Hint | Answer | % Correct |
---|---|---|
left hemisphere | language | 100%
|
experiment | quasi | 100%
|
research | sperry and gazzaniga 1968 | 100%
|
szaflarki et al 2006 | 100%
| |
evaluation | turk et al 2002 | 100%
|
right hemisphere | visual motor tasks | 100%
|
participants | 11 who had undergone corpus callosotomy as treatment for severe epilepsy | 0%
|
findings | describe what they see and drawing tasks | 0%
|
contralateral | each hemisphere controls the opposite side of the body | 0%
|
lateralisation | each side is functionally different and have specialist functions | 0%
|
split brain procedure | gaze at fixation point on an upright screen | 0%
|
information is not transferred | 0%
| |
lacks mundane realism | 0%
| |
lateralisation changes with age | 0%
| |
right hemisphere | left hand left visual field | 0%
|
left visual field draw with left hand then recognise object with right visual field | 0%
| |
corpus callosum | made up of nerve fibres and allows the hemispheres to communicate | 0%
|
one word for 0.1 seconds | 0%
| |
patient JW developed the capacity to speak in the right hemisphere | 0%
| |
population validity | 0%
| |
left hemisphere | right hand right visual field | 0%
|
why they can say it | right visual field goes to left hemisphere | 0%
|
Aim | to examine the extent to which the two hemispheres are specialised to certain functions | 0%
|
words are projected either side | 0%
|
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