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The present findings suggest that enhanced response time variability is associated with affective problems in girls, but not in boys, and suggest that enhanced response time variability coincides with and predicts affective problems.
The present study shows that only in girls, enhanced response time variability is associated with affective problems.
Longitudinally, enhanced response time variability predicted affective problems after 2.5 and 5 years in girls, but not in boys.
With respect to our second hypothesis, enhanced response time variability indeed predicted affective problems at 2.5- and 5-year follow-up.
In line with our first hypothesis slower baseline speed, enhanced response time variability, deficient response inhibition and poor working memory were cross-sectionally associated with affective problems at age 10 12 years.
In boys, affective problems were not associated with neurocognitive performance (all p values > 0.01).> -wrap-foot> Vacceptedcepted after Holm Bonferroni correction are in bold * p < 0.05; ** p < 0.01; *** p < 0.001 In the longitudinal analyses in girls, only enhanced response time variability predicted affective problems after 2.5 years in girls (β = 0.09, p = 0.005).
Similar(53)
Clinical observations will allow early detection of emerging diseases in animal to enhance response time and capabilities.
In recent years, competitive market conditions coerce manufacturing firms to enhance response times and flexibility in all operations.
By use of the rationally designed BB aptamer-cDNA probe, a TISD based EA sensor against ATP with significantly enhanced response rate (with a displacement equilibrium time of 4 min) and high sensitivity was successfully constructed.
The rationally engineered synergically stabilized aptamer-cDNA duplex probes are sensitive and exhibit significantly enhanced response rates (with target binding equilibrium times of 1 min for ATP and 2 min for cocaine).
This shows that the enhanced response window to N-signalling was shifted in time to accompany the delay in the S-phase.
More suggestions(13)
enhanced response surface
enhanced response motor
enhanced response rate
enhanced computation time
enhanced aeration time
enhanced circulation time
enhanced doubling time
enhanced residence time
enhanced bandwidth time
enhanced response window
enhanced response camera
enhanced clotting time
enhanced retention time
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