Notably, the detector response was very weak for the fatty acid, and it was not possible to detect MEG and amide-ester peaks.
The weak inverse association between fatty fish intake and incident diabetes we observed is suggestive, but nonconclusive, and should be further examined in other populations and with improved methods of dietary assessment, including objective biomarkers of fish intake such as marine-derived fatty acids, vitamin D, and toxins, where appropriate.
The endogenous ligands for PPARβ/δ are, as a group, relatively weak activators, but includes various fatty acids and metabolites.
As suggested by the pre-adapt settings, the weaker measured effects for the fatty images is possibly because observers were less reliable in making the relative blur judgments with these images.
This can be explained by the low Ko/w value of shorter chain fatty acids and the weak volatility of longer chain fatty acids when underivatized.
Due to structural monophosphorylation and the number and length of fatty acid chains, Pg1690 is a weak TLR4 agonist relative to the canonical EcLPS and Pg1449 is weaker LPS relative to Pg1690 and thereby, exerts TLR4 antagonism.
In the short-chain fatty acid group, VPA was a weaker inducer of HIV-1 productionthan thaNaButut (sodium butyrate) (Figure 1A).
Overall, the findings provide only weak evidence of an association between the gastric mucosal fatty acids and the presence of gastric ulceration.
Endogenous ligands for PPARγ include fatty acids and prostanoids [19,35] that act as weak agonists compared to the strong synthetic thiazolidinedione agonists [36,37].
Cytoplasmic expression of fatty acid synthase was scored as negative (no expression), weak expression (1+), moderate expression (2+), and strong (3+).
