In many cases, results from smooth and turbulent flow experiments differed significantly.
These values fall in the range reported by Webster et al. (2014) and Mysen (2015b) even though the compositions in those experiments differed significantly from those of the present compositions.
This finding, together with the ANOVA results, and the finding that all experiments differed significantly from a limit of 189 ms (i.e. half the limit in experiment 1, all p<0.025, one-tailed t-test), suggest that there is by-and-large a single process responsible for most of the ∼350 ms temporal limit, which is a pattern-based process.
The performances of GNUSE scores, the only quality parameter intended for direct comparison of quality between different experiments, differ significantly between mouse and human datasets.
The design and analysis of ChIP-microarray (also called ChIP-chip) experiments differ significantly from the conventions used for more traditional microarray experiments that measure relative transcript levels.
The miRNA array platform utilized in these experiments differs significantly from hybridization gene microarrays with respect to the chemical and physical dynamics.
Indeed, although common gene upregulations may suggest that such processes participate in the aging process, as previously described, we show that their complete transcriptional signatures, as reported in separate experiments, differ significantly from those observed during the aging process.
The data from the control and the recycling experiment differed significantly.
Decomposition rate over the entire 14 days of the experiment differed significantly between species (p ≤ 0.001), origins of leaf litter (p ≤ 0.001), and time (p ≤ 0.001) (Table 4).
Specifically, the TMS-induced decrease in hit rate in the lip experiment differed significantly from the change in the hand experiment (post1: lip vs. hand; t33 = −4.37, P < 0.001, Cohen's d = 0.23).
