… Specifically, we saw that the severity of tinnitus distress was correlated with cortical thickness
in the anterior insula (aIns). Several studies have implicated aIns in pain (DaSilva et al., …

… As for non-auditory limbic brain structures, decreased GMV has been reported in … The
model of altered sensory cortical/limbic interaction has also received support from functional …

… an initial tinnitus signal, consistent with previous research. In our model, this “transient” tinnitus
is suppressed when a limbic … of the tinnitus itself independent of tinnitus distress. This is of …

… limbic interactions associated with tinnitus-related distress by … auditory cortex; the limbic
structures containing the amygdala… and the MGB associated with tinnitus-related distress by DTI. …

… cortical and subcortical source differences in resting-state eyes-closed EEG between tinnitus
patients with different grades of distress… of differential activations in tinnitus-related distress. …

… between distress groups. ► Tinnitus distress correlates with activation levels in limbic and
… precuneus, frontal and limbic areas in highly distressed tinnitus patients compared to low …

… cortical neurons and the perception of tinnitus downstream. … correlated to tinnitus distress,
rated by tinnitus questionnaire … the functional regions of the limbic system (specifically in the left …

… , and limbic areas. Despite sparse findings for tinnitus duration and laterality, tinnitus distress
has been shown to be related to changes in non-auditory cortical areas. The aim of this …

… On the cortical level tinnitus is accompanied by an overactivation of auditory cortical areas
as … in auditory cortex as well as in frontal, parietal, and limbic areas processing conscious …

… limbic system structures in people with tinnitus that does not exist in people without … They
found that tinnitus distress was associated with cortical thickness in the anterior insula. They …