Barely Significant
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“marginally significant”

26,083 sentences · 26,083 papers · 36,483 search hits before verification · confirmed specimen

Sighted at

p>=0.1

Listed by Hankins (2013) · Otte et al. (2022)

In the literature

marginally significantP = 0.0340.7× alphagold
A marginally significant increase in epinephrine (+3.21 μg/gCr, P = 0.034 ) and a statistically significant increase in glutamate (+20.70 μMol/gCr, P = 0.005 ) post‐GCE dose are consistent with evidence that certain doses of caffeine can augment the release of excitatory neurotransmitters. 23 A similar increase in epinephrine was observed postcontrol dose but not post‐GLE dose.
marginally significantp = 0.0340.7× alphagold
Specifically, after Holm–Bonferroni correction, there was only a marginally significant positive correlation between trial 2 and trial 3 JOL gamma scores, r (36) = 0.34, p = 0.034, and a significant positive correlation between trial 2 and trial 3 RCJ gamma scores, r (36) = 0.47, p = 0.003 (others: p s from −0.003 to 0.23, p s > 0.17).
marginally significantp = .03400.7× alphagold
Full‐spectrum speech An LME model with RAU‐transformed scores as the independent variable; age at test, group (cNH or cCI), and speaker (male or female) as fixed effects; and subject‐based random intercepts showed significant effects of age ( p = .0003), group ( p < .0001), and speaker ( p = .0003), and a marginally significant interaction between age and group ( p = .0340) on mean emotion recognition cores (Figure 3 ).
marginally significantp = 0.0340.7× alphagold
Matched samples comparisons There were marginally significant differences in RSFC parameters (Table 2 ) for within-network RSFC of the fronto-parietal network (FPN, p = 0.034) and the ratio of within- to inter-network RSFC of the visual network ( p = 0.044; Fig. 2 ) between PRESENT shift workers and MATCHED controls.
marginally significantP = 0.0340.7× alphagold
Interestingly, plant species richness remained significant or marginally significant even when fitted after plant functional groups richness in affecting microbial biomass in 2006 ( F 1,70 = 4.67; P = 0.034), Collembola density in 2004 ( F 1,66 = 8.53; P = 0.005), Oribatida density in 2008 ( F 1,66 = 4.95; P = 0.030), macrofauna herbivore density in 2008 ( F 1,71 = 3.34; P = 0.072), macrofauna herbivore diversity in 2004 ( F 1,71 = 3.90; P = 0.051) and 2008 ( F 1,71 = 6.87; P = 0.011), and macrofauna decomposer diversity in 2008 ( F 1,71 = 7.03; P = 0.010).