Neural Principles in Vision
Neural Principles in Vision
复制标题
视觉神经原理
DOI：
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发表时间：
1976
期刊：
影响因子：
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通讯作者：
R. Weiler
中科院分区：
文献类型：
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作者：
F. Zettler;R. Weiler
开场白。- 1脊椎动物。- 1.1捕食型鱼视网膜中高尔基浸渍神经元的模式。- 1.2脊椎动物视网膜中水平细胞的比较研究：I.哺乳动物和鸟类。- 1.3鱼视网膜中的神经元连接和细胞排列。- 1.4高尔基、产子、核和电流注入。- 1.5鲤鱼视网膜的电生理和组织学研究。1.6海龟视网膜中的交互和反馈。- 1.7海龟视网膜中锥体和二级神经元之间的相互作用。- 1.8鲤鱼视网膜中光感受器到二级神经元的突触传递。- 1.9猫灌注眼的视网膜生理学。- 2节肢动物。- 2.1蜻蜓视网膜对对比度检测的适应性和周边视觉系统神经原理的阐明。- 2.2昆虫视觉细胞中的电压噪声。- 2.3鉴定的果蝇视网膜细胞的光谱和偏振敏感性。- 2.4果蝇复眼第一视神经堆的神经元处理。- 2.5苍蝇神经节层接线图以外。- 2.6昆虫大脑中的马赛克组织、层和视觉通路。- 2.7膜翅目动物外周神经通路的结构和功能。- 2.8蝗虫地窖系统中的神经元结构和功能。- 2.9晶状体和复眼的分辨率。- 3软体动物。- 3.1章鱼和海蛸脑视叶皮层超微结构观察。- 3.2头足类动物视网膜的横向相互作用问题。- 3.3无脊椎动物的超偏光感受器。- 3.4原始神经系统中感光器功能的经济性。
Opening Remarks.- 1 Vertebrates.- 1.1 Patterns of Golgi-Impregnated Neurons in a Predator-Type Fish Retina.- 1.2 A Comparative Study of the Horizontal Cells in the Vertebrate Retina: I. Mammals and Birds.- 1.3 Neuronal Connections and Cellular Arrangement in the Fish Retina.- 1.4 Golgi, Procion, Kernels and Current Injection.- 1.5 Electrophysiological and Histological Studies of the Carp Retina.- 1.6 Interactions and Feedbacks in the Turtle Retina.- 1.7 Interactions between Cones and Second-Order Neurons in the Turtle Retina.- 1.8 Synaptic Transmission from Photoreceptors to the Second-Order Neurons in the Carp Retina.- 1.9 Retinal Physiology in the Perfused Eye of the Cat.- 2 Arthropods.- 2.1 Adaptations of the Dragonfly Retina for Contrast Detection and the Elucidation of Neural Principles in the Peripheral Visual System.- 2.2 Voltage Noise in Insect Visual Cells.- 2.3 Spectral and Polarization Sensitivity of Identified Retinal Cells of the Fly.- 2.4 Neuronal Processing in the First Optic Neuropile of the Compound Eye of the Fly.- 2.5 Beyond the Wiring Diagram of the Lamina Ganglionaris of the Fly.- 2.6 Mosaic Organizations, Layers, and Visual Pathways in the Insect Brain.- 2.7 Structure and Function of the Peripheral Pathway in Hymenopterans.- 2.8 Neuronal Architecture and Function in the Ocellar System of the Locust.- 2.9 The Resolution of Lens and Compound Eyes.- 3 Molluscs.- 3.1 Ultrastructural Observations on the Cortex of the Optic Lobe of the Brain of Octopus and Eledone.- 3.2 The Question of Lateral Interactions in the Retina of Cephalopods.- 3.3 Hyperpolarizing Photoreceptors in Invertebrates.- 3.4 The Economy of Photoreceptor Function in a Primitive Nervous System.