区，。

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。

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

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。