Text
Cognitive and Neurophysiological Models of Brain Asymmetry
Silbo Gomero; whistle language; cerebral lateralization; brain asymmetry; dichotic listening task; situs inversus; heterotaxy; visceral asymmetry; vertebrate asymmetry; human laterality; left-right differentiation; brain torque; ciliopathy; parrots; footedness; brain mass; body mass; nidopallium; optic tectum; optic tecta; Wulst; lateral asymmetry; finite element method; electrical field potential; dipole moment; power; EEG; bilateria; cerebral asymmetry; handedness; language; molecular asymmetry; situs; primary auditory cortex (A1); Doppler-shifted constant frequency (DSCF); mustached bat; sex differences; amplitude; spectral; temporal; hemispheric specialization; social communication; frequency modulation (FM); neurodevelopment; GWAS; heritability; quantitative trait; polygenic scores; avian brain; brain asymmetries; hemispheric lateralization; ontogeny; epigenetic; neuronal plasticity; visual system; cerebral polymorphisms; cerebral dominance; DC model; genetics; polygenic model; bilateral language; functional modules; language evolution; lateralization; MRI; baboon; development; language areas; neuroscience; brain; asymmetry; laterality; functional hemispheric asymmetries; structural hemispheric asymmetries; theoretical models
No copy data
No other version available