Sentence examples for Strong patterns for from inspiring English sources

The results revealed strong patterns for the oligo A3 A5/T3 T5, tracts, weaker patterns for non-isolated AA/TT steps and no significant patterns for the isolated AA/TT dinucleotides in each library.

Nitrogen metabolism enzymes in the mussel shell microbes show a strong pattern for much uptake and transformation of inorganic nitrogen especially ammonium uptake and ammonification, a pattern shared with some of the Line Islands metagenomes and also with the waters surrounding the Galapagos upwelling region (Fig. 3a).

There was a strong pattern for the perpetrator to be the opposite sex of the victim.

The strong pattern for cuticular protein genes could be a consequence of infection-induced developmental asynchrony compared to naive beetle larvae, since molting entails cuticular turnover, as suggested by [ 27], for honeybees 36 h after oral infection with Paenibacillus larvae, the cause of American Foulbrood Disease.

In a comparison of expression levels for D. melanogaster, D. simulans and their F1 hybrids for 31 genes, mth was shown to have one of the strongest patterns for compensatory cis-trans regulatory evolution [23], suggesting that mth has experienced strong selection on expression level since D. melanogaster and D. simulans shared a common ancestor approximately two million years ago.

Strong patterns of dominance were found for families of five of the eight nitrogen cycle gene types studied (Table 2).

We did not find strong patterns of favored amino acids for the sites P1'-P10' that would explain substrate specificity of the PCSKs.

Despite the semi-dominance of misexpressed genes, there was strong pattern of dominance for the X. laevis genome because hybrids had fewer genes misexpressed compared to X. laevis than compared to X. muelleri.

A theta/alpha ratio yielded a similar but stronger pattern, for the entire scalp.

We found a similar but slightly stronger pattern for root biomass yield with a 37%% increase in pots with two plants from different populations relative to pots with two plants from the same population (post hoc; tsame-vs-other = 4.228; df = 154.5; P < 0.0001) and a 34%% increase relative to pots with one plant (tother-vs-control = 4.566; df = 155.0; P < 0.0001).

First of all, note the strong patterns that emerge for the two observers who displayed a bias towards CCW rotation (DR, TN; see Figure 3B).