Regulatory Functions of the CNS: Principles of Motion and OrganizationJános Szentágothai, M. Palkovits, József Hámori |
Contents
Perception and action | 17 |
Mechanisms of transmission in the monosynaptic reflex pathway | 37 |
Ia EPSPs in cat motoneurons are depressed by Mn2 Co² and some other agents | 45 |
Copyright | |
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abducens nucleus action action potential activity amplitude animal antidromic averaged axons baclofen boutons Brain Res brain stem burst cells central component contralateral correlated cortex cortical decrease depolarization discharge DOPA dorsal root electrode electrotonic elicited EPSP evoked excitatory extensor eye movements fibers fictive locomotion flexor forelimb gastrocnemius Grillner half-centre Hámori eds hindlimb Ia afferent inhibition inhibitory injection input interneurones intracellular recording ipsilateral latency lesions limb locomotor mechanisms medial membrane potential mesencephalic midbrain Mn2+ monkey monosynaptic Motion and Organization motor units msec muscle muscle spindle nerve neural Neurophysiol Neurosci nucleus onset Organization Principles Palkovits pathways pattern peak phase phasic Physiol Physiology postural presynaptic Redman Regulatory Functions REM sleep responses reticular formation reticular neurons saccade single spike spinal cat spinal cord spinal motoneurones stimulation stretch reflex studies superior colliculus synchronized Sypert Szentágothai terminal tion tonic transmission triceps surae vestibular visual