Two morphologically distinct auditory middle latency response (MLR) wave forms can be
recorded from the surface of the guinea pig brain. The temporal response is recorded from …

When the ear of the mouse is stimulated with a tone burst of sufficiently long duration, a
stimulus offset evoked potential is generated which mirrors, in some respects, the onset …

Encoding of amplitude modulated (AM) acoustical signals is one of the most compelling
tasks for the mammalian auditory system: environmental sounds, after being filtered and …

Based on single-unit recordings of modulation transfer functions (MTFs) in the inferior
colliculus (IC) and the medial geniculate body (MGB) of the unanesthetized rabbit, we …

The ability of rats to detect the presence of sinusoidal amplitude modulation (AM) of a
broadband noise carrier was determined before and after bilateral ablation of auditory …

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 …

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 natural acoustical environments, most biologically related sounds containing frequency-
modulated (FM) components repeat over periods of time. They are often in rapid sequence …

Amplitude modulation (AM) is a crucial feature of many communication signals, including
speech. Whereas average discharge rates in the auditory midbrain correlate with behavioral …

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 …