Two-tone interactions are recorded in the responses of single units in the superior temporal
gyrus to contralateral acoustic stimulation of the awake squirrel monkey. Four response …

The responses of single units in the superior temporal gyrus of awake squirrel monkeys to
tone pips, noise, clicks, and frequency-modulated sounds were recorded with extracellular …

Pure tone bursts elicited in primary auditory cortex (AI) cells of the awake squirrel monkey a
wide range of response patterns which consisted of one or more excitatory or inhibitory …

In the cortex of barbiturate-anesthetized cats, area AI was identified by its tonotopic
organization, and single neurons in that field were examined with regard to the shapes of …

7. These data indicate that in all respects examined, the frequency tuning of AI cells reflects
faithfully that of thalamic and brain stem auditory neurons. It does not appear that …

In the auditory cortex of nitrous oxide-anesthetized, muscle-relaxed cats, single neurons
were studied for their responsiveness to pure tones that were mixed acoustically with …

The purpose of this study was to compare response properties of two adjacent areas of the
marmoset monkey auditory cortex. Multiunit responses to 50 ms tones and broadband noise …

1. Hearing threshold shifts in decibels and recovery time courses in minutes were monitored
in rhesus monkeys exposed to short-lasting, moderately intense tones at one-half octave …

The primate auditory cortex is anatomically divided into several areas, but little is known
about the functional differences between these areas. Similarly, although neurons in sub …

Sixty-three cells in the superior temporal gyrus of awake squirrel monkeys were tested with 8
species-specific vocalizations plus noise, clicks and tones. Identical series of stimuli were …