Excerpts

The RT-qPCR results showed that the expression of BTB/POZ immediately increased in MEAM1 at 12 h AAP and followed an increasing trend at the subsequent time points ( Figure 5A ).

Correlation analysis showed a highly significant and negative correlation of PDI with total foliar phenol content (TFPC), pyruvic acid, catalase, peroxidase, and protein content.

In the current study, a decreasing trend in total protein content irrespective of the genotypes as disease progresses was observed.

The accumulation of different biochemical compounds showed an increasing trend and was found highest at 20 days except protein content ( Figure 7 ).

The mean confidence interval of the MQTLs showed a markedly significant reduction (3.40 fold) compared to the CI of the initial QTLs ( Figure 5B ).

In this study, with different levels of CaO 2 , the objectives of this work were (1) to examine the effects of different supplies of CaO 2 on the yield of two rapeseed hybrids, Fengyou 958 (FY958) and Xiangyou 420 (XY420), agronomic traits performance and nutrients accumulation under waterlogging conditions during the bud to flowering stages and (2) to unravel the physiological and root ecological changes in rapeseed plant under the influence of CaO 2 and waterlogging stress, to obtain a better understanding waterlogging mitigation by CaO 2 mechanism, which are highly significant to the resistance of rape to flooding while in production.

The results of the correlation pattern between TAVG and flowering time showed a positive correlation at early seedling stage and a negative trend after bolting stage, while the pattern of PRCP was exactly opposite ( Figure 1D ; Supplementary Figure S1A ; Supplementary Table S4 ).

Candidate gene associated with waterlogging tolerance SNPs at a level of -Log10(p) ≥ 5.5 were considered highly significant and were used to identify candidate genes.

We performed a Pearson correlation analysis ( Figure S5 , File S5 ) of the levels of these differential metabolites, revealing that there were extremely significant correlations among the top 20 differential metabolites in corn kernels treated with humic acid compared with the control.

With an increase in the intercellular carbon dioxide ( C i ), instantaneous water use efficiency of rice leaves showed an increasing trend with a greater increase under e[CO 2 ] plus warming than the control, except for the anthesis stage of LJ.

The leaves exhibited a notably increased H 2 O 2 level relative to the WT control under alkaline stress, but a decreasing trend after application of exogenous BL.

Metabolome data showed that the chlorogenic acid content and rutin content did not differ significantly among CK, stem(+) and stem(-), whereas the scopoletin content showed an increasing trend due to flue-curing ( Table 1 ).

With increasing selenium levels, the amylose content, peak viscosity, breakdown, relative crystallinity, pasting temperature and gelatinization enthalpy first decreased and then increased, while the transparency showed a trend of increasing and then decreasing.

2.1.4 Correlation analysis of agronomic traits of the F 2 generation from Longya-10 × pale flax The correlation analysis of the main agronomic traits of the F 2 generation showed that the capsule size was positively correlated with the capsule number per plant, and the correlation was extremely significant ( Table 3 ).

Of note, however, the effect of ASBr appears to be strongest against AS among all HIFs tested, as shown by the lack of an increasing trend with increasing concentrations of AS.

Interestingly, under STFFOF, the visual stem lodging rate in paddy fields was positively related to the breaking resistance ( P = 0.695*, Table 1 ) and stem diameter ( P = 0.654*, Table 1 ) of basal internodes, showing a significant or extremely significant negative correlation with pushing resistance per plant ( P = −0.716*, Table 1 )/culm ( P = −0.854**, Table 1 ) but presented no significant correlation with lodging index ( P = −0.076 ns, Table 1 ).

We found highly significant and positive correlations between RT q-PCR and RNA-Seq results in all time points (8h, 24h and 48h) which means that the results of RNA-seq were reliable ( Figure S2 ).

In wild relative ST, sucrose content was almost constant throughout fruit development, while a decreasing trend and a V-shape trend were observed for fructose and glucose contents, respectively.

Overall, total sugar content shows an increasing trend during fruit development and reaches a peak at ripening stages, with sucrose being the predominant sugar and sorbitol being the minor one in cultivated peaches.

crinitum showed an increasing trend with the concentration increase.

Compared with Normal anthers, five genes showed lower expression at the mononuclear and trinuclear stages of HT-ms anthers, especially more pronounced at the trinuclear stage; for example, genes TaCBS52 and TaCBS55 differed to highly significant levels.

The expression of TaCBS52 gene was 1.93-FC and 69.77- FC higher in mononuclear and trinuclear Normal anthers than in HT-ms anthers, showing significant and extremely significant differences, respectively ( Figure 11I ).

Combined ANOVA for the three experimental years revealed the presence of highly significant variation for all the measured traits ( Supplementary Table 6 ).

In shady slopes, STC : STN changed irregularly with soil depth, and both STC : STP and STN : STP showed a decreasing trend with increasing soil depth. 3.4.

In 2020, SPS activity showed a trend of a significant increase and then a significant decrease from 35 to 50 DAA.