Sentence examples for attributable to experimental from inspiring English sources
However, both offset and variability were largely attributable to experimental and data uncertainties.
This discrepancy in the localized PFC activation findings between the present and previous studies is possibly attributable to experimental settings, tasks used and imaging modalities [9], [14], [24], [46].
Careful analyses and follow-up studies showed that many of these results were more likely attributable to experimental design error or self-starvation (see Glavin et al., 1991).
Our results show that the previously observed differences are largely attributable to experimental variation and different methods used rather than actual differences in specificity.
All of our negative control genes showed no significant growth rate difference from the WT BY4743 strain, demonstrating that our new phenotype identifications are unlikely to be attributable to experimental sample variation.
These differences may be attributable to experimental differences (the B. malayi life cycle transcriptome is based on only one sample, i.e., no biological replicates were run) or may represent differences between the two species.
Therefore, when designing studies of adequate power, in this and in other similar models of cerebral β-amyloidosis, sufficient numbers of mice per group must be included in order for change in mean plaque burden attributable to an experimental variable to outweigh phenotypic variability.
The difference between our present results and that observed by Hirota et al. may be attributable to the experimental design, which was in vitro and in vivo, respectively.
Partial η2-values, in contrast to classical η2-values, are defined as the proportion of total variation attributable to the experimental factor partialling out other factors from the total nonerror variation [26].
In this paper, the sources of variation are analyzed by decomposing the variance into parts attributable to specific experimental factors: technical replicates, sites, peptides, transitions within each peptide, and higher-order interaction terms based on carefully built mixed effects models.
