Visuospatial asymmetries and interocular transfer in the split-brain rat.

  title={Visuospatial asymmetries and interocular transfer in the split-brain rat.},
  author={A. M. Adelstein and D P Crowne},
  journal={Behavioral neuroscience},
  volume={105 3},
Interocular transfer (IOT), hemispheric superiority, and cerebral dominance were examined in split-brain female albino rats. Callosum-sectioned and intact animals were monocularly trained in the Morris water maze and tested in IOT and reversal phases. In the IOT phase, split-brain rats entered more nontarget quadrants and headed less accurately toward the platform than did controls. For both split-brain animals and controls, right-eye training resulted in shorter latencies and fewer nontarget… CONTINUE READING

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