Sentence examples for quantitatively variable from inspiring English sources

By contrast, the IL-12 secretion of splenocytes isolated from 20-day-old lambs, although quantitatively variable, remained significantly stronger than that of adult cells (Fig. 3B).

However, recommendations for mitigating groundwater impacts can be both qualitatively and quantitatively variable, and it remains unclear whether these guidelines can be implemented under local conditions.

However, the chemical composition of propolis is qualitatively and quantitatively variable, depending on the available floral diversity at the location, the bee species and the season of collection [ 14, 15].

The effect was quantitatively variable but reached, on the average a values similar to that induced by FCS, thus confirming that SDF-1/CXCR4 axis is an important signalling pathway involved in feline mammary cell proliferation.

Further, the by now well-known examples of phenotypic plasticity described above represent environmentally-driven genotypic switches that lead to fixed phenotypes (i.e. polyphenisms), whereas much less detail is known about the expression of plasticity stemming from quantitatively variable traits.

Its chemical composition is qualitatively and quantitatively variable, depending on the vegetation in the area from which it was collected [ 6]. Brown propolis is the major type of propolis in Cuba; its chemical composition is exclusive and the principal component is nemorosone [ 7], which is the major constituent of Clusia rosea floral resins [ 8, 9].

Parametric Student's t-tests or non-parametric Wilcoxon tests were used to quantitatively compare variables, according to distribution characteristics.

To directly and quantitatively compare variables having different average values as well as variations in quantities and ratios, we used four different analytical methods to determine the best predictor of CHD.

This study essays to level the accuracy and descriptive value of qualitative research in a quantitative setting by rendering such a variable quantitatively accessible.

Through this effort, the relationships among a large number of variables were quantitatively evaluated and the variables of potential risks to product quality and manufacturability were identified.

It is demonstrated that the models with reduced kinetics are able to qualitatively (models with constant density) and quantitatively (models with variable density) predict the flame characteristics and stability as compared to the models with detailed reaction mechanism.