These findings suggest an important role for the caudate in the inhibition of habitual response and the monitoring of error performance associated with deceptive responses.
Identified ergonomic interventions offer potential mitigation for latent errors; particularly in simple everyday habitual tasks.
Using FFQs to assess ED might be another limitation of the current study because FFQs, based on self-report of habitual food intake, may have inherent measurement error as well as bias from conscious or sub-conscious under-reporting or possible overreporting of some food items.
Executive control involves planning, decision making, error detection, giving novel responses, or overcoming habitual actions [ 1].
Twenty to twenty-five per cent had an anomaly of vision in their habitual playing state, which, in ~ 75% of cases, was due to uncorrected refractive error; such errors are easily treatable using contact lenses.
Other studies that may also prove useful, and which are similarly absent from the literature, would involve comparing visual strategies in those with different habitual levels of basic visual abilities (e.g. due to uncorrected refractive error).
Responses to self-reported sleep generate some degree of error; however, previous investigations have found that correlations between self-reported habitual sleep duration with sleep duration measured by polysomnography or actigraphy, have ranged from 0.18 to 0.47, 35 36 and sleep durations measured by sleep diaries have been reported to be as high as 0.79.
Subjects with clinically significant refractive errors (≥ +1.00D hyperopia, ≤ -0.50D myopia, ≤ -1.00DC astigmatism or ≥ 1.00D anisometropa), wore his or her habitual spectacles during testing at both visits.
Such unintentional 'bottom-up control' due to prior practice is illustrated by everyday cognitive errors; such as the tendency to erroneously repeat well-practiced acts, as when we absent-mindedly take an habitual route despite originally intending to go in a different direction.
