Barely Significant

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rigidum buckwheat tended to accumulate the compounds indistinctly in roots or shoots, depending of the buckwheat accession, there was a clear trend in the four buckwheat accessions to accumulate the compounds in the roots when co-grown with P. oleracea , as DA, P-CA, LU, OR, and VIT were significantly accumulated in the roots in three of the four buckwheat accessions tested when P. oleracea was present in the medium.
As shown in Figure 14 , under rPLM stress, the content of S element in rice significantly increased ( p < 0.05), reaching its highest at 100 mg/L, an increase of 65.14% compared with the control; the content of Ca and Mg showed a decreasing trend, reaching their lowest at 100 mg/L, a decrease of 29.42% and 23.68%, respectively, compared with the control.
Under gPLM stress, the content of S element in rice only significantly increased at 50 mg/L ( p < 0.05); the content of Ca showed a trend of first increasing then decreasing, with the highest at 10 mg/L, and significantly decreased at 50, 100 mg/L ( p < 0.05); the content of Mg first decreased then increased, with the highest at 100 mg/L and the lowest at 20 mg/L.
Both the α-diversity (expressed as number of OTUs) and the β-diversity (expressed with the Whittaker index) within the field-collected samples did not differ among sites, although for the latter the p -value turned out to be near significance (P α-diversity = 0.194; P β-diversity = 0.0638; Table S9 in the Supplementary Materials ).
highly significantqualifiedgold
When seed samples harvested from each of the Australian national lupin program’s annual routine field screening test plots of narrow-leafed lupin were tested for CMV seed transmission to seedlings, differences in CMV seed transmission rates were highly significant and stable between individual germplasm accessions, breeding lines, and cultivars [ 43 ].
quite significantqualifiedgold
Quite significant differences are observed among Cas9+ plants in disease resistance, morphological traits and aromatic profile are probably due to intra-variety variability of commercial seeds as starting material for obtaining CNs and to independent origin of each regenerant plant from CNs following genetic transformation.