Excerpts

The highly significant correlation between GQFS and chromosomal translocation breakpoints in cancers demonstrates the biological relevance of G4-associated genome instability in mammalian cells.

Nonetheless, an obvious trend was observed that most of these ribosomal protein species (32/40, 80%) suffered a decrease in abundance from 100 to 200 mM NaCl treatment.

In +LTS samples, total FAA generally exhibited a decreasing trend after recovery, although changes of Arg and Pro in +LTS samples varied with species and N treatment.

Genome wide association analysis The subsequent GWAS of the CC scores for both years revealed highly significant and consistent associations with markers.

In contrast, the highest farm vulnerability results from a combination of low measurements (i.e., poor mean performances), a decreasing trend (i.e., toward decline) and high variability (i.e., toward instability) for all vulnerability variables considered.

In this regard, DNA content showed marginal significance for the initial number of reads but not in any other aspect.

Both IP and LP showed a decreasing trend from 15 to 20°C and increased when the temperature increased to 25°C.

In Experiment 1, highly significant interactions between genotypes and isolates; genotypes and temperature; and isolate and temperature were observed for incubation and latent periods.

The chilling duration did not show a clear trend on the aggressiveness of isolates inoculated on chickpea genotypes.

Longitudinal histological sectioning analysis showed a clear trend toward reduced cell volume in the KO plants, especially in the severe KO plants ( Figure 4A ).

A highly significant genotype × stage interaction was found for the viscosity of HB purees (Table 2 ).

Though tree species was the only significant factor in root phosphatase activity, there was a negative trend between soil P availability and phosphatase activity in linear regressions of average root phosphatase and resin P.

In SF habitat, we found that the slope of the relationship between VM number and plant biomass was no different from 1, whereas that of RM number was marginally significant less than 1 ( Table 2 ).

littoralis larvae fed on GLS-containing plants showed a trend in the 5th and 6th instar toward higher pre-molting weight than no GLS-fed larvae.

The top two markers, 3151996 ( in silico DArT) and 3103599_60:A > G (DArTSeq SNP) showed the highly significant association with -log 10 ( p ) score of ≥32.5, suggesting that these markers underlie the genomic region: BnMn 2+ .

For RDW, all of the effects (i.e., substrate, subspecies, and their interaction) were highly significant.

Interestingly, BCFs of Se (IV) in turnip roots were relatively stable but showed a decreasing trend (from 14.82 to 6.22) with increasing Se concentrations (from 0.2 to 2 mg kg −1 DW) (Figure 3B ).

At atmospheric [CO 2 ] the water regime significantly affected SB, A, g s , C i /C a , N, and δ 18 O, and the effect for δ 13 C ( P = 0.068) and δ 15 N ( P = 0.057) approached significance, whereas at high [CO 2 ] the water regime significantly affected all the traits except δ 18 O.

In contrast, when the Vrn genes were active (i.e., under the SD-NV conditions), the association with the major QTL 33 located on the linkage group 5A-2 in the same region as the Vrn-A1 locus was highly significant for all tillering traits (from 21 to 33%), except for RATE.

The identification of highly significant associations between the early sRNA expression pattern of seedlings and the trait MPH of GY that take shape at the end of the plants life cycle, indicates robustness of our findings.

We chose 15 markers that show interesting and highly significant differences between the conditions based on the significance level, the best projection of the PCA vector map in the dimension 2 and the total abundance.

The analysis of variance for quantitative morphological traits revealed that mean sums of square values were highly significant and hence used for further analysis ( Supplementary Table S2 ).

Grain weight at G3 differed significantly between cultivars from the 3rd to the 6th spikelet, and there was an increasing trend from the 1950s to 2010s.

The genotypic effects were significant for all traits, and many traits showed highly significant correlations, ranging from 0.83 between grain yield and biomass to -0.67 between seed weight and seed emergence rate.

Anyway, we showed a trend that pea as preceding crop offers the opportunity for gaining some yield increase with a lower amount of N-fertilizer, which may contribute to lower greenhouse gas emission of sugar beet production.