Barely Significant

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H661 cells had a significant decrease in their cellular viability following a combination treatment with SHPi + refametinib (S + R) of 42.26 ± 13.13% ( p = 0.0341) compared to the vehicle control (VC), and although it was not significant, showed a trend of increased sensitivity compared to refametinib alone (31.86 ± 7.74%).
On the other hand, among subjects with the presence of at least one T allele (GT/TT), during the treatment, only FVC%pred improved significantly, the improvement of absolute FVC and TL,co%pred was borderline significant, and 6MWT parameters (distance and DSP) did not change. 3.
This indicates that peonies can reduce the damage of reactive oxygen species by enhancing the activities of antioxidant enzymes under 3d heat stress, but the activities of APX and CAT still show an increasing trend, while the activities of SOD and POD decreased under long-term (5d–7d) high temperature stress, which is different from the results of previous studies [ 17 , 42 ], indicating that different antioxidant enzymes were sensitive to different temperatures and activated at different temperature ranges, and that activation occurs at different temperature ranges [ 43 ].
Additionally, CAT ( p quadratic < 0.001, F quadratic = 13.86, p Linear = 0.18, F Linear = 1.90, df = 5), GSTR ( p quadratic < 0.001, F quadratic = 21.67, p Linear = 0.49, F Linear = 0.47, df = 5), and GR ( p quadratic < 0.001, F quadratic = 16.27, p Linear = 0.19, F Linear = 1.72, df = 5) expression levels were significantly increased by vitamin D supplement and peaked in the VD782.5 group, whereas Keap1a ( p quadratic < 0.001, F quadratic = 22.89, p Linear < 0.0001, F Linear = 32.74, df = 5) expression showed a decreasing trend, with the lowest expression observed in the VD1167.9 group.
The authors postulated that, as Malassezia is known to produce antigenic proteins that can trigger Ig E-mediated immunogenic responses in atopic skin diseases [ 91 , 92 ], this alteration in the microbiome may be significant in the pathophysiology of SAC/PAC.
Impact of Exposomes on Ocular Surface Diseases.
Int J Mol Sci · 2023 · PMC10379833
The activities of SOD, POD, and CAT enzymes in H showed an increasing trend with the extension of stress time; all reached a peak at 12 h, at which point they were significantly increased by 181.9%, 116.0%, and 90.6, respectively, compared with 0 h ( Figure 2 ). 2.3.