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- Aetinal ganglion cells 视网膜神经节细胞
- Clusters of ganglion cells were scattered throughout the tumor. 神经节细胞束被肿瘤彻底的分散。
- In the periphery of the retina, ganglion cells are relatively few in number. 在视网膜的边缘区节细胞相当少。
- A high-power iew showing a pair of ganglion cells surrounded by Schwann cells. 高倍镜下显示一对神经节细胞被雪旺氏细胞包围。
- Takahashi N, Cummins D, Caprioli J.Rat retinal ganglion cells in culture[J]. 钟一声;蒋幼芹;熊小玲.;大鼠视网膜神经节细胞的培养[J]
- Tumors with sparse number of ganglion cells may be misdiagnosed as neurofibroma. 带有许多稀疏的神经节细胞的肿瘤可能会被误诊为神经纤维瘤。
- It is well known, though, that neighboring retinal ganglion cells tend to fire together. 不过，邻近的节细胞倾向于同时激发是众所皆知的事。
- By stimulating more ganglion cells, he hopes that visual acuity will increase dramatically. 通过刺激更多的神经节细胞，他希望视觉灵敏度也能显著增长。
- Neighboring artificial ganglion cells now connected to neurons in the silicon tectum that were twice as close as the initial connections. 相邻的人工节细胞连结到的矽顶盖神经元的位置，比起刚开始时缩短了一半的距离。
- Purpose: To establish culture method and evaluation technique of retinal ganglion cells in Long Evans rats in vitro. 目的:建立Long Evans大鼠RGCs离体培养方法及鉴定技术。
- There may be considerable ariation in the distribution and density of ganglion cells. 这可以认为是神经节细胞在密度和分布上的变异。
- These ganglion cells are unique in their ability to transduce light into electrical energy. 该发现为进一步研究不同颜色的光引起瞳孔反射的差别提供了一个新的角度。
- We record what is happening in individual ganglion cells with a tiny, hollow glass needle. 我们利用一根微细的玻璃管来记录个别节细胞的活性。
- Our goal, of course, is to learn how each set of ganglion cells extracts meaning from the visual world. 当然，我们的目标是想知道每一组节细胞如何从视觉世界萃取出意义，因为视网膜是设计来处理比闪光更有趣的讯息。
- Damage to ganglion cells in the retina may play a role in the development of glaucoma. 视网膜神经细胞损伤可能是青光眼的成因之一。
- The basic pathologic changes are the damage of retinal ganglion cells(RGCs) and their axons. 关于青光眼视网膜神经节细胞损伤的机制，迄今未明。
- Their maturation process is not only important for establishing normal visual functions, but may also underlie the dendritic remodeling of ganglion cells during development. 双极细胞的成熟不仅对建立正常的视觉功能很重要，而且可能对神经节细胞的树突在发育期间有修饰的作用。
- Objective To investigate the regulating effect of Notch-1 on retinal progenitor cells (RPC) differentiating into retinal ganglion cells (RGC). 目的研究Notch-1对视网膜前体细胞(RPC)向视网膜神经节细胞(RGC)分化的调控作用。
- The death of retinal ganglion cells (RGC) and the decreasing of retinal nerve fiber are resulted from the complete or partial retina ischemia. 摘要各种原因造成的视网膜完全或部分缺血，可导致视网膜节细胞(RGC)的死亡和神经纤维数量的减少，这是造成视功能不可逆损害的主要病理基础。
- The received in the implanted chip, the digital information is transformed into electrical impulses sent into the ganglion cells. 植入芯片接收到数字信号后，将其转化为电气脉冲，并发给神经节细胞。
