“highly significant”

coli and Eganviruses was highly significant in GVHD group (r = −0.570; p = 0.004).

For the faster-evolving D-loop region, the SM population showed a highly significant negative Fu’s Fs value (−5.73756, p = 0.004), a strong indicator of population expansion due to an excess of new mutations.

Tyrosine phosphorylation density scans were obtained for six of the experiments and revealed that 1-min application of NGF to distal axons resulted in a 2.4-fold increase in trk phosphorylation density in the cell bodies/proximal axons, which was highly significant ( P < 0.004) (Fig. 6 ).

After combining the two transect probabilities by Fisher's method, overall genetic isolation by temporal distance was highly significant ( P = 0.004).

The results demonstrated that even after controlling for identity, the core interaction effects remained robust: the moderating effect of AI Literacy on Inhibitory Ethical Risk (Literacy Sedative Effect) remained significant ( β = −0.076, p <.01), and the moderating effect of School Tier on Promotional Professional Risk (Reverse Matthew Effect) remained highly significant ( β = 0.109, p =.004).

The value of each parameter was lower for atrial tissue than ventricular, and these differences were highly significant: p = 0.004 for ERP, p = 0.003 for CV and p < 0.001 for LAT.

CCFA treatment effects were highly significant on days 4 (p < 0.004) and 8 (p < 0.003).

Second, we compare the 65 genes closest to the published GWAS T2D loci with our 3,597 T2D-DMR genes, and find highly significant overlap of genes (Fisher’s test P =0.004).

Altitude had highly significant effects on the duration proportion of latewood wall thickening ( F = 7.77, P = 0.004) and latewood tracheid wall thickness ( F = 18.19, P< 0.001), with walls 0.91 μm thicker at 1150 m than at 750 m.

An additional one-way ANOVA model revealed a highly significant effect of treatment (OER vs. control, F (3) = 8.95, p = 0.004).

A permutation test further verified that the actual difference in standard deviations between late versus early start groups is highly significant relative to what this standard deviation difference would be under random group labeling (p = 0.004) ( Fig. 1D ).

The Mantel test indicated a highly significant correlation between environmental variables (exchangeable K + and exchangeable Mg 2+ , and urease activity) and ECM fungal community ( r = .33, p = .004; r = .40, p = .003; r = 0.25, p = .017, respectively). 4.

Extent of depletion was not correlated with the magnitude of the SCR difference score in the acquisition phase ( r (27) = 0.210, p = 0.294); however, there was a highly significant correlation between greater depletion and a more pronounced reversal learning deficit ( r (27) = −0.536, p = 0.004), depicted in Fig. 5 .

In addition, a highly significant positive correlation (rho = 0.388, p = 0.0041) was discovered between the osteoarthritis score (combining the histological grade of damage with the OA macroscopic stage) and the percentage of C2C staining in the samples.

Further analysis revealed a highly significant negative correlation between P uptake efficiency and rhizosphere available P content ( Figure 8E ; R2 = 0.29, P = 0.0041), indicating that plants with higher P acquisition capacity tended to deplete soil P more effectively.

Indeed, in three out of six vaccinated animals, tumour growth was essentially suppressed ( Figure 2b ), leading to a highly significant ( P =0.0041; Log-rank, Mantel–Cox test) survival benefit ( Figure 2c ).

The Cochrane's Q test for heterogeneity was highly significant ( P value = 0.0041, I 2 heterogeneity index = 73.83), and we, therefore, analyzed the association under a random effects model.

Log-rank tests revealed highly significant differences in molecular groups related to OS ( p = 0.0041, Log-rank test) and PFS ( p < 0.0001, Log-rank test).

Nevertheless, looking at the whole period of six years, this association was found highly significant ( p = 4.108*10 −3 ).

None of them shows an "opposite" response pattern, an observation that is highly significant ( p = 0.0042).

There were highly significant differences ( P < 0.0042) in the prevalence of S . agalactiae , S . dysgalactiae , A . pyogenes , staphylococcal β-lactamase gene, Staphylococcus spp., Klebsiella spp., Enterococcus spp. and S . uberis in BTM between the 3 provinces.

Highly significant differences (p = 0.0042) between the studied groups were found in the methylation level of the FKBP5_38 __35558438 CpG site ( Fig. 3 ).

For the Cre viruses, the difference was smaller, presumably due a ceiling effect (see discussion ), but still highly significant: at 1 week, the ΔL-Cre virus had labeled 1.40 times as many cells as ΔGL-Cre (single-factor ANOVA, p = 4.20e−3; n = 4 mice each group); and at the 4 week time point, the ΔL-Cre virus had labeled 1.25 times as many cells as ΔGL-Cre (single-factor ANOVA, p = 7.38e−4, n = 4 mice per group; see Data S1 for counts and statistical comparisons).

However, when we analyzed PV expression levels separately for spiny and non-spiny PVIs, we found a highly significant shift in behaviorally induced PV expression in spiny but not in non-spiny PVIs (p = 0.0042 in spiny versus p = 0.33 in non-spiny PVIs; Figure 4 A), suggesting that spiny and non-spiny PVIs differ in their susceptibility to experience-induced changes in gene expression.

Three extracts displayed moderately strong negative association with clinical resistance, with halo size decreasing with increasing clinical resistance, of which two were highly significant ( C. rupestris : r = −0.487, p = 0.00423; C. rubrum : r = −0.463, p = 0.00681) and one borderline nonsignificant ( U. lactuca : r = −0.306, p = 0.0567).