Activation of the left inferior frontal gyrus in the first 200 ms of reading: evidence from magnetoencephalography (MEG)

Keyphrases

• Magnetoencephalography 100%
• Visual Word Recognition 100%
• Left Inferior Frontal Gyrus 100%
• Fusiform Gyrus 66%
• Consonants 66%
• Right-handed 33%
• Cortical Networks 33%
• Inferior Frontal Gyrus 33%
• Temporal Resolution 33%
• Cortical Response 33%
• Posterior Middle Temporal Gyrus 33%
• Visual Word Form Area 33%
• Middle Temporal Gyrus 33%
• Beta Frequency Band 33%
• Processing Sequence 33%
• Time-frequency Analysis 33%
• Passive Viewing 33%
• Peak Response 33%
• Phonological Representations 33%
• Central Vision 33%
• Early Interaction 33%
• Motor Area 33%
• Semantic Representation 33%
• Serial Processing 33%
• Reading Network 33%
• Middle Occipital Gyrus 33%
• Angular Gyrus 33%
• Language Domains 33%
• Orthographic Word 33%
• Stimulus-driven 33%
• Supramarginal Gyrus 33%
• Left Middle Temporal Gyrus 33%
• Word Form 33%
• Letter Form 33%
• Vision-language 33%
• Speech Coding 33%
• Unfamiliar Faces 33%
• Conventional View 33%
• Pars Opercularis 33%
• Speech Motor 33%
• Reading Words 33%

Neuroscience

• Magnetoencephalography 100%
• Inferior Frontal Gyrus 100%
• Word Recognition 75%
• Face 50%
• Fusiform Gyrus 50%
• Middle Temporal Gyrus 50%
• Gyri 25%
• Superior Temporal Gyrus 25%
• Angular Gyrus 25%
• Supramarginal Gyrus 25%