Barely Significant

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highly significantp < 0.0050.1× alphaqualifiedgold
Similar to what was observed with their episomal counterparts, when both the gRNA4 and gRNA10 series were chromosomally integrated into sLP, the correlations between the number of BS in the synthetic operator and gene expression levels were highly significant (Supplementary Fig. 10a , both p < 0.005; Pearson correlation analysis).
highly significantp < 0.0050.1× alphaqualifiedgold
Analysis of latency of uncertainty coding In standard uncertainty tasks, each neuron’s smoothed normalized activity aligned at CS onset was further smoothed with a 101 ms causal boxcar kernel and then tested at each millisecond starting 50 ms after CS onset for whether it met the following criteria: (1) highly significant ROC area for distinguishing pooled data from uncertain reward CSs from the certain 0% reward CS (p < 0.005), (2) highly significant ROC area for distinguishing pooled data from uncertain reward CSs from the certain 100% reward CS ( p < 0.005); (3) both ROC areas have the same “sign” (i.e., both > 0.5 indicating activation by uncertainty or < 0.5 indicating inhibition by uncertainty).
A neural network for information seeking.
Nat Commun · 2019 · PMC6856099
highly significantp = 0.0050.1× alphaqualifiedgold
did not reach statistical significancep = 0.1573.1× alphaplainly factual
As is evident, aged mouse brain cells (microglia) and regions (prefrontal cortex, dorsal hippocampus) displayed a highly significant enrichment of senescence/SASP genes using the SenMayo gene list ( p = 0.005, p = 0.001, p˂0.001, respectively), while the previously published gene set (R-HSA-2559582) did not reach statistical significance ( p = 0.157, p = 0.117, p = 0.192, respectively).
highly significantp = 0.0060.1× alphaqualifiedgold
5k ) as compared to their counterpart mice bearing the fecal microbiota from HFHS-C donors, which was highly significant (post-hoc analysis: p = 0.006) at the 15 min peak of insulin secretion), and further illustrated by calculation of the GSIS during the peak of insulin response (Fig. 5l ). 16S rRNA gene sequencing of the gut microbiota composition revealed that FMT-HFHS-PM mice had greater alpha diversity than FMT-HFHS-C mice, represented by Shannon and Simpson’s reciprocal indices, consistent with data from donor mice (Fig. 3f, g and 5m–n ).
an increasing trendP = 0.0060.1× alphagold
Moreover, the expression of receptors of above mentioned pro-inflammatory factors showed an increasing trend in cholangiocytes or stellate cells, such as Tnfrsf1a (Stellate cell: log 2 FC = 0.14, adjust- P = 0.006), Tnfrsf1b (Stellate cell: log 2 FC = 0.12, adjust- P = 0.02; Cholangiocyte: log 2 FC = 0.29, P = 0.005, adjust- P = 1), Il1r1 (Stellate cell: log 2 FC = 0.34, P = 0.002, adjust- P = 1).
showed a trendp = 0.0060.1× alpha
While human PCa FMT1 and FMT6 showed a trend to increase (734 ± 30% and 63 ± 22%, respectively) TRAMP-C2 tumour mass compared to autologous mouse FMT, FMT2, 3, 4 and 5 all led to bigger tumours (127 ± 4% p = 0.006, two-sided t -test, 199 ± 13% p = 0.007, two-sided t -test, 247 ± 26% p = 0.04, two-sided t -test and 166 ± 15% p = 0.01, two-sided t-test, respectively) in the recipient animals (Fig. 3c ).