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The neurology of syntax: Language use without Broca's area
Yosef Grodzinsky
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Corresponding author for this work
Research output
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Contribution to journal
›
Review article
›
peer-review
683
Scopus citations
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Keyphrases
Language Use
100%
Broca's Area
100%
Neurology
100%
Broca's Aphasia
66%
Speech Production
66%
Cerebral Region
66%
Cerebral Hemispheres
66%
Functional Magnetic Resonance Imaging
33%
Language Processing
33%
Functional Role
33%
Sentence Comprehension
33%
Agrammatism
33%
Cognitive Skills
33%
Left Hemisphere
33%
Cross-linguistic
33%
Operculum
33%
New View
33%
Broca
33%
Neural Tissue
33%
Syntactic Processing
33%
Mathematical Ability
33%
Functional Imaging
33%
Linguistic Competence
33%
Intellectual Ability
33%
Lesion Studies
33%
Right Hemisphere
33%
Aphasia
33%
Lexical Semantics
33%
White Matter
33%
Insula
33%
Brain Hemispheres
33%
Extraction Site
33%
Dense Bodies
33%
Language Types
33%
Plausibility Judgements
33%
Structured Observation
33%
Syntactic Tree
33%
Combinatorial Semantics
33%
Complex Sentence
33%
Combinative Capabilities
33%
Lexical Insertion
33%
Real-time Processing
33%
Grammaticality Judgments
33%
Structure Building
33%
Complex Rehabilitation
33%
Anterior Cortex
33%
Split-brain
33%
Language Faculty
33%
Aphasic
33%
Building Operation
33%
Psychology
Aphasia
100%
Broca Area
100%
Neuroimaging
33%
Sentence Comprehension
33%
Cognitive Skill
33%
Mathematical Skill
33%
Plausibility
33%
Insula
33%
Functional Imaging
33%
Neuroscience
Broca's Area
100%
Expressive Aphasia
66%
Nerve Tissue
33%
Functional Imaging
33%
Lesion Studies
33%
Aphasia
33%
Functional Neuroimaging
33%
Split-Brain
33%