The neuronal responses to amplitude modulated (AM) sounds were investigated in the
auditory midbrain of the squirrel monkey. Sinusoidally modulated tones and noise served as …

The neural response to amplitude-modulated sinus sounds (AM sound) was investigated in
the auditory cortex and insula of the awake squirrel monkey. It was found that 78.1% of all …

The responses of neuronal clusters to amplitude-modulated tones were studied in five
auditory cortical fields of the anesthetized cat: the primary auditory field (AI), second auditory …

The responses of single and multi units in the medial geniculate body of the squirrel monkey
(Saimiri sciureus) to modulation frequency, modulation depth and changes in absolute …

The rat primary auditory cortex was explored for neuronal responses to pure tones and
sinusoidally amplitude‐modulated (SAM) and frequency‐modulated (SFM) stimuli. Units …

The ability of cortical neurons to follow amplitude modulation (AM) of tones was examined in
the anterior auditory cortical field (AAF) of anesthetized cats using multiple-unit recording …

1. Amplitude modulation (AM) is a pervasive property of acoustic communication systems. In
the present study we investigate neural temporal mechanisms in the auditory nerve and …

The main goal of the present study was to investigate the encoding of a biologically-relevant
acoustic feature—amplitude modulation (AM)—in single neurons of the auditory nerve and …

Single neurons in the auditory cortex of anesthetized cats were examined quantitatively for
their sensitivity to the sound pressure level of characteristic frequency (CF) tone pulses, and …

We examined the neural representation of tone pulse amplitude in the auditory cortex of
anesthetized albino rats. Rate-level functions for monaural, contralateral CF tones were …