When the Mind “Flies”: the Effects of Mind-Wandering on Driving

Mind wandering (MW) refers to a shift of attention away from a primary task toward internal information, such as memories, future thoughts, or fantasies. Several lines of research showed that MW has a costly influence on many cognitive processes, such as reading comprehension, sustained attention and working memory. The aim of the present study was to assess whether MW impairs, like secondary-task distraction, driver’s performance. Results showed that MW is indeed pervasive during daily driving, as indicated by the participants’ answers to an ad-hoc questionnaire assessing the source of inattentiveness during daily driving; furthermore, MW states detected during simulated driving were found to affect driving performance

Computer-aided cognitive training in patients with neurocognitive vascular impairment: effects on cognition, depression and behavior

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Age differences and the identity negative priming effect: An updated meta-analysis.

A recent meta-analysis (P. Verhaeghen & L. De Meersman, 1998a) revealed that older adults show a reliable but significantly reduced negative priming effect compared with young adults. The present study provides an updated quantitative review on the effect of aging on the magnitude of the negative priming effect in identity tasks. This analysis demonstrated that the negative priming effect was not significantly different between young and old adults. This result differs from P. Verhaeghen and L. De Meersman's study. The implications of this finding for inhibitory-based theories of cognitive aging are discussed

Target selection difficulty, negative priming, and aging.

It has been recently suggested that the presence of identity negative priming effects in old adults could occur when there is substantial processing of the distracting information in a selective attention task (J. M. Kieley and A. A. Hartley, 1997). In three experiments, using a letter identification task, it was found that making target selection more difficult increased the magnitude of the negative priming effect to a similar extent in both young and old adults. Moreover, the size of the negative priming effect did not differ between young and elderly participants. These results are discussed with respect to the issue of age-related deficits in the mechanisms underlying negative priming

Characterizing cognitive inhibitory deficits in mild cognitive impairment

Individuals with mild cognitive impairment -MCI- show relative weaknesses in executive functioning (EF), as well as poor memory, but the inhibition-related mechanisms behind EF impairment in MCI have not been examined systematically. The aim of the present study was to systematically investigate inhibitory function in individuals with MCI to ascertain whether pathological aging is characterized by deficits in inhibitory processes and whether such impairment is confined to specific inhibition-related mechanisms. Tasks assessing inhibition-related functions - i.e. prepotent response inhibition (measured with the Color Stroop test), response to distracters (assessed using a text with distracters task), and resistance to proactive interference (assessed with a proactive interference task) - were administered to individuals with MCI and to healthy older controls. Individuals with MCI made more intrusion errors in the proactive interference task than controls, while the two groups' performance was comparable in prepotent response inhibition and response to distracters. This pattern of findings suggests that MCI is associated with specific inhibition problem