4 E), with a strong trend for an increase in ejection fraction ( P = 0.056; Fig. 4 C).
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Following supplementation, a multivariate analysis revealed a strong trend towards significance for time [Wilk’s Lambda = 0.057, F (4,12) = 5.514, p = 0.056, effect size ( η 2 ) = 0.943, power = 0.632].
Hepatic CLDN RNA was found as the single independent factor which positively correlated with HCV RNA levels (F=15.7, p=0.003) while hepatic miR-122 levels showed a strong trend or borderline negative correlation with HCV RNA levels (F=4.8, p=0.056).
No significant differences but a strong trend with large ES were found between RPE values (F (7,42) = 2.176; p = 0.056; η 2 = 0.27). 3.3.
Although 20-min (postload) plasma glucose concentrations did not significantly differ, there was a strong trend for increased area under the curve for glucose in Late-dexamethasone animals compared with controls ( P = 0.056).
In beta band a significant relationship was found between BCmax and RT changes (r(48) = − 0.34, p = 0.017), whereas in alpha band, a strong trend to significance was found between FC and RT changes (r(48) = 0.28, p = 0.056) (Fig. 2 ).
Change in circulating biomarkers between these groups was statistically significant for TNF-α (p = 0.033) and CRP (p < 0.001), with a strong trend toward a difference in IL-6 (p = 0.056) ( Table 2 ).
GVHD showed a strong trend toward adverse LFS (HR 2.46, p = 0.056), whereas coreactivation and isolated CMV reactivation carried HRs of approximately 1.2 relative to the no-reactivation group, but neither reached statistical significance ( p ≥ 0.7).
Additionally, although not reaching statistical significance, comparison of brain Glx concentrations between Glut1+/+ and littermate‐control Glut1+/− mice administered Fruc showed a strong trend ( p = 0.056) toward an expected decrease in Glx for the Glut1+/− cohort, which has the lowest sugar concentration, providing further evidence identifying the brain sugar signal following Fruc administration as Glc*.
Quantitative assessment revealed that the density of apoptotic cells in the retina of the flight saline group was 67% higher than GC controls, with a strong trend difference ( p = 0.056) ( Figure 9 b).
This effect was significant from sub-block 1 to sub-block 3 [ t (20) = −3.57; p = 0.001] as a result of a significant increase from sub-block 1 to sub-block 2 [ t (20) = −2.55; p = 0.005] and a strong trend from sub-block 2 to sub-block 3 [ t (20) = −1.67; p = 0.056; all tests one-tailed, uncorrected for multiple comparisons].
Birds fed AXOS had higher ME intake ( P = 0.049) and nitrogen retention ( P = 0.001) and a strong trend of higher NE ( P = 0.056), NE intake ( P = 0.057) and retained energy ( P = 0.054) compared to those fed AX.
Comparison of % lesion volume revealed a strong trend toward an increase in aged animals (p = 0.056; Figure 3 B).
Lateralized Site-Specific Activity at the Stimulation Site for DLPFC TMS For DLPFC stimulation, the repeated-measures ANOVA with the dependent variable N100 amplitude and the factors TMS SIDE, HEMISPHERE, and BRAIN REGION showed a strong trend toward a three-way interaction effect TMS SIDE × HEMISPHERE × BRAIN REGION [ F (1,23) = 4.05; p = 0.056; η p 2 = 0.15].
The ATP-linked OCR for healthy pregnancy was significantly decreased compared with the preeclamptic pregnancy ( P <0.01) group; there was a strong trend toward a decrease ( P =0.056) compared with the non-pregnant group ( Figure 2 B).
The mixed ANOVA revealed a significant time and time × group interaction effect for PA ( P = 0.003 and P = 0.007, respectively) and a significant time effect ( P = 0.001) and a strong trend time × group interaction effect ( P = 0.056) for Lf.
Significant between-group differences were observed for the SC ( p = 0.01) and the right thalamus ( p = 0.04), and showed a strong trend towards significance in the left amygdala ( p = 0.056).
FGR + cECFC showed similar GFAP coverage to that of NG brains, with a strong trend towards improving astrocyte coverage when compared with FGR ( p = 0.056; Fig. 4E ).
A repeated measures ANOVA in which site (SMG, AG), TMS condition (no TMS, TMS), and trial type (illusion, double flash) were within subject factors revealed a significant main effect of trial type [ F (1, 8) = 13.655, p = 0.006] and a strong trend toward significant interaction between TMS condition and site [ F (1, 8) = 4.994, p = 0.056].
Combined with a strong trend ( p = 0.056) of the test subjects solving the task more than the control subjects, this shows conclusively that Kea, at least when required to solve a task, do attend to perceptual factors of a demonstrated action.
S/G2/M cells in progressing patients expressed higher levels of CXCR4 compared to S/G2/M cells in indolent patients with a strong trend for increased expression of CD5 ( p = 0.056; Figure 5C ).
WD-fed APOE3 mice had higher total cholesterol than APOE3 CD mice ( p = 0.0108), while APOE4 WD mice showed a strong trend toward higher cholesterol compared with APOE4 CD mice ( p = 0.0562; Supplemental Fig. 2 C).
The reduced alpha-syn intensity showed a strong trend for correlation with memory function ( p = 0.0564) (Fig. 4d ).
In addition, there was a strong trend in increased PPI-specific CD8 + T cells in exocrine regions comparing donors with T1D to healthy controls ( P = 0.0564; Fig. 1B ), and compared to previously reported frequencies ( 13 ) of such autoreactive CD8 cells in blood, this constituted a substantial enrichment.
Additionally, the abundance of lactobacillus showed a strong trend towards a positive relationship with probe trial performance (p = 0.0567). 7.15.2.