Sentence examples for smaller scale analysis from inspiring English sources

The SNPduo tools are designed to complement other available tools for large-scale data analysis without replacing their functionality, as well as provide visualization tools for smaller scale analysis.

Fig. 3 shows an idealized flow diagram (including controls) for larger scale (genome level) analysis for both systematic and functional purposes as well as smaller scale analysis for functional purposes.

However, the result was insufficient for a comprehensive MS study due to the volume (2 ml) of jacalin was too great to efficiently recover the glycopeptides from the lectin column for smaller scale analysis.

Moreover, as it is under a small scale analysis, the simplified definition is considered to be acceptable.

Small scale analysis reveals that repression of different targets of miR-294/302 leads to cooperative effects on reprogramming (Judson et al., 2013).

Wavelets [17] are a mathematical tool for time-scale signal analysis: at large scale, low frequencies present in the signal can be readily extracted, while small scale analysis detects high frequency components.

In order to specify background signals and evaluate their significance for small scale analysis, fresh benzene-d6 was loaded into NMR tubes with a GC syringe, and the sample was subjected to 1H-NMR analysis (Fig. 2).

This small scale analysis indicates that although the results may change upon such an inclusion, the change is not big compared to other uncertainties within the method.

In the small scale analysis only 1 of the 14 v1r genes present in clusters is associated with a noticable peak frequency of repeat elements, although several such peaks do exist in the larger vicinity.

Since the scope of our article is not the imputation problem, we will focus this small scale analysis only on GEDI, a recently developed HMM-based method for genotype imputation (Kennedy et al., 2008).

In the present study, we performed a small scale analysis, comparing RNA sequencing output from cell-free RNA from human AF obtained from three time points in pregnancy (prenatal 18 24 weeks, late preterm 34 36 weeks, and term 39 40 weeks) to determine if unique organ selective gene expression signatures are present that would be useful to assess fetal maturation (Fig.  1a).