Sentence examples for variability owing to from inspiring English sources

Indeed, the background activity of the lung displays low inter- and intrapatient variability owing to the low physiological uptake of 18F-FDG.

In some experiments, the 'normalize' function of GraphPad was used to limit the inter-experiment variability owing to the use of different FACS machines.

Relative exceptional longevity suggests that longevity is concept country/population specific and must take into consideration the life expectancy of the different populations/countries, which show great variability owing to historical, anthropological, and socioeconomic differences.

To minimize the variability owing to differences in the efficiency of cDNA synthesis and RNA integrity among patient samples, the copy numbers of BCR ABL transcripts were converted to molecules per microgram RNA after being normalized by GAPDH.

To avoid variability owing to hormonal changes, female participants underwent MRI outside of their pre-menstrual or menstrual periods.

The upper atmosphere above the turbopause has a great amount of variability owing to the simultaneous influences of meteorological and space weather processes (Anderson et al. 2011; Matsuo et al. 2003; Yiğit and Ridley 2011b; Yiğit et al. 2012b).

Either way the estimates of variance explained by all SNPs represent a lower bound for the total additive genetic variability explained owing to incomplete LD between directly typed SNPs and causative mutations (33), and by examining all common SNPs jointly, power to detect the influence of a small number of moderate to weak effects is less compared with the joint effect of true causal loci alone.

Another aspect to be considered is that the modified Oxford method cannot adequately account for the physiological variability in BRS owing to the limited amount of relevant data for BRS calculation.

We calculated the I 2 statistic to represent the proportion of variability between centres owing to heterogeneity.

Homogeneity of the effect size distribution was tested using the Q statistic, 29 and the I index was used to assess the proportion of effect size variability that was owing to non-chance factors.

Specifically, the variability that occurs owing to transgene copy number and insertion site has been a major impediment in quantifying the genetic factors that influence FP reporter gene expression in cells and mice.