Subjects undertook both the Deese-Roedigger-McDermott (DRM) false memory task and a visual task designed to produce false memories.
Participants completed an execution condition including the psychomotor vigilance task, a working memory task and a duration discrimination task.
Incorrect responses to the search task, memory task, and catch trials, as well as reaction times (RTs) that were ±3 standard deviations from the mean were removed.
In the current imaging genetics study, we investigated the correlation between brain activation during a visuospatial working memory task and genetic risk for schizophrenia.
GCE effects were observed on the incidental face memory task, and GCE by assessment number interaction effects was seen on the incidental word memory task.
Intracranial EEG was recorded from the cortical regions preferentially active in the spatial attention and/or working memory task and those involved in motor intention.
In addition, some of these areas were more active when subjects performed a verbal working memory task, and others were more active when subjects performed a visuo-spatial task.
We trained rats in an auditory parametric working memory task, and found that they displayed substantial and readily quantifiable behavioural effects of sensory-stimulus history, similar to those observed in humans and monkeys.
In the 7th week, they were submitted to behavioral testing (open field and novel object memory task), and at the end of the 10th week, they were killed and BDNF levels were analyzed.
Undergraduate students were assigned a habitual prospective memory task, an event-cued and a time-cued episodic prospective memory task, and they completed questionnaires designed to assess problems with prospective memory in everyday life.
In a between-subjects design, 56 adults ranging from 17 to 80 years of age performed a computerized prospective memory task and an attention (filler) task after 25 g of glucose or a sweetness-matched placebo.
