Barely Significant
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“a decreasing trend”

47,181 sentences · 47,181 papers · 78,848 search hits before verification · confirmed specimen

Sighted at

p=0.09

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

In the literature

A decreasing trend in oxidative damage was observed and reached statistical significance at the 24th week in both the low‐dose (median 0.93 [IQR: 0.71–1.03], P = .017) and high‐dose groups (median 0.94 [IQR: 0.81–1.04], P = .018) compared to the placebo group (median 1.06 [IQR: 0.96–1.19]; Figure S2 in supporting information). 3.5 Post hoc analysis There were 15 (65.2%) participants from the low‐dose group and 15 (62.5%) participants in the high‐dose group who responded to WME (defined by a 5% reduction in blood HNE level).
The application of the SK test shows that, contrary to Rome downtown, a statistically significant annual trend is not detectable at ML (τ = 0.00, Z = − 0.01 and slope − 0.01 μg m −3 year −1 ) and that only during summer a decreasing trend (τ = − 0.40, Z = 2.54 and slope − 4.80 μg m −3 year −1 ) is observable, perhaps suggesting different photochemical regimes and dynamics.
Although a decreasing trend in mortality was shown in Brazil between 1996 and 2010, based on data from the Mortality Information System, a trend of increased mortality of laryngeal cancer was observed in the North and Northeast regions, for both sexes, which points to regional inequalities 17 .
Trend of the Burden of Larynx Cancer in Brazil, 1990 to 2019.
Rev Soc Bras Med Trop · 2022 · PMC9009424
Counts of prokaryotic cells using SEM imaging, showed a decreasing trend of cell density in the more landward-adapted species ( Fig 5 ). qPCR analysis ( Fig 6 ) corroborates (i) the SEM counting indicating that most of the prokaryotic cells imaged by SEM may belong to the bacteria Domain, and (ii) the significant decrease of bacterial numbers toward the supratidal species.
The diversity of Symbiodiniaceae and symbiont shuffling in the community structure was mainly caused by alterations in the relative abundance of the thermally sensitive but dominant clade C symbionts and low abundance of “background types.” Bacterial diversity showed a decreasing trend with increasing temperature, whereas no significant shifts were observed in the bacterial community structure.
During storage, the firmness of the control group showed a decreasing trend, reaching 6.74 N on day 5, which was significantly lower than the value at day 0; however, firmness of the treatment groups did not decrease during storage.