Scalp potentials which follow the low frequency envelope of a sinusoidally amplitude
modulated stimulus waveform were evoked and recorded in anesthetized gerbils. This …

Accurate temporal coding of low-frequency tones by spikes that are locked to a particular
phase of the sine wave (phase-locking), occurs among certain groups of neurons at various …

For 167 single units, recorded from primary auditory cortex in 28 cats, we show that tuning to
the modulation frequency (MF) of amplitude-modulated (AM) sound is strongly dependent …

Ehrlich, Daphna, John H. Casseday, and Ellen Covey. Neural tuning to sound duration in
the inferior colliculus of the big brown bat, Eptesicus fuscus. J. Neurophysiol. 77: 2360 …

Tone-evoked oscillations were studied from simultaneous recordings collected in the
auditory cortex, auditory thalamus and auditory sector of the reticular nucleus in urethane …

Amplitude modulation is a predominant temporal feature in many vocal signals. The leopard
frog, Rana pipiens, has a class of neurons in the central auditory system that respond …

Temporal cues, including sound duration, are important for sound identification. Neurons
tuned to the duration of pure tones were first discovered in the auditory system of frogs and …

To study how sound intensity altered the temporal response pattern of a unit, we recorded
from 92 single neurons in the inferior colliculus (IC) of the little brown bat and investigated …

The ability of cortical neurons to follow amplitude modulation (AM) of tones was examined in
the anterior auditory cortical field (AAF) of anesthetized cats using multiple-unit recording …

Abstract Analysis of the temporal structure of acoustic signals is important for the
communication and survival of a variety of animals including humans. Recognition and …