RESULTS: Employing complementary data analyses, we found 399 putative modifiers: 189 promoting and 210 antagonizing Notch activated transcription.
In molecular analyses, we found lipid peroxidation and oxidative damage associated with iron excess6, increased apoptotic markers, Par412 and Caspase 313, accumulation of ubiquitinated proteins14, and reactive gliosis15.
Using biochemistry, biophysics and microscopy analyses we found that the spinae of Roseobacter sp. YSCB strains are built from proteolysis-resistant filaments winding into a tubular architecture.
Using genetic analyses, we found that Caulobacter glycosyltransferases are primarily redundant but that PbpX is responsible for most of the essential glycosyltransferase activity.
From these analyses, we found that five mutations (relA, marC, proQ, yfgO, and rraA) provided the increase of IPA tolerance.
By RT-PCR and Western blot analyses, we found that all members of TNFAIP8 family were detected in the kidney.
Using logistic regression analyses, we found positive relationships between Internet addiction and male gender, neuroticism scores and the CHQ score.
Through DSC and XRD analyses, we found that they exhibit polymer-like glass transitions and amorphous halos.
In multivariate analyses, we found an inverse association between serum potassium and risk of incident DM.
From our analyses, we found clear indicators that LULC significantly alters hydrological fluxes.
Using LEfSe analyses, we found that Saccharibacteria was the most prominent biomarker in F_3.
