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Zhurnal vysshei nervnoi deiatelnosti imeni I P Pavlova, 1976
Evoked potentials to acoustic stimuli were recorded in the temporal cortical area, the medial geniculate body and the posterior lateral thalamic nucleus in acute experiments on anaesthetized cats. Section of the brachia of the inferior colliculi in an acute experiment resulted in the disappearance of potentials in the examined structures.
O A, Goreva, Zh A, Belousova
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Evoked potentials to acoustic stimuli were recorded in the temporal cortical area, the medial geniculate body and the posterior lateral thalamic nucleus in acute experiments on anaesthetized cats. Section of the brachia of the inferior colliculi in an acute experiment resulted in the disappearance of potentials in the examined structures.
O A, Goreva, Zh A, Belousova
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Fiziologicheskii zhurnal SSSR imeni I. M. Sechenova, 1984
The EP-series response of the inferior colliculus to clicks simulating sound source motion, reflects characteristics of this "motion" ("the motion effect", ME). ME distribution over the inferior colliculus practically coincided with the spatial distribution in cases when contralateral stimulation was more effective than the ipsilateral one. The spatial
Ia A, Al'tman +2 more
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The EP-series response of the inferior colliculus to clicks simulating sound source motion, reflects characteristics of this "motion" ("the motion effect", ME). ME distribution over the inferior colliculus practically coincided with the spatial distribution in cases when contralateral stimulation was more effective than the ipsilateral one. The spatial
Ia A, Al'tman +2 more
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Zhurnal vysshei nervnoi deiatelnosti imeni I P Pavlova, 1981
After a bilateral ablation of the rat auditory cortex, differentiation of a tonal signal from an amplitude-modulated stimulus with 50 c/s modulation frequency is preserved, while ablation of the posterior colliculi completely abolishes differentiation of these signals, without subsequent restoration in six months after the operation.
T I, Grigor'eva, A G, Vasil'ev
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After a bilateral ablation of the rat auditory cortex, differentiation of a tonal signal from an amplitude-modulated stimulus with 50 c/s modulation frequency is preserved, while ablation of the posterior colliculi completely abolishes differentiation of these signals, without subsequent restoration in six months after the operation.
T I, Grigor'eva, A G, Vasil'ev
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[Overall synchronized response of the inferior colliculi to lateralization of complex sounds].
Fiziologicheskii zhurnal SSSR imeni I. M. Sechenova, 1985Interaural differences in time, intensity or phase introduced into a different frequency component of complex sounds results in changes of amplitude and form of the frequency following response depending on the frequency and phase ranges of the sounds. This relationship may be due to physical differences in stimulation of both ears, i. e.
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Binaural interaction at the inferior colliculi.
Journal of Comparative and Physiological Psychology, 1955M R, ROSENZWEIG, E J, WYERS
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Locomotion after Removal of Inferior Colliculi or Cortical Vestibular Projection Area
Acta Physiologica Scandinavica, 1951E, BOHM, B, GERNANDT
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Neirofiziologiia = Neurophysiology, 1980
The effect of unilateral and bilateral destruction of the inferior colliculi on the auditory system sensitivity, sonar signals' parameters and the Doppler shift compensation in echoes was studied in horseshoe bats Rhinolophus ferrumequinum. Complete bilateral destruction of the inferior colliculi did not produce the auditory system disfunction, but it ...
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The effect of unilateral and bilateral destruction of the inferior colliculi on the auditory system sensitivity, sonar signals' parameters and the Doppler shift compensation in echoes was studied in horseshoe bats Rhinolophus ferrumequinum. Complete bilateral destruction of the inferior colliculi did not produce the auditory system disfunction, but it ...
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Tsitologiia, 1981
In the central nucleus of the cat's brain inferior colliculus, three classes of neurons were observed. 1. Large relay neurons were distinguished by the abundance of cytoplasmic organelles. A considerable part of their perikaryon was covered by presynaptic terminals. 2. Medium sized lucent neurons having small amount of organelles. 3. Dark cells of rare
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In the central nucleus of the cat's brain inferior colliculus, three classes of neurons were observed. 1. Large relay neurons were distinguished by the abundance of cytoplasmic organelles. A considerable part of their perikaryon was covered by presynaptic terminals. 2. Medium sized lucent neurons having small amount of organelles. 3. Dark cells of rare
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