Excerpts

The dynamic surface tension profiles of all samples exhibited a decreasing trend with increasing concentration, and the magnitude and rate of decrease increased.

The weight of the dual-side chain cleavage reaction pathway generally exhibits an increasing trend with increasing kinetic energy, reaching a plateau at 75 eV and subsequently maintaining fluctuations.

In this case, the differences among the groups are well defined and demonstrate a decreasing trend, starting with higher content in Tiaca ( C. paniculata ) honeys, a moderate presence in Tineo samples, and the last group with the lowest content corresponding to Ulmo ( E. cordifolia ) honeys.

In aprotic solvents such as DMSO, DMF, tetrahydrofuran (THF), 1,4-dioxane, cyclopentanone, and acetonitrile (ACN), a clear trend is observed: the higher the solvent’s β value, the lower the ω (NHCN) vibrational frequency (i.e., a shift to lower wavenumbers, referred to as a red shift).

Conversely, the signal at m / z 181 showed a slight decrease within the 2 to 4 μL/min range, but predominantly exhibited an increasing trend within the 2 to 10 μL/min range, followed by a decline beyond 10 μL/min.

With the gradual increase in Fe 2 O 3 content, the denitration performance of the catalyst also shows an increasing trend.

Greener Approach Recently, environmentally sustained synthesis of nanomaterials shows an increasing trend ( Figure 2 ) and has gained significant attention due to its effectiveness, low cost, reduced failure rates, and ease of characterization, which makes it preferable over conventional methods [ 58 ].

Conversely, samples containing extract with sugars showed a decreasing trend in hardness values during storage.

The effect of 10 μM NAA did not lead to a statistically significant increase in the LPO products; however, the diagram shows a clear trend toward increased LPO activity.

However, a clear trend was observed—for three of the four variants studied, the highest concentrations of this aldehyde were recorded in distillates obtained using the Pinnacle yeast strain.

Nickel–iron catalysts currently occupy a significant share (over 35%) in hydrocarbon processing applications [ 6 , 7 ], with an increasing trend towards their use in renewable feedstock processing, including lignocellulosic biomass.

Catalyst dosage (Cs) and Co(II) concentration emerge as the dominant and highly significant factors, with high F-values of 53.81 and 70.72, respectively, and p -values of 0.000.

The most striking and practically significant result of this work lies in the antibacterial efficacy of the final films.

The EOs of the five mixtures exhibited highly significant antibacterial effects against the six tested multidrug-resistant bacteria.

The data reveals a clear trend in extraction performance.

However, a decreasing trend in the immobilization rates of Zn, Pb, Cu, and Cd was observed at 3%, 4%, and 5% Na 2 CO 3 content, which may result from the change in the physicochemical properties of the mineral after the capture of Na by the SiO 2 .

The percentage of HMs in the leachable state showed an increasing trend with increasing CaO addition ( Figure 2 c).

In terms of DEs formulated with 0% to 0.4% Xan, their EY values calculated from the transmission profiles showed an increasing trend from 88.6% to 111.5% as the Xan concentration increased ( Table 1 ).

With the increase in methanol fraction, the fluorescence signals showed a trend of increasing first and then decreasing ( Figure S3 in the Supplementary Information ).

Nevertheless, a clear trend of a higher content of this amino acid in the grains after the application of SA and PA was shown ( Figure 2 ).

The enrichment of cereal-based products with plant-derived ingredients has become an important trend in the food industry, aimed at enhancing their nutritional and functional value.

The extraction time experiment revealed an increasing trend in RA content and antioxidant activity from 1 to 30 min, reaching a maximum RA content of 7.19 ± 0.06 mg/g DW and DPPH scavenging activity of 38.78 ± 0.40 mg TE/g DW.

However, the field is currently shifting towards more precise gene editing tools, such as base editing and epigenetic editing, whose application may be significant for MSCs engineering.

Figure 6 A–C exhibit a decreasing trend for absolute zeta potential and noteworthy variation for turbidity with increasing temperature, which may result from changes in vesicle phase structure owing to changes in the strength of the surface charge of the particles with temperature [ 30 ].

For the Zn treatments, f increases markedly from 0.101 (Zn10) to 0.267 (Zn100) and 0.553 (Zn300), while K d shows a decreasing trend from 0.373 to 0.213 and 0.230.