Exact(4)
The data helped delineate the neural activity associated with the following temporal sequence of the neurocognitive processes of deception: Early retrieval of truth, early processing of deception, late retrieval of truth, late processing of deception, and preparation before executing the response.
Two experimental procedures (cue-target and target-cue) were used in studying the processes of deception.
However, minimal knowledge on the brain mechanisms involved in the processes of deception is available [ 4- 7].
This study was conducted to investigate the effect of the order of presentation of cue and target on the processes of deception.
Similar(56)
While a clear valence-related effect on deception was observed, common neural regions were also recruited for the process of deception about the valence of the affective pictures.
Therefore, this research procedure can properly represent the process of deception.
The task procedures used in this study are equivalent to the above mentioned process of deception.
Further, the cue-target procedure could represent the process of deception better than the target-cue procedure.
To study the cognitive process of deception, the researchers categorized the general types of processes that might be used by a deceptive answer.
In the past decade, brain-imaging techniques such as event related potential (ERP) and functional magnetic resonance imaging (fMRI) enable the precise recordings of brain activities that associated with the process of deception.
Therefore, we need to explore the cognitive processes of the deception to show its details.
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