Barely Significant
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“a clear trend”

19,461 sentences · 19,461 papers · 31,348 search hits before verification · confirmed specimen

Sighted at

p<0.09

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

In the literature

Even though in both the DMSO and PBS systems the registered decrease in the fluorescence anisotropy values was not particularly extensive, it nonetheless underscored a clear trend in the interactions between C1 and AmB molecules, one that is consistent with the hypothesized disaggregation of AmB molecules under the influence of the C1 1,3,4-thiadiazole molecules.
Indeed, there was a clear trend for electron‐rich aromatics to promote higher cis ‐Pro in the order: Trp‐Pro>Tyr‐Pro>Phe‐Pro>His‐Pro.[ 9 , 13 , 36 ] It was also clear that polar side chains, for example, Ser (12 %), Thr (13 %) Asp (13.5 %) promote a slightly higher cis ‐Pro population in X‐Pro systems compared with Ala‐Pro (10.5 %), while Arg (8 %) or Lys (9 %) in this position leads to a subtle decrease in the cis ‐Pro population.
1 , 2 , 3 , 4 , 5 Despite a lack of clinical trial and real‐world data to demonstrate the clinical benefit (or risk) associated with the administration of more than one SMN ‐targeted DMT in combination or in sequence, a clear trend exists for the use of more than one DMT in specific circumstances (e.g., initiating bridge treatment with nusinersen or risdiplam while awaiting decline of anti‐AAV9 [adeno‐associated virus serotype 9] antibody titers to a concentration that permits onasemnogene abeparvovec administration or physic
This can be better observed analyzing the mean ± SD values of the reported PSF FWHM results for the three models, for which a clear trend in this sense can be observed for the x - and y -oriented sources, a slight worsening can be observed for the z -oriented sources in BEM versus SPH accompanied by an improvement in both FDM versus BEM and FDM versus SPH, and a slight improvement in FDM versus BEM for the RMS data, accompanied by an improvement of both FDM and BEM versus SPH.
Notably, similarly to GFP-N-cad-SE, overexpression of GFP-N-cad-WT resulted in a clear trend toward reduced cell fragmentation ( Figure 4, A and B ) and a significantly increased rate of dye transfer ( Figure 4C ), compared with control GFP and GFP-N-cad-SA, suggesting that exogenous GFP-N-cad-WT is likely phosphorylated by endogenous kin1 present in obscurin-B in ERVMs.