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The Kennard principle, implying that brain damage at a young age, will always fully recover, (does/does not) hold.
The Kennard principle, implying that brain damage at a young age, will always fully recover, (does/does not) hold. Damage of the left hemisphere may cause serious language deficits but at a young age the right hemisphere might take over those language functions. Of course, much of the recovery depends on the location and the extent of the lesion.
A lesion of the (left/right) hemisphere as a negative impact on both the verbal IQ ánd performance IQ, whereas a lesion of the (left/right) hemisphere only affects Performance IQ.
A lesion of the (left/right) hemisphere as a negative impact on both the verbal IQ ánd performance IQ, whereas a lesion of the (left/right) hemisphere only affects Performance IQ.
verbal (left hemisphere)
performance IQ (right hemisphere)
_, projecting to the striate cortex = the primary visual cortex
_, projecting to the secondary visual cortex.
tectopulvinar or geniculostriate?
The geniculostriate system, projecting to the striate cortex = the primary visual cortex
the tectopulvinar system, projecting to the secondary visual cortex.
We see with the _ and we are able to orient in space by the _.
tectopulvinar or geniculostriate?
We see with the geniculostriate system and we are able to orient in space by the tectopulvinar system.
The continuation of the geniculostriate system is the _ stream.
ventral or dorsal?
Please remember: for object recognition, you need to see ánd to remember the object you have seen from hundreds of different angles.
The continuation of the geniculostriate system is the ventral stream.
ventral or dorsal?
Please remember: for object recognition, you need to see ánd to remember the object you have seen from hundreds of different angles.
The continuation of the tectopulvinar system is the _ stream, occipito-parietal connection.
ventral or dorsal?
Easy to remember: the parietal lobe is the lobe involved in visuospatial information processing.
The continuation of the tectopulvinar system is the dorsal stream, occipito-parietal connection.
Easy to remember: the parietal lobe is the lobe involved in visuospatial information processing.
The _ receives information from the dorsal stream and the ventral stream. It is a highly integrated brain region, because of all the different sensory information that comes together.
A third 'stream' is the Superior Temporal Sulcus (STS).
The STS receives information from the dorsal stream and the ventral stream. It is a highly integrated brain region, because of all the different sensory information that comes together in the STS.
