Sentence examples for significantly higher variation from inspiring English sources

However, continual exposure to control males that transferred SP resulted in significantly higher variation in miRNA-lacking female lifespan than did continual exposure to SP null males.

The results demonstrated a significantly higher variation rates in the later passages, when comparing passage 1 against both passage 60 and 120, and comparing passage 60 against passage 120 (one tailed t-test, maximal P = 0.00016).

Analysis of molecular variance also indicated that there was significantly higher variation within than between populations (72.95% vs. 27.05%), which is comparable to that reported by Ding et al. (2009) for ISSR (78.84%) and RAPD (78.88%) markers.

AMOVA analysis for COIII of S. horneri showed significantly high variations among locations within groups (15.14 %, P < 0.001) and variation within locations (85.49 %, P < 0.001).

Moreover, the visceral temperatures (Tb) of bluefin tuna within these areas showed a significantly higher variance that occurred independently of the variation in external temperature (Table 3).

The TATA-box has been found to be the most important DNA motif for predicting gene expression variation, with TATA-containing genes having significantly higher expression variation than non-TATA-containing genes [13] [14].

IRF9 KO mice had significantly higher temporal variation, and lower individuality, than other mouse strains.

Fragmented forest plots also had significantly higher spatial variation in adjusted species richness (t5 = 2.910, p = 0.032, Figure 3B).

When male-transmitted Y STRs are analysed, a significantly higher genetic variation is observed, as expected, in matrilocal populations within the Sino-Tibetan family.

Only one group showed significantly higher SNP variation (18.8%), and genes from this group exhibited at least two times higher expression only in Pokkali (upregulated) under NaCl stress (fig. 8 A).

The most significant SNP on Chr. 10 showed 51%% phenotypic variation, significantly higher than the variation (47 %) estimated without the SNP (Table  2).