The neural basis of syntax is a matter of substantial debate. In particular, the inferior frontal
gyrus (IFG), or Broca's area, has been prominently linked to syntactic processing, but the …

Syntactic comprehension is a fundamental aspect of human language, and has distinct
properties from other aspects of language (eg semantics). In this article, we aim to identify if …

The distinction between syntax (sentence form) and semantics (sentence meaning) is
fundamental to our thinking about language. Whether and where this distinction is …

Abstract Language comprehension recruits an extended set of regions in the human brain.
Is syntactic processing localized to a particular region or regions within this system, or is it …

In this paper we examine the neurobiological correlates of syntax, the processing of
structured sequences, by comparing FMRI results on artificial and natural language syntax …

The neurobiology of sentence production has been largely understudied compared to the
neurobiology of sentence comprehension, due to difficulties with experimental control and …

Although the construction of syntactic structures is considered a fundamental component of
language processing, insights concerning its neurobiological basis have remained elusive …

Sentences encode hierarchical structural relations among words. Several neuroimaging
experiments aiming to localize combinatory operations responsible for creating this structure …

Neurolinguistic accounts of sentence comprehension identify a network of relevant brain
regions, but do not detail the information flowing through them. We investigate syntactic …

The core of human language, which differentiates it from the communicative abilities of other
species, is the set of combinatorial operations called syntax. For over a century researchers …