Sign languages are perceived visually and externalized using the signer’s hands, face, and body. During sign language comprehension, deaf signers primarily focus their gaze on the face, while hearing non-signers attend more to the hands of a signer. …
Introduction: Functional localizers in fMRI enable the precise and participant-specific identification of voxels that respond to a particular cognitive function or task of interest (e.g., Kanwisher et al., 1997; Saxe et al., 2006) and have been …
Introduction: The major networks implicated in language processing can also be discerned using resting-state MRI and several studies have used data-driven approaches to study whole-brain resting state functional connectivity (rsFC) in deaf signers. …
Introduction: Sign languages are natural languages in the visual-kinesthetic modality (Kusters et al., 2020) which use the hands, body, facial expressions like eyebrow movement and eye gaze, mouthing, and mouth gestures as articulators (Hodge, 2020). …
Introduction: Language processing in the adult neurotypical brain is subserved by several white-matter pathways which connect inferior frontal, temporal, and parietal language-relevant cortical regions. Here, we used diffusion-weighted MRI to compare …
Background. Many of the world’s spoken and sign languages mark the difference between the two major lexical categories noun and verb (Rijkhoff, 2007; Haspelmath, 2023). In the case of German Sign Language (DGS), different morphophonological …
Lexical variables such as iconicity or age of acquisition are known to be important sources of variance in psycholinguistic experiments. To control for such variables, researchers working on German Sign Language (DGS) need to use stimuli rated for …
The capacity for language constitutes a cornerstone of human cognition and distinguishes our species from other animals. Research in the cognitive sciences has demonstrated that this capacity is not bound to speech but can also be externalized in the …
Background. Many of the world’s spoken and sign languages mark the difference between the two major lexical categories noun and verb (Abner et al., 2019). In the case of German Sign Language (DGS), different morphophonological properties for nouns …
The human brain has the capacity to automatically compute the grammatical relations of words in sentences, be they spoken or written. This species-specific ability for syntax lies at the core of our capacity for language and is primarily subserved by …