We characterize primary auditory cortex (AI) units using a neural model for the detection of
frequency and amplitude transitions. The model is a generalization of a model for the …

Periodic modulations of an acoustic feature, such as amplitude over a certain frequency
range, leads to phase locking of neural responses to the envelope of the modulation. Using …

The mouse is a promising model system for auditory cortex research because of the
powerful genetic tools available for manipulating its neural circuitry. Previous studies have …

The spatial organization of response parameters in squirrel monkey primary auditory cortex
(AI) accessible on the temporal gyrus was determined with the excitatory receptive field to …

Eggermont, Jos J. Representation of spectral and temporal sound features in three cortical
fields of the cat. Similarities outweigh differences. J. Neurophysiol. 80: 2743–2764, 1998 …

The spatio-temporal pattern of sound-evoked neural activity in the guinea pig auditory cortex
was studied by optical recording with the aid of voltage-sensitive dye. Changes in light …

Auditory cortical neurons are elements of a neuronal network that decomposes sounds into
spectral and temporal information. In particular, their frequency selectivity has been …

The cerebral representation of the temporal envelope of sounds was studied in five normal-
hearing subjects using functional magnetic resonance imaging. The stimuli were white …

Sound onsets constitute particularly salient and behaviorally relevant transients and elicit
vigorous responses from most auditory neurons. Here I show that response latency …

Recent anatomical, physiological, and neuroimaging findings indicate multisensory
convergence at early, putatively unisensory stages of cortical processing. The objective of …