Regulatory Functions of the CNS: SubsystemsJános Szentágothai, J. Hámori, M. Palkovits |
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Page 56
... inhibitory influence could serve to sharply delimit the module as a physiological unit . As yet we have little knowledge of the intense excitatory and inhibitory transactions between the neu- rones of a module . The complex anatomical ...
... inhibitory influence could serve to sharply delimit the module as a physiological unit . As yet we have little knowledge of the intense excitatory and inhibitory transactions between the neu- rones of a module . The complex anatomical ...
Page 157
... inhibitory output cell , most probably the spiny type I neuron , receives the converging excitatory inputs on relatively distal portions of the dendrites . These cells also receive an inhibitory input in intermediate segments of the ...
... inhibitory output cell , most probably the spiny type I neuron , receives the converging excitatory inputs on relatively distal portions of the dendrites . These cells also receive an inhibitory input in intermediate segments of the ...
Page 273
... inhibitory cell class unlikely . The inhibitory interactions can , however , be mediated by at least two other pathways . One likely substrate is the intrinsic dendro - dendritic contacts that are arranged in special synaptic glomeruli ...
... inhibitory cell class unlikely . The inhibitory interactions can , however , be mediated by at least two other pathways . One likely substrate is the intrinsic dendro - dendritic contacts that are arranged in special synaptic glomeruli ...
Contents
Sagittal zones and microzones The functional units of cerebellum | 21 |
Ontogenic development and differentiation of the central nervous system | 29 |
Modular organization principles in the central nervous system | 53 |
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Regulatory Functions of the CNS: Subsystems János Szentágothai,J. Hámori,M. Palkovits Snippet view - 1981 |
Common terms and phrases
activity adult afferents Alpha cells animals area 17 axons basal ganglia Beta cells Brain Res caudate nucleus caudate-putamen cell bodies cerebellar cortex cerebello-cerebral response cerebellum climbing fiber collaterals Comp complex connections contralateral cortical CP-EPSPs cross-innervated dendrites DiFiglia distribution dopamine dopaminergic dorsal efferent enkephalin EPSPs evoked excitation excitatory eye movement fiber input fibres GABA globus pallidus Golgi Hámori immunoreactive inferior olive inhibition inhibitory injection interneurons intracortical ipsilateral kittens labelled latency lateral geniculate nucleus layers lesions Leu-enkephalin mediated modules monkey morphological mossy fiber motor msec neonatal neostriatum nerve neurons Neurophysiol Neurosci observed organization Oscarsson Palkovits eds Pasik pathway pattern Physiol Physiology projection Purkinje cell receptive field recorded red nucleus region Regulatory Functions retina retinal ganglion cells RN cells rostral spatial spike spines sprouting stimulation striatal striatum substance substantia nigra Subsystems superior colliculus synaptic Szentágothai terminals thalamic tion vestibular visual cortex Yoshida