Notably with regard to our overall findings, IL-6 and TNF-α shared only 7% of variance, supporting the formulation that circulating levels of these cytokines reflect different aspects of the inflammatory response.
The results of an analysis of molecular variance supported the subdivisions indicated by Structure.
Analysis of variance supported the hypothesis of spontaneous mutations conferring vinblastine resistance, rather than induction of adaptive response elements.
Second, the small individual-level residual BMI variance supported the applicability of our selected fractional models for most children.
Those dimensions explain, respectively, 26%, 32%and4%4% of the variance supporting the relative importance of the three domains of OHRQoL in this particular context.
The genetic variances within and among groups were significant (FST = 0.331, p < 0.001; being FST the variance among subpopulations relative to the total variance), supporting the presence of a genetic structure.
Analysis of variance supports the distinction between omega values depending on the lineage-specificity and whether the Latrodectus & Steatoda gene family contains an SST, but not an interaction between the two (fig. 8; supplementary table S4, Supplementary Material online).
The isolation, coupled with the high genetic variance, supports all major lineages identified in the Bayesian analyses as being distinct from one another, as well as further subdivision within most lineages.
A two-way analysis of variance supported these observations, with P value of 2 × 10 − 4 (ZLD) and 0.03 (DSTAT) (supplementary tables S1 and S2, Supplementary Material online), indicating that adding either ubiquitous activator to the model has a statistically significant effect of decreasing time-to-evolve.
Analysis of variance supported the hypothesis that spontaneous mutations conferred drug resistance in EHR2 cells exposed to daunorubicin 7.5 x 10 -9) M. At this level (5 log cell killing) of drug exposure, the mutation rate was estimated at 4.1 x 10 -6) per cell generation.
