Barely Significant
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“a decreasing trend”

47,181 sentences · 47,181 papers · 78,848 search hits before verification · confirmed specimen

Sighted at

p=0.09

Listed by Hankins (2013) · Otte et al. (2022)

In the literature

Analysis of soluble solids Soluble solids is an important indicator of fruit ripening and senescence, and the results of 7-day experiments of soluble solids and soluble solids decline rate of UPPP-treated blueberries were shown in Figure 10 , with the prolongation of the storage time, soluble solids were consumed as respiratory substrates, and the soluble solids were all in a decreasing trend.
The results showed that the specific gravity of the scones decreased significantly as the addition amount increased (1.16 in the control group, 1.15 in the 2% group, 1.10 in the 4% group, 1.09 in the 6% group, and 1.02 in the 8% group; P <0.001).The baking loss was found to follow a decreasing trend with the addition of leaf powder in a concentration-dependent manner (11.54% in the control group, 10.45% in the 2% added group, 10.18% in the 4% added group, 9.95% in the 6% added group, and 10.01% in the 8% added group; P <0.001).
The resistance rates of Staphylococcus aureus to penicillin, linezolid, and tigecycline did not change significantly during the past 8 years, but the resistance rates to erythromycin, tetracycline, clindamycin, rifampicin, and nitrofurantoin showed a decreasing trend, and the difference was statistically significant ( Table 1 ).
Experimental results follow a decreasing trend as dry density increases and self-diffusivities are up to one order of magnitude smaller in the direction normal ( D ⊥ ) versus parallel ( D ∥ ) to the preferred orientation of clay particles associated with the system anisotropy that is expected to develop because of uniaxial compaction of experimental samples. 101 , 102 Simulation predictions show a much higher difference between diffusivities normal (rhombi) and parallel to the clay particles (squares), as expected because of the high degree of particle orientation in our simulated systems.