Barely Significant

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highly significantp < 0.00010.0× alphaqualifiedgold
Both measurement systems showed that germ cell number and percentage immunostained area decreased by approximately 2, 3 and 20 fold in the groups treated with the highest SN38 concentration compared with control, demonstrating a highly significant correlation between the two methods ( r = 0.954, p < 0.0001; Fig. 2 C).
highly significantP < 0.00010.0× alphaqualifiedgold
Serum GSH-PX activity increased in all Ef026-treated groups after 8 weeks, with group IV displaying a highly significant enhancement ( P < 0.0001) compared to the control ( Fig. 1 B). ​By the trial’s conclusion, group III also exhibited markedly higher GSH-PX activity than the control ( P < 0.01).
highly significantP < 0.00010.0× alphaqualifiedgold
This IFN had greater activity on monkey and bovine cells than the IFN from Con A-induced supernatants, although it did not show the same cross-reactivity as TABLE II Summary of IFN Characterization Type of sample Mean percent reduction of ti- Number ter -4- SD after treatment with of sam- ples Antiserum to tested a-IFN pH 2 Con A-stimulated PBM supernatant 15 21 :tz21" 97 + 3 Influenza virus-stimulated PBM super- 20 77 +- 18" 95 ::t:3 natant a control 9 95 - 8 11 -+ 13 * The difference between these two groups was found to be highly significant by the Wilcoxon two-sample rank sum test (P < 0.0001).
highly significantP < 0.00010.0× alphaqualifiedgold
The final number of clusters was validated based on two characteristics obtained from a discriminant function analysis, with cluster identity as the dependent variable and the original habitat variables as independent variables ( Leimeister, 2010 ), as follows: (i) a highly significant Wilks's λ (Wilks's λ = 0.046; P < 0.0001) indicating that >95% of the total variance in the discriminant scores was explained by differences between groups (clusters); and (ii) investigation of the number of errors the discriminant function analysis produced; two clusters produced the lowest number of classification errors (1%).