Compression is achieved by projecting the tasks' displays on a small set of feature maps.
Our results provide evidence for task-specific maturational windows with different cognitive systems probed by different tasks displaying specific age-range dependencies of strongest developmental change.
Our findings highlight the preserved cognitive abilities in HD families when using more ecological tasks displaying emotional expressions in the context in which they typically appear.
Studies of accuracy in specific perceptual-cognitive tasks displayed variable results: four studies revealed improvements [20, 23, 46, 47], two studies found deteriorations [26, 27], and three studies showed no effect [25, 44, 45].
More importantly, non-musicians who received short-term training in pitch discrimination or auditory working-memory tasks displayed both improved performance in these tasks and enhanced auditory cortical activity after training [14], [15].
This subtle impairment of sociability behaviors matches the similarly modest deficits in learning tasks displayed by Fmr1 knockout mice, although this is also a major characteristic of FXS [21], [31], [32].
As demonstrated in our current and previous studies [28], the deficit profile over multiple context processing and memory tasks displayed by the model closely matches the one observed in patients with schizophrenia.
To preview the results: both tasks displayed comparable short-term priming effects.
TaSKs displayed all motifs and residues identified in plants or animals described as relevant for GSK function, classification, inhibition, or protein stability.
4 10 Previous studies showed that psychology students who performed lowest on intellectual and social tasks displayed the least insight by overestimating their own performance.
