Sentence examples for understanding deficiencies from inspiring English sources

Comprehending the impact of parental involvement requires understanding deficiencies that reduce student performance, and providing parents with tools to diminish their effects.

Understanding how deficiency in metabolite receptors leads to outer retinal lesion may offer future therapeutic avenues for this major cause of blindness and answer a clinically unmet need.

However, model results must be approached with an understanding of potential deficiencies and therefore certain caveats pertain to the analyses.

Here we address how research in Dictyostelium has contributed to our understanding of immune deficiencies and neurological defects in humans, and briefly discuss its future prospects for furthering our understanding of neurodegenerative disorders.

These results define new activities for these enzymes, and provide mechanistic understanding of how deficiencies in these enzymes cause distinct telomeric phenotypes.

Further, they have provided the paediatrician with a better understanding of the deficiencies in current treatment options, as, in the majority of conditions, the current therapy does not address the basic defects.

Further investigation into such patterns of deficits may provide valuable insight into the processes critically involved in inhibitory control, hence enhancing our understanding of the deficiencies in impulsive control observed in ADHD.

This work offered a perfect starting point to construct a kinetic model for fatty acid metabolism with particular focus on the β-oxidation cycle and the objective to enhance our understanding of various deficiencies of acyl-CoA dehydrogenases.

Even though the public health focus is almost entirely subsumed by subclinical cobalamin deficiency (SCCD) and not clinical deficiency, understanding the complicated subject in either arena begins with the clinical perspective.

Recent advances in molecular biology and bioinformatics linked to rice genome sequence data have markedly advanced our understanding of Fe deficiency responses at the molecular level.

This review provides a framework for understanding how P deficiency alters root architecture, with a focus on integrated physiological and molecular signalling.