无长突细胞

视网膜无长突细胞5-HT免疫组织化学研究

A study of amacrine cells with 5-HT like immune reactivity in the bullfrog retina

结论：大NOS阳性细胞可能为节细胞，小NOS阳性细胞可能为无长突细胞、网间细胞或双极细胞。

The large cells may be ganglion cells and the small cells may be amacrine cells , interplexiform cells or bipolar cells .

结果：老年猫、青年猫GABA免疫反应阳性结构均见于无长突细胞、内网状层、神经节细胞和神经纤维层。

Results : GABA-IR structure of both groups was observed in amacrine cells , inner plexiform layer , ganglion cells and nerve filament layer .

RCS大鼠视网膜水平细胞与视杆双极细胞形态的改变未影响无长突细胞的树突在内网状层的分层。

The morphology changes of horizontal cell and rod bipolar cell in RCS rats did not affect the lamination of amacrine cells ' dendrites in IPL .

RCS鼠则分布于视网膜内丛状层的少量神经纤维、极少量GABA阳性免疫反应的无长突细胞和节细胞层的部分纤维。

In the retina of RCS rats , GABA-like immunoreactivity was observed in the inner plexiform layer , few GABA-ergic amacrine cells and the ganglion cell layer .

15.4%是移位无长突细胞或视网膜节细胞（RGC）。

15.4 % TH ⅰ R neurons were displaced amacrine cells and / or ganglion cells ( RGC ) .

除了文献报道的水平细胞外，我们还发现Vimentin在4周内的M櫣ller细胞和无长突细胞内表达？

Besides the horizontal cells , positive staining of Vimentin was also found in M ü ller cells and amacrine cells at 4 weeks after birth .

MNU并不诱导其他神经元包括双极细胞，无长突细胞，水平细胞和节细胞发生凋亡。

MNU did not affect morphology of other retinal neurons including bipolar cells , amacrine cells , horizontal cells and ganglion cells .

结果表明：NPY样免疫反应仅存在于无长突细胞中。在102个免疫反应阳性无长突细胞中，92%为Ⅰ型，8%为Ⅱ型。

The results showed that of 102 NPY like immunoreactive neurons observed , 92 % were Type ⅰ amacrine cells , another 8 % of NPY positive cells were classified as Type ⅰ amacrine cells .

本实验的目的是研究家兔视网膜方向选择性神经节细胞（DSGCs）的树突与星爆无长突细胞（SAs）树突之间的关系以及这种树突间的相互作用在方向选择性产生机制中的贡献。

This study was aimed to examine the relationship between dendrites of direction-selective ( DS ) ganglion cell and processes of starburst amacrine cell in rabbit retina and to see how the dendritic interaction could contribute to the DS mechanism .

NPY-IR的无长突细胞突起主要接受双极细胞的突触传入（86%），极少数接受未标记的无长突细胞的突触传入（14%）。

NPY-IR amacrine cells predominantly received synaptic input from bipolar cell axon terminals ( 86 % ), while a few input from other amacrine cell processes ( 14 % ) .

利用Nissl染色、视神经溃变试验和计算机图像处理的方法，研究了30日龄鸡（P30）视网膜移动性无长突细胞（displacedamacrinecells，dACs）的形态、数量和密度分布。

The distribution , number and size of displaced amacrine cells ( dACs ) were studied using Nissl staining , retrograde cell degeneration with axotomy of the optic nerve , and image analysis by a computer in the retina of chick ( posthatching day 30 , P30 ) .

免疫电镜定量分析揭示NPY-IR无长突细胞与未标记的无长突细胞突起（49.7%）和神经节细胞树突（49.3%）形成突触联系。

As for ultrastructure , quantitative analysis showed that NPY-IR amacrine cell processes were most often presynaptic to NPY negative amacrine cell processes ( 49.7 % ) and ganglion cell dendrites ( 49.3 % ) .

无长突细胞在第1天显示数目减少；

Decreasing number of amacrine cells was found after 1 day ;

视网膜神经节细胞与无长突细胞间示踪剂偶联

Tracer coupling between retinal ganglion cells and amacrine cells

小鼠视网膜胆碱能无长突细胞出生后的密度分析

Density and Distribution of Cholinergic Amacrine Cells in the Mouse Retina in Different Postnatal Stages

脑啡肽与生长抑素在鸡视网膜无长突细胞共存的免疫组织化学研究

Immunohistochemical study on the coexistence of enkephalin and somatostatin in amacrine cells of the chicken retina

神经紧张素样免疫反应无长突细胞在鸡视网膜的定位&光镜与免疫电镜研究

Localization of neurotensin-like immunoreactive amacrine cells in the chick retina : a light and electron microscopic study

无长突细胞接受双极细胞的输入，并通过侧向投射影响周围的神经节细胞、双极细胞和其他的无长突细胞。

Amacrine cells receive the input from bipolar cell , and through the lateral projection to influence the ganglion cells 、 bipolar cells and other non-amacrine cells in the around .

结果术后3mo植片成活5例，可见视锥、视杆细胞，较少的神经节细胞和较多的无长突细胞、米勒细胞生长。

Results In 5 survival grafts out of 6 cases , the cone and rod cells , a few ganglion cells and relatively a lot of amacrine cells and Muller cells were found under electron microscope .