Many functions of the human brain are organized asymmetrically and are subject to strong
population biases. Some tasks, like speaking and making complex hand movements, exhibit …

Recent fMRI and fTCD studies have found that functional modules for aspects of language,
praxis, and visuo-spatial functioning, while typically left, left and right hemispheric …

The biological foundation for the language-ready brain in the human lineage remains a
debated subject. In humans, the arcuate fasciculus (AF) white matter and the posterior …

Humans demonstrate a prototypical hemispheric functional segregation pattern, with
language and praxis lateralizing to the left hemisphere and spatial attention, face …

Studies of cerebral lateralization often involve participants completing a series of perceptual
tasks under laboratory conditions. This has constrained the number of participants recruited …

Many neuroscientific techniques have revealed that more left-than right-handers will have
unusual cerebral asymmetries for language. After the original emphasis on frequency in the …

The neural face perception network is distributed across both hemispheres. However, the
dominant role in humans is virtually unanimously attributed to the right hemisphere …

A previous study we reported in this journal suggested that left and right-handers may differ
in their patterns of lateralization for different language tasks (Woodhead et al. 2019 R. Soc …

Background Most people have strong left-brain lateralisation for language, with a minority
showing right-or bilateral language representation. On some receptive language tasks …

Neuroimaging has tremendous potential for quantifying hemispheric specializations.
However, the possibilities remain under-utilized, in part, given some of the complexities in …