Sentence examples for significantly higher conservation from inspiring English sources
In addition, p-mirsupps showed significantly higher conservation than p-oncomirs, and almost 62.2% of the p-mirsupps were conserved in the G1 group, while only 11.5% of the p-oncomirs were conserved in the G1 group (P = 5.0×10−5, Fisher's exact test, Figure S1b).
Pertinent to this study, proteins that have been identified to be phosphorylated in H. salinarum show a significantly higher conservation than non-phosphorylated proteins (Figure 3C), and phosphorylated residues are also more conserved than their non-phosphorylated counterparts (Figure 3B).
Fifteen of the 127 normal age-associated loci had significantly higher conservation scores (phyloP > 1.3).
39 out of the 356 TF-structure pairs show significantly higher conservation rates in the corresponding structures (P < 0.05, after Bonferroni correction for multiple testing).
11 out of 20 TFs listed in Figure 2 show significantly higher conservation in their correspondent structures in specific positions of TFBSs than those based on 10,000 randomized experiments (P < 0.05, after Bonferroni correction for multiple testing; Figure 3).
Within 12,000 multiple intronic flank sequence alignments we found a significantly higher conservation of the predicted intronic cis-acting octamers as compared to all other possible motifs (Table 4).
The same functionally enriched patterns have significantly high conservation coherency scores and significantly low mean conservation scores in exogenous conditions, representing recently evolved functional components.
The same patterns, 2 and 4, have significantly high conservation coherency scores in the diauxic shift and stress response dynamic networks.
Examining the conservation of functionally enriched network patterns we find that functionally enriched patterns have significantly low mean conservation score and significantly high conservation coherency score (Z-score > 2).
The binding sites of two TFs, including Ste12 and Swi4, show significantly higher structural conservation in two successive positions.
The binding sites of most TFs show significantly higher structural conservation in more than one specific positions.
