Because of its great genetic potential, the mouse (M us musculus) has become a popular
model species for studies on hearing and sound processing along the auditory pathways …

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 primary auditory cortex (A1) plays a key role for sound perception since it represents
one of the first cortical processing stations for sounds. Recent studies have shown that on …

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 …

Response properties of auditory cortical neurons measured in anesthetized preparations
have provided important information on the physiological differences between neurons in …

The responses of primary auditory cortex (A1) neurons to pure tones in anesthetized
animals are usually described as having mostly narrow, unimodal frequency tuning and …

Morpho physiological mapping of the mouse auditory cortex has revealed at least five
auditory fields differing in frequency organization, sponta neous activity, firing pattern, and …

Multi-unit electrophysiological mapping was used to establish the area of the left-and right-
hemisphere auditory cortex (AC) of the mouse and to characterize various fields within the …

The spatial representations of response characteristics to acoustic stimuli within the ventral
primary auditory cortex (AI) and the second auditory cortical field (AII) were mapped in the …

Neural representation of acoustic stimuli in the mammal auditory cortex (AC) has been
extensively studied using anesthetized or awake nonbehaving animals. Recently, several …