Barely Significant
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likely to be significant

469 sentences · 469 papers · 18,949 search hits before verification · confirmed specimen

Sighted at

p=0.054

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

In the literature

36 , 37 , 49 , 50 , 51 , 52 Downstream repercussions of changes in tail‐anchored protein insertion in neurons are likely to be significant: mutations in the GET protein WRB, for example, result in neuronal phenotypes. 53 , 54 Thus, future validation studies investigating the consequences of changes in CAMLG expression, and of V78I, on neuronal lysosomal function and handling of “proteinopathies” such as misfolded aSyn in model systems such as neuronal culture or transgenic animals, are easy to envision and would be a valuable addition to the work presented here.
Once the sexual dimorphism is developed in appendages related to reproductive behavior/barrier (i.e., grasping mechanisms) in late copepodid or adult stages ( Gilbert and Williamson 1983 ), the shape and configuration of the transformed element of the male P1 basis in the new species seem likely to be significant in terms of the taxonomic point of view, too.
14 The carbon emissions of clinical trials for neurological disorders are likely to be significant because the disease burden provokes clinical trial activity, and they use a wide range of drugs, devices and outcome measures including brain imaging. 15 17 Therefore, we set out to apply the Low Carbon Clinical Trials Group’s carbon footprinting guidance to a sample of clinical trials focused on neurological disorders.
Further research into the likely impact of COLOFIT on the diagnosis of other serious bowel diseases, and the development of alternative referral pathways if the impact is likely to be significant, is therefore essential to ensure that people with these conditions are not disadvantaged.
A difficult question for future studies is how does NOD2 function as an immune tolerance checkpoint, either in the context of Crohn’s disease or immune reactions to cancer? In the context of the findings here, how does lower NOD2 signaling increase tumor infiltration with effector CD8 T cells and the therapeutic immune response to anti-PD-1? The role of NOD2 in sensing the large commensal population of gut bacteria seems likely to be significant, since germ free mice treated with anti-PD1 mount a poor immune response to MC38 tumor cells that is restored by a defined gut bacterial mixture, with the restored response dependent upon CD8 T cells ( 64 ).