Hemispheric asymmetry or lateralization is a fundamental principle of brain organization.
However, it is poorly understood to what extent the brain asymmetries across different levels …

Stroke and neurodegenerative diseases differ along several dimensions, including their
temporal trajectories-abrupt onset versus slow disease progression. Despite these …

A brain injury resulting from unilateral stroke critically alters brain functionality and the
complex balance within the cortical activity. Such modifications may critically depend on …

Brain asymmetry, involving structural and functional differences between the two
hemispheres, is a major organizational principle of the human brain. The structural and …

The functional organization of left and right hemispheres is different, and hemispheric
asymmetries are thought to underlie variations in brain function across individuals. In this …

Recent large-scale neuroimaging studies suggest that most parts of the human brain show
structural differences between the left and the right hemisphere. Such structural hemispheric …

The left and right hemispheres of the human brain are two connected but relatively
independent functional modules; they show multidimensional asymmetries ranging from …

Background: It is now possible to map neural connections in vivo across the whole brain (ie,
the brain connectome). This is a promising development in neuroscience since many health …

The ratio between slower and faster frequencies of brain activity may change after stroke.
However, few studies have used quantitative electroencephalography (qEEG) index of ratios …

Models of laterality infer distinct aspects of EEG alpha asymmetry in clinical disorders, which
has been replicated for over three decades. This biomarker now requires a more fine …