Neurons in the superior temporal gyrus of anesthetized rhesus monkeys were exposed to
complex acoustic stimuli. Bandpassed noise bursts with defined center frequencies evoked …

Neurons in the lateral belt areas of rhesus monkey auditory cortex prefer complex sounds to
pure tones, but functional specializations of these multiple maps in the superior temporal …

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 …

The functional specialization and hierarchical organization of multiple areas in rhesus
monkey auditory cortex were examined with various types of complex sounds. Neurons in …

Most of the neurons tested in the superior temporal cortex of awake squirrel monkeys
responded to recorded species-specific vocalizations. Some cells responded with …

Responses of auditory neurons in the inferior colliculi of mice were studied longitudinally
before and shortly after each animal was exposed to intense noise. Noise exposure caused …

The principles that the auditory cortex uses to decipher a stream of acoustic information
have remained elusive. Neural responses in the animal auditory cortex can be broadly …

The patterns of cortico-cortical and cortico-thalamic connections of auditory cortical areas in
the rhesus monkey have led to the hypothesis that acoustic information is processed in …

Work on the functional organization of auditory cortex in nonhuman primates has recently
gained increasing attention. Neurophysiological studies using complex stimuli, combined …

The division of the auditory cortex into various fields, functional aspects of these fields, and
neuronal coding in the primary auditory cortical field (AI) are reviewed with stress on …