Further, in agreement with theoretical predictions, we show that the two ant species present, for a whole suite of traits, more dispersive strategies close to the colonization front.
In line with our predictions, we show that a moderate elevation in neonatal corticosterone through maternal milk significantly reduces fear responses and inter-individual variability (average 44%) in adult mouse offspring.
Consistent with these predictions, we show that both E2F1 and JUND bind to the best matching sites in the promoters of predicted targets C21orf2, PTDSR, KIAA0556 and PER1, suggesting that this transcriptional co-binding pattern may be pervasively used in human B cells.
However, contrary to most predictions, we show here that S. lophyropoda has no inbreeding depression and exhibits heterozygote excess for most of the loci studied.
To test this prediction, we showed healthy subjects and cataplexy patients (Table 1) humorous cartoons while they underwent functional magnetic resonance imaging (fMRI).
Here, by comparing the early and late changes of five blood markers together with CTC changes for PFS prediction, we showed no clear superiority of CTC over the other serum markers.
Consistent with this prediction, we show a correlation with OsOXO4 expression and disease resistance.
To reflect on the low accuracies of the label prediction, we show the clusters from (t_{rm pre }) and (t_{rm post }) in Fig. 7, after removing the outliers.
This prediction we show to be correct.
In an example prediction, we show that YLoc prediction outputs can be easily interpreted.
