“a strong trend”

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).

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

For spheroid staining, Donor 2 revealed a significant reduction in BMPR2 expression compared to Donor 3 ( p = 0.007), with a strong trend in reduction in relation to Donor 4 ( p = 0.059) and a diminished though evident trend in comparison to Donor 1 ( p = 0.106).

Between baseline and 1 year, average daily step count and percentage of time in moderate activity intensity significantly decreased (−9.7·10 2 ±2.2·10 3 steps and −1.1 ± 2.5% respectively; time effect, both p < 0.001), while percentage of time sedentary showed a strong trend toward an increase (1.3 ± 5.6%, time effect, p = 0.059), with no differences between groups.

However, univariate analysis did show a strong trend significance with a negative effect of preoperative RDW ( P = 0.059).

A statistically significant link between AMU and AMR was further determined for sulfonamides ( p = 0.010) and tetracyclines ( p = 0.042), and a strong trend for such a link was also found for fluoroquinolone use and quinolone resistance (all when classified into tertiles; p = 0.059; Table 2 ) among commensal E. coli .

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 ).

A strong trend for a genotype x treatment interaction was noted ( p = 0.059) ( Figure 3H ).

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 ).

Over the 30‐min testing duration, locomotor activity decreased ( F (3,44) = 88.547, p < 0.001) irrespective of Mn and sex, as all mice habituated to the arena over time (Figure 6 ); there was also a strong trend for Mn‐exposed males to be more active early in the test (during the first 10 min; Figure 6 ; t = 1.989, p = 0.059).

The classical monocytes initially showed a strong trend to be higher in the BCG group ( p = 0.0597), and both groups showed a steady increase in numbers from weeks 36 to 88 (F i g. 3 I).

It is of special interest that in the parasagittal plane, a strong trend in distance from skin to hyoid bone was found, with a cut-off point of 1.28 cm, with a sensitivity of 58% and specificity of 70%, although not significant ( p = 0.0599).

Hence, when the results were reported in as per-treated analyses (rather than as per-protocol), there was a significant decrease in MACE and spontaneous MI (both p = 0.01), a strong trend to reduced all-cause mortality ( p = 0.06) and cardiac mortality ( p = 0.08) in the CTO-PCI treated group when compared to conservative treatment.

Multivariable analysis revealed a strong trend to poor survival with a STR compared to those with a GTR (HR 1.88; 95% CI 0.9633–3.66, P = .06) ( Table 3 ).

Importantly, there was a strong trend toward a significant three-way interaction between adaptor type, adaptation, and orientation ( F (8, 112) = 1.91, MSE = 70.34, p = .06).

RESULTS/ANTICIPATED RESULTS: Our preliminary results show a strong trend for decreased mortality in the 2PE-exposed group (16.1% mortality (n=31) vs 38.5% mortality in vehicle control (n=26), p=0.06, Barnard’s test).

A higher expression of the NOTCH pathway signature exhibited a strong trend ( p = 0.06) as a negative predictive factor for responses.

For the right OBF/IF area the non-parametric tests revealed significant differences in N400 dipole strength between “Music” and “Social Play” conditions [Wilcoxon signed-rank test: Z (14) = 3.29, p < 0.001] and as a strong trend between “Music” and “Movement” motivational states [Wilcoxon signed-rank test: Z (14) = 1.85, p = 0.06].

However, children with a positive SIBO test had a higher consumption of ultra-processed foods, as indicated by a strong trend ( p = 0.06, Table 2 ).

Further, there was a strong trend towards PSS-exposed mice drinking more ethanol than GW2580-treated mice (p = .06) ( Fig. 2 a).

However, Quick DASH scores and loss of PIP flexion were lower in group 1 with a strong trend to significance ( p = 0.06).

Calcification had a strong trend (p = 0.06) of being lower in vent-sourced corals than ambient-sourced corals irrespective of treatment ( Fig 3C , S9 Table in S1 File ).