Sentence examples for both experiments there was from inspiring English sources

In both experiments, there was significant difference between uncorrected and corrected SUVmean.

For both experiments, there was no substantial difference in optimum measurement time among stages and among H/S ratios, with maximum difference of 0.3 h and 0.4 h respectively.

In both experiments, there was an interaction (P<0.01) between EO addition and initial pH on acetate proportion; at the initial pH of 5.5, EO addition decreased acetate from 65.0 to 63.9 and from 62.6 to 61.8 mM/100 mM, respectively, for DC and FB rumen liquors, while there were no effects of EO at the initial pH of 7.0.

In both experiments, there was no difference in cell death between WT and bmf-deficient cells for sham-treated controls.

Note that in both experiments there was no influence of age on female mating success (χexp1 = 5.42; χexp2 = 0.786; df = 2, P > 0.05 for overall comparison).

In both experiments, there was more inoculum where volunteers had not been destroyed than where they were not present or were destroyed 'early' but only in Experiment 4 were these differences significant.

In both experiments, there were no effects of population isolation.

In both experiments there were powerful effects of repeated 'relevant checking': while actual memory accuracy remained unaffected, the vividness and detail of the recollections were greatly reduced.

In both experiments there is a positive correlation between difference limen and the magnitude of the repetition effect (for Experiment 1, r = .65, p = .012, Spearman's rho = .64, p = .014; for Experiment 2, r = .64, p = .002, Spearman's rho = .71, p<.001).

In both experiments there were two independent variables, the sort of conjunction (A and B, not-A and B, A and not-B, not-A and not-B) and the sort of scenario (enabler or baseline).

Additionally, in both these experiments, there was spatial heterogeneity in the density of the amoebocytes, with areas adjacent to the fungal infections having the highest concentration of cells.