A statistical analysis of electrophysiological data from auditory nerve fibers in cat Technical report no. 451
Statistical analysis of electrophysiological data from auditory nerve fibers in cats
ELECTROPHYSIOLOGY↗
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Discharge Patterns of Single Fibers in the Cat's Auditory Nerve
Discharge patterns of single fibers in cat auditory nerve in response to controlled acoustic stimuli
PERIPHERAL NERVOUS SYSTEM↗
Efferent inhibition of auditory-nerve responses - Dependence on acoustic-stimulus parameters.
Electric stimulation of crossed olivocochlear cats and effect on auditory nerve responses
CAT↗
Single fibers of cat optic nerve - ''Thresholds'' to light.
Absolute threshold of cat optic nerves determined by inspection of poststimulus time histograms, computed from responses of identical flashes of white light
THRESHOLD↗
Nerve endings in the maculae and cristae of the chinchilla vestibule, with a special reference to the efferents
Nerve endings in maculae and cristae of chinchilla vestibular labyrinth
Rasmussen, G. L.↗
Shapes of tuning curves for single auditory- nerve fibers.
Tuning curves shapes for single fibers in auditory nerve of anesthetized cats
Kiang, N. Y. S.↗
Two-tone inhibition in auditory-nerve fibers.
Two tone inhibition in auditory nerve fibers from spike discharges recorded from anesthetized cats
Kiang, N. Y. S.↗
A miniaturized telemetry device for the transmission of the electrical activity of single nerve cells in the brain
Miniature telemetry device for transmission of electrical activity of brain nerve cells
Kado, R. T.↗
Applying correlation analysis to a study of the reaction of single nerve elements in the cerebrum of cats to stimulation of the vestibular apparatus by rocking
Nerve cell reactions in visual region of cerebral cortex and reticular formation of cat cerebrum during vestibular stimulation
Kutateladze, M. G.↗
A neutral buoyancy micro-electrode for prolonged recording from single nerve units.
Neutral buoyancy microelectrode for prolonged recording from single nerve units
Bailey, P.↗
Circadian rhythm of optic nerve impulses recorded in darkness from isolated eye of Aplysia.
Circadian rhythm of optic nerve impulses in isolated eye of sea hare Aplysia californica in total darkness
Jacklet, J. W.↗
Conduction velocity in nerve exposed to a high magnetic field
Conduction velocity in nerve exposed to high magnetic field
Reno, V. R.↗
Computer analysis of single-unit discharges in the vestibular nerve of the frog
Computer analysis of single-unit discharges in vestibular nerve of frog
Carpenter, R. S.↗
Hypothalamic stimulus effects on sympathetic nerve activity
Hypothalamus stimulus effects on sympathetic nerve activity to heart, spleen, kidney and leg skeletal muscle in anesthetized cats
Judy, W. V.↗
A method of describing the spontaneous activity of nerve units that exhibit a stochastic dead time
Statistical characteristics of spontaneous electrical activity of nerve units that exhibit stochastic dead time following impulses
Aoyagi, M.↗
Nerve disturbances following exposure to ionizing radiation
Cochlear/vestibular apparatus, ganglion cells, spinal roots and nerve trunk damage from ionizing radiation based on neural elements transirradiation in neoplasms
Haymaker, W.↗
The effect of membrane parameters on the properties of the nerve impulse.
The effect of varying some membrane parameters is explored, basing the investigation on computer simulation of the Hodgkin-Huxley equations for the squid giant axon, including variations in the membrane capacitance, conductances, and the rate constants. It is shown that by reducing the degree of regeneration in the excitable membrane, the character of the nerve signal can be smoothly changed from that of the axonal spike to essentially electrotonic spread, with all gradations in between. The reduction in the degree of regeneration can most simply be brought about by a decrease in the density of active membrane patches.
Sabah, N. H.↗
Loudness function derives from data on electrical discharge rates in auditory nerve fibers
Judgements of the loudness of pure-tone sound stimuli yield a loudness function which relates perceived loudness to stimulus amplitude. A loudness function is derived from physical evidence alone without regard to human judgments. The resultant loudness function is L=K(q-q0), where L is loudness, q is effective sound pressure (specifically q0 at the loudness threshold), and K is generally a weak function of the number of stimulated auditory nerve fibers. The predicted function is in agreement with loudness judgment data reported by Warren, which imply that, in the suprathreshold loudness regime, decreasing the sound-pressure level by 6 db results in halving the loudness.
Howes, W. L.↗