Besides the usual curation tasks, efforts to collate, encode, and curate mechanistic models focusing on specific disease areas, are being undertaken.
The aim of the present study was to systematically investigate the influence of task effort on recovery-related brain activation.
These data suggest that, in some circumstances, task effort may be a more important determinant of the glucose facilitation of memory effect than hippocampal mediation.
Since patients regain force and skill during recovery, changes in neural activation over time could be explained by a decreased relative task effort over time.
It is currently debated whether glucose facilitation of cognitive performance is due to differential targeting of hippocampal memory or whether task effort is a more important determinant.
We addressed the question whether keeping either task effort or task output constant leads to differing patterns of recovery-related brain activation over time within a "constant output-constant effort" design.
In the memory domain, it is currently debated whether glucose facilitation of performance is due to differential targeting of hippocampal memory or whether task effort is a more important determinant.
Cholinergic enhancement with physostigmine reduces activity in the PFC regions selectively recruited during working memory (WM) and increases activity in visual processing areas, suggesting that augmenting cholinergic function reduces task effort by improving the visual representation of WM stimuli.
A framework was created on which to build systems analysis tools that focus on realistic factors within the manufacturing environment, such as information quantity, diversity and content; complexity (product, process and operational); task effort, and so forth.
It is also possible, however, that this correlation is indicative of a common underlying source of variance that is not specific to working memory, such as general intelligence or task effort.
Three gauge the demand placed upon the respondent by the task (mental demand, physical demand and temporal demand), and three gauge elements of the interaction between participant and task (effort, frustration and perceived performance).
