Sentence examples for support the quantitative analysis from inspiring English sources
These results strongly support the quantitative analysis (protein estimation) of the extracellular proteins performed by colorimetric method.
There is also strong evidence indicating that the currently employed microarray platforms can support the quantitative analysis of cell and tumor transcriptional programs.
TagFinder[233, 234] supports the quantitative analysis of GC-MS-based metabolite profiling experiments.
The focus group narrative data contextualizes and supports the quantitative analysis using women's own experiences and opinions.
The nonamethylene segmental part takes the zigzag conformation, which was supported by the quantitative analysis of the methylene progression bands observed in the infrared spectra.
The hypothesis was not supported by the quantitative analysis, however in the qualitative data cross-age tutoring was appraised more favourably than peer tutoring or teacher instruction.
Subjective results were supported by the quantitative analysis where PI, WIS, and MTT were significantly lower in the medulla compared to the cortex.
Furthermore, it is supported by the quantitative analysis of PM definitions in the literature, which suggests that it it is widely acceptable and thus has the potential to avoid the above mentioned issues.
This observation was further supported with the quantitative analysis of neutral lipid content by measuring the absorbance at 500 nm. 3 T3-L1 cells were treated with various maturation stage of PGBE.
A significant difference in the number of head rotations was observed between the RXN (180 mg/kg)+CDDP and the CDDP-only groups (P=0.000), which was supported by the quantitative analysis of the number of the hair cells on macula of the utricles and saccules (Supplementary Figure 2b).
The visible similarity between the functional form in either case is supported by the quantitative analysis of the distribution of small effects, as summarized in Table 4. Comparison with Table 3 reveals a universal statistical behaviour of the functional form of Q(x ≤ Λ) for the landscapes and populations studied.
