Differences in hearing acuity among “normal-hearing” young adults modulate the neural basis for speech comprehension

Keyphrases

• Older Adults 100%
• Normal Hearing 100%
• Speech Comprehension 100%
• Neural Basis 100%
• Hearing Acuity 100%
• Frontoparietal Network 66%
• Auditory Comprehension 66%
• Processing Demands 66%
• Middle Frontal Gyrus 33%
• Regression Analysis 33%
• Functional Magnetic Resonance Imaging 33%
• Speech Processing 33%
• Cingulo-opercular 33%
• Subtle Differences 33%
• Increased Activity 33%
• Whole Brain 33%
• Acoustics 33%
• Human Brain Activity 33%
• Neural Systems 33%
• Auditory Speech 33%
• Audiometric Test 33%
• Hearing Ability 33%
• General Mechanism 33%
• Acoustic Signal 33%
• Spoken Sentences 33%
• Linguistic Processing 33%
• Sentence Processing 33%
• Object Relatives 33%
• Executive Attention Network 33%
• Relative Center 33%
• Embedded Clauses 33%
• Syntactic Processing 33%
• Sentence Type 33%
• Linguistic Variation 33%
• Subject Relative 33%
• Subject-object 33%
• Perisylvian Network 33%
• Linguistic Operations 33%
• Frontotemporal Network 33%

Neuroscience

• Sensation of Hearing 100%
• Speech Perception 100%
• Linguistics 37%
• Functional Magnetic Resonance Imaging 12%
• Speech Processing 12%
• Individual Differences 12%
• Neural System 12%
• Middle Frontal Gyrus 12%
• Electroencephalogram 12%
• Regression Analysis 12%

Psychology

• Sensation of Hearing 100%
• Speech Perception 100%
• Sentence Comprehension 25%
• Regression Analysis 12%
• Individual Differences 12%
• Functional Magnetic Resonance Imaging 12%
• Sentence Processing 12%
• Electroencephalogram 12%
• Executive Attention 12%