Sentence examples for quantitative precise from inspiring English sources

The quantitative, precise, unbiased, and stability-indicating test methods are essential components of stability experimentation.

Moreover, we showed that RIA-860 was quantitative, precise, accurate and sensitive in measuring PAG concentrations.

For instance, it has been argued, looking at systems biology from the perspective of chemical process engineering, that systems biology does not suffer from data overload, but in fact is rather data-poor in those quantitative, precise measurements that are the most necessary for accurate network simulation [ 11].

As a result of these deficiencies, there is an urgent need to supplement and ultimately replace these field kits with a quantitative, accurate, precise, sensitive, inexpensive, and environmentally safe laboratory method for measuring As in Bangladesh's drinking water.

Life sciences today need more robust, expressive, computable, quantitative, accurate and precise ways to handle the big data.

However, the character of the presentation here should not be taken to imply that the current understanding of molecules is not rigorous, quantitative, and precise.

To provide further quantitative and precise information, radar plot graphs were presented in Fig. 5a, b.

If enough data are available, we can use quantitative and precise numbers for probability.

Non-destructive, quantitative and precise determination of internal strain distributions within structural materials and components can be accomplished by only a few experimental techniques, amongst which diffraction of penetrating radiation (X-ray and neutron beams) plays a central role.

The analyses of technical variation in the metabolic F. heteroclitus cDNA microarray suggest that measures of gene expression using the F. heteroclitus 384 cDNA microarray are quantitative and precise.

Next-generation sequencing has revolutionized transcriptome analysis by providing genome-wide expression profiles that are both quantitative and precise, affording single-nucleotide resolution of differences between sequences [ 8].