On the surface, the two hemispheres of vertebrate brains look almost perfectly symmetrical,
but several motor, sensory, and cognitive systems show a deeply lateralized organization …

The amygdala is a core structure in the neuronal network underlying emotion processing in
the vertebrate brain. Its structure and function have been extensively studied in both …

Facilitating axon regeneration in the injured central nervous system remains a challenging
task. RAF-MAP2K signaling plays a key role in axon elongation during nervous system …

Dogs are one of the key animal species in investigating the biological mechanisms of
behavioral laterality. Cerebral asymmetries are assumed to be influenced by stress, but this …

The brain is built with hemispheric asymmetries in structure and function to enable fast
neuronal processing. In neuroimaging studies, several mental disorders have been …

In recent years, transition metal oxides have been considered as the most promising anode
materials due to their high theoretical capacity, low price, and abundant natural reserves …

Until the 1990s, the notion of brain lateralization—the division of labor between the two
hemispheres—and its more visible behavioral manifestation, handedness, remained fiercely …

Hemispheric brain asymmetry is a basic organizational principle of the human brain and has
been implicated in various psychiatric conditions, including autism spectrum disorder. Brain …

Communication sound processing in mouse AC is lateralized. Both left and right AC are
highly specialised and differ in auditory stimulus representation, functional connectivity and …

Hemispheric asymmetries differ considerably across species, but the neurophysiological
base of this variation is unclear. It has been suggested that hemispheric asymmetries …