Semantic retrieval consistently activates left inferior frontal regions, yet lesions to these areas do not typically result in semantic deficits. This discrepancy has led to the hypothesis that left prefrontal areas are primarily involved in executive processes while semantic information is retrieved from temporal cortices. We investigated semantic executive processing by changing, over trials, the semantic association to a stimulus. Using fMRI and PET, we demonstrate that changes in semantic association increased activation in temporal as well as frontal areas. The similar effects in temporal and frontal areas suggest that semantic executive processes are not confined to the left inferior frontal cortex but might be distributed throughout ...
We investigated with fMRI the cortical correlates of recovery of semantic processing in a patient (D...
We used fMRI in 35 healthy participants to investigate how two neighbouring subregions in the latera...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
Semantic retrieval consistently activates left inferior frontal regions, yet lesions to these areas ...
To investigate the neural correlates of semantic processing, previous functional imaging studies hav...
Semantic cognition requires a combination of semantic representations and executive control processe...
AbstractMaking sense of the world around us depends upon selectively retrieving information relevant...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
The contribution of the left inferior prefrontal cortex in semantic processing has been widely inves...
& To distinguish areas involved in the processing of word meaning (semantics) from other regions...
Damage to left inferior prefrontal cortex in stroke aphasia is associated with semantic deficits ref...
Damage to left inferior prefrontal cortex in stroke aphasia is associated with semantic deficits ref...
Semantic cognition requires a combination of semantic representations and executive control processe...
Accessing stored knowledge is a fundamental function of the cognitive and neural architectures ofmem...
AbstractPrefrontal cortex plays a central role in mnemonic control, with left inferior prefrontal co...
We investigated with fMRI the cortical correlates of recovery of semantic processing in a patient (D...
We used fMRI in 35 healthy participants to investigate how two neighbouring subregions in the latera...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
Semantic retrieval consistently activates left inferior frontal regions, yet lesions to these areas ...
To investigate the neural correlates of semantic processing, previous functional imaging studies hav...
Semantic cognition requires a combination of semantic representations and executive control processe...
AbstractMaking sense of the world around us depends upon selectively retrieving information relevant...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
The contribution of the left inferior prefrontal cortex in semantic processing has been widely inves...
& To distinguish areas involved in the processing of word meaning (semantics) from other regions...
Damage to left inferior prefrontal cortex in stroke aphasia is associated with semantic deficits ref...
Damage to left inferior prefrontal cortex in stroke aphasia is associated with semantic deficits ref...
Semantic cognition requires a combination of semantic representations and executive control processe...
Accessing stored knowledge is a fundamental function of the cognitive and neural architectures ofmem...
AbstractPrefrontal cortex plays a central role in mnemonic control, with left inferior prefrontal co...
We investigated with fMRI the cortical correlates of recovery of semantic processing in a patient (D...
We used fMRI in 35 healthy participants to investigate how two neighbouring subregions in the latera...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...