“a strong trend”

Quantitative analysis of PCDH9 immunoexpression revealed no statistically significant difference between control tissue and pooled ccRCC tissue, although a strong trend toward lower expression in tumors was observed ( p = 0.0583; Figure 3 c).

However, higher-resolution micro-computed tomography (microCT) measurements of cortical bone in the midshaft of the femur demonstrated that BAY-treated mice had a subtle but significantly greater cortical bone volume fraction ( P = 0.0286; Figure 5B ) as compared with VEH-treated mice, resulting from a strong trend for greater cortical bone volume ( P = 0.0583; Figure 5C ) without an impact on cortical bone tissue volume ( P = 0.2807; Figure 5D ).

S-NT-A animals showed a significant reduction in this measure compared to C-NT mice ( p = 0.0145, Tukey’s test), and there was a strong trend for a decrease in this measure compared to S-NT-R animals ( p = 0.0584).

Similarly, a strong trend for MPTP effect was shown for latency to descend (F = 3.802, p = 0.0584, two-way ANOVA; Figure 2 G), but not for treatment or interaction (F = 0.843, p = 0.438 and F = 0.855, p = 0.433, respectively).

The test also indicated a strong trend for increased levels of dopamine in the NFC GW9662-treated rats compared to the NFC vehicle-treated ( p = 0.0584).

Interestingly, there was a strong trend toward a similar degree of nSMase2 reduction in sporadic FTLD-TDP-A ( p = 0.0586).

For ambulatory time following five impacts, there was no treatment group or interaction effect however time post-injury showed a strong trend for significance ( F 3.067,54.44 = 2.620, P = 0.0588, Fig. 10 A).

There was a strong trend of an interaction between Birth weight and Trial blocks on WM performance in the acquisition phase ( F (10,178) = 1.83; p = 0.0589).

There was a strong trend for an effect of sex [ F (1, 14) = 4.27, p = 0.0589, Figure 4A ].

However, a statistically significant effect was not observed when confounding effects of age were taken into account; there was a strong trend towards an increase in FH activity with age ( p = 0.059) although the trend was less marked in MS-MSC ( Figure 2(b) ).

Importantly, we also found that larger stressor-related increases in cortisol (AUCi in the stress group) were associated with greater susceptibility to false memory; false recognition showed a strong trend ( r = 0.33, P = 0.059), while bias to critical lures ( r = 0.42, P = 0.02) was positively correlated to AUCi ( Fig. 3 ).

In contrast, the ratio of phosphorylated: total eEF2 displayed a strong trend for a reduction following HFD‐feeding (Figure 2c , p = 0.059) suggesting a possible attenuation in protein synthesis.

In addition, compared to 1935/1936, the 2020 bumblebee communities that belonged to group B had a significantly shorter Proboscis length ( p -value = 0.023, Figure 6 b) and showed a strong trend towards smaller worker body size ( p -value = 0.059, Figure 6 a) and an indiscriminate macroclimatic preference ( p -value = 0.082, Figure 6 k).

Post-hoc tests on AUC error (Bonferroni corrected for multiple comparisons) following a significant Task*Stimulation Group interaction; F(2, 86) = 15.33, p < 0.001, ηp 2 = 0.26, revealed this trend was significant between the cerebellar and M1 group ( p = 0.019) while a strong trend was found for the cerebellar and sham group difference ( p = 0.059).

However, interestingly, we found a strong trend for loss of club cell Creb1 to augment the percentage of cells that were granulocytes in female airways ( p = 0.059, Figure 3H ; Table 3 ).

Although the primary endpoint did not reach significance due to the high attrition rate, there was a strong trend ( p = 0.059) supporting memantine treatment.

There was also a strong trend for smaller hippocampal volume to be associated with pre-scan decline in episodic memory ( p = 0.059).

There was a strong trend for higher temperatures in the homes of the older age group (p=0.059).

For cortical qT2 values ipsilateral to the vessel pathology, there was a strong trend towards significance suggesting higher cortical qT2 in patients with activated collaterals (288.74 ± 89.07 ms vs. 201.21 ± 60.29 ms, p = 0.059).

A strong trend for an increase in the Fazekas scores in Fabry compared to controls was observed (1.05 ± 1.05 vs. 0.5 ± 0.7, respectively, P = 0.059; Fig 4a ).

BAP1 loss predicted a strong trend toward improved median survival of 40.80 months (95% CI, 28.14–53.46) versus 24.87 months (95% CI, 18.73–31.01), P = 0.059).

Principal coordinate analysis revealed a strong trend towards separation of microbiota communities between sham and CIH-exposed animals ( p = .059; Fig. 7 f).

Kruskal–Wallis ANOVAs on z-scores showed significant group differences in the percentage of the same (H = 8.14, p = .02), closer-up (H = 7.32, p = .03) and a strong trend in the BE score (H = 5.66, p = .059).

Along these same lines, WT-PNPLA3 expressing mice displayed a strong trend ( p = 0.059) for increased left ventricle anterior wall thickness during diastole (LVAWd) post 16 weeks of MASH diet, which was not observed in either GFP or PNPLA3-I148M expressing mice (Fig. 4 F).

Mean LOS was 3.75 ± 2.8 days in the MID group compared to 6.1 ± 3.5 days in the open group, showing a strong trend towards shorter admissions for the MID group ( P = 0.059).