Bianki V L, Filippova E B
Zh Vyssh Nerv Deiat Im I P Pavlova. 1977 Jul-Aug;27(4):847-53.
A study of EP topography in the cat visual cortex has shown that initial functional interhemispheric asymmetry may be reduced and replaced by symmetry through long and frequent binocular stimulation. Section of the callosal body produced an inversion of one hemisphere dominance. In the callosotomized animals binocular stimulation enhanced the asymmetry. It is more stable in the cat visual cortex than in rats.
一项关于猫视觉皮层中诱发电位地形图的研究表明，通过长期且频繁的双眼刺激，最初的功能半球间不对称可能会减弱，并被对称性所取代。胼胝体切断会导致一个半球优势的反转。在胼胝体切断的动物中，双眼刺激会增强不对称性。这种情况在猫的视觉皮层中比在大鼠中更稳定。
