Effects exerted by stimulation of glossopharyngeal taste buds on the nucleus intercalatus and adjoining medullary structures.
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Biomedical subjects
R Raffaele
Publications and source records attributed to R Raffaele.
Non-specific influences of the magnocellular division of the medial geniculate body on the cat cerebral cortex.
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Changes in the level of the diffuse electrocortical activity following interruption or activation of ponto-cerebellar systems in the cat.
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[Organization of the corticipetal projections from the medial geniculate body (pars magnocellularis) in the cat].
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[Comparison between the electroneurographic effects of gustatory activation of Staderini's nucleus intercalatus and of those of adjacent bulbar regions].
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[Afferents of trigeminal origin in the bulbar nucleus intercalatus of the rabbit].
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[Electrophysiological analysis of the somatic afferents in the magnocellular portion of the medial geniculate body, in the cat].
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[Fastigial nucleus projections in the pars magnocellularis of the medial geniculate body of the cat].
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[Gustatory afferents to the bulbar nucleus intercalatus in the rabbit].
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Effects of chronic fastigial lesions on the sleep-wakefulness rhythm in the cat.
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[Electroencephalographic effects of activation of the medial geniculate body (pars magnocellularis) in the cat free to move about and bearing permanent electrodes].
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[Changes of the sleep-waking ccle following lesions of the cerebellar nuclei in the cat].
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Changes in the sleep-wakefulness cycle induced by chronic fastigial lesions in the cat.
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Mitotic activity in the adenohypophysis of rats after pinealectomy.
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[Characteristic curves of the refrigerating action of thin cryogenic catheters with carbon anhydride expansion].
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[Electroencephalographic effects produced by electric stimulation or reversible inactivation of the medial geniculate body (pars magnocellularis) in the cat].
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Diffuse electrocortical effects elicited in the cat by stimulation or functional inactivation of the medial portion (pars magnocellularis) of the medial geniculate body.
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Convergence pattern of cortical and interposital influences on rubrospinal neurons of the cat.
In adult semi-chronically implanted sedated cats discharges of single rubrospinal (RS) neurons were tested for selective activation of movement-evoking foci within pericruciate cortex (CX; area 4) and anterior division of cerebellar interpositus nucleus (IN). It was found that a very high incidence of neuronal responses was obtained only when stimulating IN and CX foci which controlled the same joint with respect to that moved from activation of the rubral foci including the recorded neurons. In these cases very frequent convergence phenomena were observed by activating IN and/or CX foci. Analysis of response patterns showed that RS neurons included in a focus controlling a given muscle were excited by IN foci for the same muscle (agonist foci) and inhibited from IN foci for the antagonist muscle (antagonist foci). In contrast, the same RS neurons were inhibited by agonist CX foci and excited by antagonist CX foci. Such an organization suggests that the motor cortex plays a competitive role in modulating the action of the interposito-rubrospinal system.
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