Tinnitus is a phantom sound percept that is strongly associated with peripheral hearing loss.
However, only a fraction of hearing-impaired subjects develops tinnitus. This may be based …

Chronic subjective tinnitus has been associated with aberrant activation of cortical areas
involved in the perception of auditory information. This leads to the hypothesis that neural …

The neuroscience of tinnitus represents an ideal model to explore central issues in brain
functioning such as the formation of auditory percepts, in addition to opening up new …

Tinnitus, the perception of sound in the absence of external stimuli, is a common and often
disturbing symptom that is not understood physiologically. This paper presents an approach …

The neuronal mechanisms underlying tinnitus are yet to be revealed. Tinnitus, an auditory
phantom sensation, used to be approached as a purely auditory domain symptom. More …

The exact neurophysiological basis of chronic tinnitus, which affects 10-15% of the
population, remains unknown and is controversial at many levels. It is an open question …

Numerous studies have demonstrated elevated spontaneous and sound-evoked brainstem
activity in animal models of tinnitus, but data on brainstem function in people with this …

Tinnitus is a percept of sound that is not related to an acoustic source outside the body. For
many forms of tinnitus, mechanisms in the central nervous system are believed to play a role …

Sound-evoked fMRI activation of the inferior colliculi (IC) was compared between tinnitus
and non-tinnitus subjects matched in threshold (normal), age, depression, and anxiety …

Tinnitus is the percept of sound that is not related to an acoustic source outside the body. For
many forms of tinnitus, mechanisms in the central nervous system are believed to play an …