Results 211 to 220 of about 25,336 (263)
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The Intrastitial Blood Supply of the Lateral Geniculate Body

Archives of Ophthalmology, 1965
The blood supply to the lateral geniculate body (LGB) was studied carefully by Abbie 1 and later by Francois et al. 2,3 Abbie studied both "untreated" brains and brains which had had colored gelatin injected into the cerebral vessels. To study the intrastitial blood distribution he examined thin slices of the LGB, and his major observations were as ...
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Magnetic Resonance Imaging of the Human Lateral Geniculate Body

Archives of Neurology, 1990
We used magnetic resonance imaging to map the human lateral geniculate body. The optimal imaging plane was determined by obtaining axial and coronal scans in two normal brains obtained at autopsy. The brain specimens were then sectioned and individual slices were compared with matching magnetic resonance images.
Philippe Maeder   +3 more
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Image description at the lateral geniculate body level

Neurophysiology, 1975
The excitation profile of overlapping receptive fields of the lateral geniculate body in the cat during presentation of a cross-shaped stimulus was reconstructed from the single unit response. A pointwise description of images was shown to be formed at the lateral geniculate body level, in the form of an excitation profile that changes with time.
N. F. Podvigin   +3 more
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Lateral geniculate body response to a variable stimulus frequency

Experimental Neurology, 1973
Abstract The transfer properties of the lateral geniculate body were studied by utilizing a sinusoidally modulated input stimulus and recording from post-synaptic geniculate cells. A nonhomogeneous response was found which could not be defined by a conventional transfer function.
Arthur D. Rosen, E.F. Vastola
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Neuronal Mechanisms of the Lateral Geniculate Body

1973
Like other sensory thalamic relay nuclei, the dorsal nucleus of the lateral geniculate body (LGB) differentiates and increases in size parallel to the development of the appropriate cortical projection areas. In addition to the correlation with the position of the animal on the evolutionary scale, the structural organization of the LGB shows ...
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A distinctive laminated cytoplasmic body in the lateral geniculate body neurons of the cat

Journal of Ultrastructure Research, 1964
A cytoplasmic body exhibiting precise order is described in this report. Such bodies were found in many lateral geniculate body neurons from four unselected and apparently healthy cats. So far they have not been seen in any other neurons, nor has any previous description of them been located.
Donald Duncan   +2 more
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Stimulus-dependent oscillatory activity in the lateral geniculate body of the cat

Naturwissenschaften, 1992
Recent observations of synchronous oscillatory activity of cell assemblies in cat primary visual cortex [1] have led to a marked resurgence of interest in the functional role of periodic neuronal behavior in information processing [2]. In the current discussion, however, precortical oscillatory activities in the visual system appear to be neglected ...
Pöppel, E.   +4 more
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Unit signs of visual cortex modulation by the lateral geniculate body

Electroencephalography and Clinical Neurophysiology, 1966
Abstract In unanesthetized cats with intercollicular transection of the brain-stem, significant positive correlation was found between the amplitude of the population response in striate cortex to stimulation of the visual radiation and the number of spikes discharged in the preceding second by spontaneously active units in the dorsal nucleus of the ...
Arthur D. Rosen, E.F. Vastola
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The blood supply of the lateral geniculate body in the rat

Journal of Comparative Neurology, 1935
AbstractThe anterior chorioidal artery supples the main part of the ventral nucleus and the anterodorsal pole of the dorsal nucleus.
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Afterpositivity in the lateral geniculate body during repetitive stimulation

Experimental Neurology, 1960
Abstract Afterpositivity elicited in the dorsal nucleus of the lateral geniculate body of unanesthetized cats by a single shock to the optic nerve has been described previously. The experiments to be described below were performed in order to study afterpositivity under a condition of repetitive stimulation which resembled to some degree the normal ...
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