Shkol'nik-Iarros E G, Podugol'nikova T A, Diubina A P
Neirofiziologiia. 1975;7(1):66-73.
The cytoarchitecture layers and sublayers of the retina in pike, frog and cat are essentially different. The sublayers of internal granular layers 6a, 6b, 6c, 6d in these species differ qualitatively and quantitatively. The dendrites of ganglion cells and branches of amacrine cells are greatly laminated in the frog retina due to a complex stratification of the inner plexiform layer (about 10 sublayers). In all the vertebrates studied the ganglion cells are of two main types; symmetrical and asymmetrical with many variations. Asymmetrical amacrine cells are found in the pike and frog retina. The existence of vertical branches of amacrine cells in the outer plexiform layer in the cat retina is confirmed. The morphological features of the retina are discussed from the view point of physiological facts.
狗鱼、青蛙和猫视网膜的细胞结构层和亚层本质上是不同的。这些物种中内颗粒层6a、6b、6c、6d的亚层在质量和数量上都有所不同。由于内网状层的复杂分层(约10个亚层),青蛙视网膜中神经节细胞的树突和无长突细胞的分支有很大的分层。在所有研究的脊椎动物中,神经节细胞主要有两种类型;对称型和不对称型,还有许多变体。在狗鱼和青蛙视网膜中发现了不对称无长突细胞。猫视网膜外网状层中无长突细胞垂直分支的存在得到了证实。从生理学事实的角度讨论了视网膜的形态特征。