1 At follow-up the findings are mixed: there is some evidence of improvement in the proportion of babies who survive without disability, an improvement in developmental scores, and a reduction in associated neuromorbidity (seizures and shunted hydrocephalus), but no change in the rate of severe impairment.
Although results are interpretable only on the group level, the improvement in developmental outcomes and the lack of significant associations between PAH DNA adducts and deficits in development in the 2005 cohort may be educationally meaningful, because compromised function at an early age may have a negative impact on subsequent school performance (Drillien et al. 1988).
Crossing sesB into the BER-1 mtDNA background produced modest apparent improvements in the developmental phenotype but had little impact on female fertility, whereas the effects of spargel overexpression were even more minor.
Despite its ability to rescue female sterility, AOX expression produced no improvement in the developmental delay of sesB flies, consistent with the notion that this phenotype is, most probably, attributable to the limitation on ATP production that is imposed by sesB.
Overall, these findings suggest that developmental improvements in behavioral control are supported by improvements in effectively presetting goal-appropriate brain systems.
Our results showed strong evidence that developmental improvements in saccade performance were related to better saccade preparation rather than saccade execution.
Therefore, the investigation of energy-efficient WSNs and their uncertainties is a crucial issue because it offers promise for future developmental improvements in WSNs.
Some argue that the difference between younger and older children reflects developmental improvements in executive functioning, specifically in inhibitory control, cognitive flexibility, and working memory.
Of special interest, maturational changes in the structure and function of these PFC regions during childhood and adolescence may, in part, underlie developmental improvements in various cognitive processes (see Bunge and Wright 2007).
Researchers led by Dr. Abha Chauhan at the New York State Institute for Basic Research in Developmental Disabilities found significant improvement in learning skills, memory, reducing anxiety, and motor development in mice fed a walnut-enriched diet.
