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Visualization Of Neuronal Activity In Monkey Striate Cortex
Annual Review of Physiology, 1989The greatest recent success at describing the functional anatomy of one neocortical area was achieved by Hubel & Wiesel (11) whose work on primary visual (striate) cortex has provided tantalizing information about the topographical organization of two response properties, ocular dominance and orientation selectivity.
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1991
Our lack of knowledge about the functions of most regions of the brain makes it difficult to discuss how different parts of it may have evolved, and why particular brain regions are differently organised in different species. It is relatively easy to understand why the shape of a bird’s beak varies from one species to the next, since the function of ...
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Our lack of knowledge about the functions of most regions of the brain makes it difficult to discuss how different parts of it may have evolved, and why particular brain regions are differently organised in different species. It is relatively easy to understand why the shape of a bird’s beak varies from one species to the next, since the function of ...
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Anatomical Organization of Macaque Monkey Striate Visual Cortex
Annual Review of Neuroscience, 1988I hope that this review of the internal anatomy of the monkey primary visual cortex makes clear the high degree of specialization that exists in each of the cortical laminae and their constituent neurons. Each lamina is driven by different patterns of relays from the LGN and by different patterns of intrinsic interlaminar projections.
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Neurophysiology of the Striate Cortex
1994Recent findings on the structural and functional properties of the striate cortex of cats and primates are briefly reviewed. In particular these findings show that: i) different stimulus attributes are processed at least partially in parallel, ii) the responses of single neurones to a given visual stimulus are context-dependent, iii) some degree of ...
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Organization of spatial frequency in cat striate cortex
Neuroscience, 2017Primary visual cortex, the first cortical stage of visual information processing, is represented by diverse functional maps that demonstrate the selectivity for specific visual features such as spatial frequency (SF). Although the local organization of SF maps in cat area 17 (A17) has been largely investigated, the global arrangement remains elusive ...
Jingjing, Zhang +4 more
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1994
Much of what is known about the role of human striate cortex in vision comes from the study of dysfunction in patients with specific lesions of visual pathways, from the retina to the occipital lobe and the adjoining temporal and parietal regions. That evidence depends on neuro-ophthalmological, neuropsychological, and psychophysical techniques.
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Much of what is known about the role of human striate cortex in vision comes from the study of dysfunction in patients with specific lesions of visual pathways, from the retina to the occipital lobe and the adjoining temporal and parietal regions. That evidence depends on neuro-ophthalmological, neuropsychological, and psychophysical techniques.
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Neural processing in cat striate cortex
IEEE Transactions on Systems, Man, and Cybernetics, 1983The neural circuitry in the striate cortex of the cat is examined. The question is approached through an inspection of the morphological design and the functional performance of neural elements. Procedures in neurohistology are explored to reveal the fine structure of striate neurons, while recordings from microelectrodes provide the material for ...
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NADPH diaphorase histochemistry in the macaque striate cortex
Journal of Comparative Neurology, 1986AbstractThe distribution of the enzyme dihydronicotinamide adenine dinucleotide phosphate (NADPH) diaphorase was examined in the striate cortex of the rhesus monkey. The pattern of activity in the neuropil matched that of cytochrome oxidase in adjacent sections and the enzymes were similarly modulated by monocular deprivation.
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Motion Processing in Monkey Striate Cortex
1994Motion processing, i.e., the processing of retinal image movement, is of great importance for primates (for review, see, e.g., Nakayama, 1985). In fact, motion processing could be considered fundamental to vision since retinal images are always moving as a result of micro eye movements, essential for visual perception.
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Comparative cellular analysis of motor cortex in human, marmoset and mouse
Nature, 2021Trygve E Bakken +2 more
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