Most sounds in the natural environment are amplitude-modulated (AM). To determine if AM
alters the neuronal sensitivity to interaural time differences (ITDs) in low-frequency sounds …

In our companion paper, we reported on interaural time difference (ITD)-sensitive neurons
that enhanced, suppressed, or did not change their response when identical AM was added …

Sounds in real-world situations seldom occur in isolation. In spite of this, most studies in the
auditory system have employed sounds that serve to isolate physiological responses …

The temporal pattern of the responses of neurons in the inferior colliculus of the
anesthetized rat were studied using continuous tone or noise carrier signals, amplitude …

The results of this experiment show that some high-frequency neurons of the central nucleus
of the inferior colliculus are differentially responsive to interaural time differences when …

1. Localization of sounds has traditionally been considered to be performed by a duplex
mechanism utilizing interaural temporal differences (ITDs) at low frequencies and interaural …

Binaural cues occurring in natural environments are frequently time varying, either from the
motion of a sound source or through interactions between the cues produced by multiple …

Time-varying envelopes are a common feature of acoustic communication signals like
human speech and induce a variety of percepts in human listeners. We studied the …

The auditory system can segregate sounds that overlap in time and frequency, if the sounds
differ in acoustic properties such as fundamental frequency (f0). However, the neural …

A major cue for the localization of sound in space is the interaural time difference (ITD). We
examined the role of inhibition in the shaping of ITD responses in the inferior colliculus (IC) …