Sentence examples for development variability from inspiring English sources

First, a general component, that deals with contents that must be taught by every school in the country (e.g., the basics of genetics, development, variability, natural selection, heredity, and adaptation).

The approach is forward-casting, in that we use H and A descriptors to define strata because we assume they will be associated with health and development variability in children; they cannot be predictive at this stage.

In spite of these facts, there was no significant difference in the Cohen Perceived Stress Scale between developments, with more substantial within-development variability.

Three point bending, unconfined compression and splitting tests were conducted to determine strength development, strength variability, and failure mechanisms.

Meat quality (MQ) results from complex phenomenon and despite improved knowledge on MQ development, its variability remains high.

While longitudinal fMRI studies are necessary for our understanding of typical and atypical patterns of brain development, the variability observed in fMRI blood-oxygen-level dependent (BOLD) signal and its test-retest reliability in developing populations remain a concern.

Although hormonal injections in eggs enable us to better understand how yolk testosterone can affect chicks' development [40], variability in the results obtained to date indicates that data on what happens under more "natural" situations are needed.

Meta-analytic results indicated that the environmental factor of temperature is sufficient to explain development rate variability in Ae. aegypti.

One of the hallmarks of early language development is variability in rate of development both between children and within a given child over time (Bates, Dale, & Thal, 1995).

There is still a lack of knowledge about the impact of individual elements of the complement system on AMD development, phenotypic variability and progression.

A systems integration at the cellular level has the potential to answer many, until now, unsolved questions about biological systems and their collective functioning, regulatory programs for growth, development, phenotypic variability and the causality of many complex diseases [ 8- 10].