AbstractControlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left posterior temporal cortex (pMTG), but research has not yet established (i) the distinct contributions of these regions or (ii) whether the same processes are recruited for non-verbal stimuli. Words have relatively flexible meanings – as a consequence, identifying the context that links two specific words is relatively demanding. In contrast, pictures are richer stimuli and their precise meaning is better specified by their visible features – however, not all of these features will be relevant to uncovering a given association, tapping selection/inhibition processes. To explore potential differences across modalities, we took a commonly-us...
AbstractPrefrontal cortex plays a central role in mnemonic control, with left inferior prefrontal co...
Semantic retrieval involves both (1) automatic spreading activation between highly related concepts ...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
Controlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left post...
Controlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left post...
Controlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left post...
AbstractControlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and l...
Understanding the meanings of words and objects requires the activation of underlying conceptual rep...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
AbstractMaking sense of the world around us depends upon selectively retrieving information relevant...
Understanding themeanings of words and objects requires the activation of underlying conceptual repr...
Semantic cognition is thought to involve the interaction of heteromodal conceptual representations w...
Semantic control allows us to shape our conceptual retrieval to suit the circumstances in a flexible...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
AbstractPrefrontal cortex plays a central role in mnemonic control, with left inferior prefrontal co...
Semantic retrieval involves both (1) automatic spreading activation between highly related concepts ...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
Controlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left post...
Controlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left post...
Controlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and left post...
AbstractControlled semantic retrieval to words elicits co-activation of inferior frontal (IFG) and l...
Understanding the meanings of words and objects requires the activation of underlying conceptual rep...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
AbstractMaking sense of the world around us depends upon selectively retrieving information relevant...
Understanding themeanings of words and objects requires the activation of underlying conceptual repr...
Semantic cognition is thought to involve the interaction of heteromodal conceptual representations w...
Semantic control allows us to shape our conceptual retrieval to suit the circumstances in a flexible...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...
AbstractPrefrontal cortex plays a central role in mnemonic control, with left inferior prefrontal co...
Semantic retrieval involves both (1) automatic spreading activation between highly related concepts ...
Making sense of the world around us depends upon selectively retrieving information relevant to our ...