Language comprehension dependent on emotional context: A magnetoencephalography study

@article{Ihara2012LanguageCD,
  title={Language comprehension dependent on emotional context: A magnetoencephalography study},
  author={Aya Ihara and Qiang Wei and Ayumu Matani and Norio Fujimaki and Haruko Yagura and Takeshi Nogai and Hiroaki Umehara and Tsutomu Murata},
  journal={Neuroscience Research},
  year={2012},
  volume={72},
  pages={50-58}
}
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5 Citations
Methods Citations
2
Results Citations
1

5 Citations

Effects of emotionally induced language sounds on brain activations for communication
TLDR
The analysis of the experimental results demonstrated that almost all the brain areas monitored by the NIRS probes were activated more when the subjects listened to emotional language sounds than to non-emotional sounds.
Aberrant attentive and inattentive brain activity to auditory negative words, and its relation to persecutory delusion in patients with schizophrenia
TLDR
The present results indicate that the significantly impaired brain activity in response to auditorily presented negatively valenced words in the right pars triangularis of the inferior frontal gyrus is associated with the pathogenesis of positive symptoms such as persecutory delusion.
The Effects of the Literal Meaning of Emotional Phrases on the Identification of Vocal Emotions
  • S. Shigeno
  • Psychology
    Journal of psycholinguistic research
  • 2018
TLDR
The different results for Japanese and random-spliced Japanese suggested that the literal meaning of emotional phrases influences the listeners’ perception of the speaker’s emotion, and that Japanese participants could infer speakers’ intended emotions in the incongruent condition.
Impacts of Emotional Ambient Sounds on Face Detection Sensitivity
TLDR
The results showed that fear ambient sounds could enhance detection sensitivity for neutral faces but not fear faces, and suggest that emotional contexts affecting visual detection largely depend on the valence and presentation forms of emotion information.
Accuracy of Estimating Strengths of Dipole Moments from a Small Number of Magnetoencephalographic Trial Data
TLDR
A new method based on a minimum modified-l1-norm to obtain the dependence of strengths on the presented stimuli from a limited number of trial data, which can plot an activation-strength versus stimulus-parameter curve with better sensitivity.

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