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On regeneration of the cerebral cortex
Bulletin of Experimental Biology and Medicine, 1964In order to ascertain the possibility of structural regeneration in the cortical areas of the cerebral hemispheres, the cortex of the sigmoid convolution was extirpated in puppies aged 10 and 14 days. These animals were then sacrificed 2 and 7 months after the operation.
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2007
The Introduction gives a brief description of the human cerebral cortex, both in its macroscopic (Fig. E1 — 1) and microscopic features. There is a description of the fundamental units of the nervous system, the neurones or nerve cells, and of their connectivities by means of very intimate contacts called synapses (Fig. E1 — 2).
Anne L. Foundas, John E. Mendoza
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The Introduction gives a brief description of the human cerebral cortex, both in its macroscopic (Fig. E1 — 1) and microscopic features. There is a description of the fundamental units of the nervous system, the neurones or nerve cells, and of their connectivities by means of very intimate contacts called synapses (Fig. E1 — 2).
Anne L. Foundas, John E. Mendoza
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BMJ, 1951
The cerebral cortex is a dense aggregation of neuron cell bodies that ranges from 2 to 4 mm in thickness and forms the surface of each cerebral hemisphere. Most of the cerebral cortex is neocortex, consisting of six layers with different populations of neurons.
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The cerebral cortex is a dense aggregation of neuron cell bodies that ranges from 2 to 4 mm in thickness and forms the surface of each cerebral hemisphere. Most of the cerebral cortex is neocortex, consisting of six layers with different populations of neurons.
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Neurotransmitters in the cerebral cortex
Journal of Neurosurgery, 1986✓ This article surveys the conventional neurotransmitters and modulatory neuropeptides that are found in the cerebral cortex and attempts to place them into the perspective of both intracortical circuitry and cortical disease. The distribution of these substances is related, where possible, to particular types of cortical neuron or to afferent or ...
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The Cerebral Cortex and Complex Cerebral Functions
2020The cerebral cortex can be divided into a large isocortex or neocortex, a smaller allocortex (the hippocampal formation and the olfactory cortex) and a transition zone (the mesocortex) in between. The heterogeneous allocortex and the mesocortex have been discussed in Chap. 14.
Ten Donkelaar, Hans J. +5 more
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Cell assemblies in the cerebral cortex
Biological Cybernetics, 2014Donald Hebb's concept of cell assemblies is a physiology-based idea for a distributed neural representation of behaviorally relevant objects, concepts, or constellations. In the late 70s Valentino Braitenberg started the endeavor to spell out the hypothesis that the cerebral cortex is the structure where cell assemblies are formed, maintained and used,
Palm, G. +3 more
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Is the cerebral cortex modular?
Trends in Neurosciences, 1990Two types of modular subunit, differing in size, have been hypothesized to exist in the cerebral cortex. The first, known as a mini-column, consists of a group of 110 +/- 10 cells which form a fascicle about 30 micrograms in diameter oriented perpendicular to the cortical surface. Mini-columns are believed to be organized into larger modular groupings,
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The Cerebral Cortex: Visual Cortex
Archives of Ophthalmology, 1986Brain structure involved in visual processing is examined in this new volume of The Cerebral Cortex . Ophthalmologists, particularly neuroophthalmologists, and visual scientists concerned with visual processing will benefit from this source book of detailed mammalian visual anatomy.
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Somatostatin and the Cerebral Cortex
1985A unique subset of interneurons which are rich in immunoreactive somatostatin (IRS) exists in the cerebral cortex. The regulation of IRS secretion by these cells is reviewed. Acetylcholine, glutamic acid and several neuropeptides including VIP, CCK, and metenkephalin have been identified as IRS secretagogues.
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1975
The lesions described in this chapter result from anomalous cortical development dating to the fetal period. Only those sufficiently severe to impede survival are commonly observed in infants or children; many others are survived with various degrees of functional impairment and are found at autopsy in adults.
Reinhard L. Friede, Reinhard L. Friede
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The lesions described in this chapter result from anomalous cortical development dating to the fetal period. Only those sufficiently severe to impede survival are commonly observed in infants or children; many others are survived with various degrees of functional impairment and are found at autopsy in adults.
Reinhard L. Friede, Reinhard L. Friede
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