The development and persistence of laterality is a key feature of human motor behavior, with
the asymmetry of hand use being the most prominent. The idea that asymmetrical functions …

Highlights•Manual ability (dexterity) is related but not identical to hand preference
(handedness).•Corticospinal tract asymmetry scales with right–left difference in …

Background Previous individual studies have shown the differences in inflammatory
cytokines and gray matter volumes between bipolar disorder (BD) and unipolar depression …

Objective This study aimed to investigate the differences in brain morphology according to
handedness. Materials and Methods Forty‐two healthy subjects were enrolled (21 right …

Histological studies have reported microstructural hemispheric asymmetries in several
cortical areas of the human brain, but reliable in vivo assessment methods have been …

Purpose Neuroplasticity can partially compensate for the neurological deficits caused by
brain tumors. However, the structural plasticity of the brain caused by brain tumors is not fully …

Neuroplasticity may preserve neurologic function in insular glioma, thereby improving
prognosis following resection. However, the anatomic and molecular bases of this …

Handedness is the most investigated form of functional hemispheric asymmetries, but its
neural correlates remain unclear. Functional imaging studies suggest differences between …

Hand preference is a striking example of functional lateralization, with 90% of the population
preferentially using their right hand. However, the search for brain structural correlates of this …

Skilled motor behavior relies on the ability to control the body and to predict the sensory
consequences of this control. Although there is ample evidence that manual dexterity …