Excerpts

Figure 5 B shows that a resolution rate of 94.69% achieves the optimum separation when the ethanol concentration is 70%, while a further increase in ethanol concentration leads to a decreasing trend in the desorption rate.

The intensity of the band at 1430 cm −1 (orange symbols) shows an increasing trend with dopant concentration: as doping increases, non-doped domains are replaced by doped crystals and co-crystals with a dense polarons population, which contribute to the rise of the 1430 cm −1 component (orange region of Scheme 2 b).

For the formation of precipitates/co-precipitates, the Ca content shows an increasing trend.

However, both the flexural strength and flexural modulus of HA/PLLA composites showed a decreasing trend when the processing temperature was above 140 °C or the pressure exceeded 250 MPa.

The S r values of the MGS:0.12Eu 3+ ,0.004Mn 4+ sample show an increasing trend, with a maximum S r of 3.38% K −1 at 473 K, as shown in Figure 11 e.

The value of S a shows a decreasing trend with increasing temperature and has a maximum value of 0.041 K −1 at 298 K.

For example, in vitro antioxidant effects of these derivatives have revealed a notable trend: the antioxidant activity tends to escalate with an increasing number of hydroxyl groups present in the structure.

Flavonols also showed a decreasing trend (from 17.3 to 15.1 mg/L), while the content of flavones and hydroquinones (including arbutin) did not change significantly.

For strategies G, E, and H, the results show a decreasing trend in macrocell size as the foaming temperature changed from 100 °C to 120 °C.

The macrocellular size (from 562 ± 29.4 to 775 ± 13.0 μm) and opening cell content (from 60.2 ± 1.2 to 77.8 ± 0.6%) also showed an increasing trend.

MC-FD showed a slightly significant difference in zeta potential which was higher than that of CV-E, indicating better stability due to higher electrostatic repulsion.

The analysis confirmed a highly significant difference in docking scores, S, across the four proteins.

All the samples showed a decreasing trend of the apparent viscosity with an increasing shear rate.

As shown in Figure 1 B, with continuously increasing extraction pressure, the yield of hawthorn pectin polysaccharides showed a trend of first increasing and then decreasing.

Based on the F-values of the three factors, the order of their influence on the yield of hawthorn pectin was extraction pressure (B) > liquid-material ratio (A) > holding time (C), and all had a highly significant impact on the yield of hawthorn pectin.

There was a decreasing trend (−11.5%) in the GP group compared to the Ctrl group ( Figure 3 b).

With the increase in α-tricalcium phosphate content, the compressive strength of biphasic calcium phosphate cement generally showed a trend of great increase, and the compressive strength of pure α-TCP cement reached the maximum, which was 37.78 ± 1.21 MPa.

In higher concentrations, highly significant results were obtained.

X7732 showed a slight trend to reduce Erk1/2 phosphorylation while X7625 did not modulate Erk phosphorylation.

X7732 showed a trend toward reduced cell viability at the highest concentration, although this effect did not reach statistical significance.

Typically, p -values > 0.05 indicate non-significant differences, p -values < 0.05 denote significant factor effects, and p -values < 0.01 represent highly significant effects on the response variables.

The graph demonstrates a clear trend: the mass fraction of the absorbed water increases with rising heat treatment temperatures, ranging from 300 °C to 450 °C.

Use of Broccoli By-Products as a Source of Bioactive Products An important trend in the future will be to consider the revaluation of broccoli by-products.

A clear trend can be observed: the pore volume decreases progressively with decreasing chain length—0.30 (bC 3 P-Ti), 0.40 (bC 6 P-Ti), and 0.60 cm 3 g −1 (bC 12 P-Ti).

As shown in Table 1 , with delays in harvesting, the fruit drop percentage and mold percentage of mulberry fruits showed an overall increasing trend and the marketable fruit percentage showed a decreasing trend, with the latter declining the most seriously at the T4 yellow–white period (27 days after flowering), which was only 65.7% ± 3.21%, in which the percentage of fruit drop was the main reason affecting the quality of mulberry fruits in the T4 period. 2.2.