Sentence examples for much less heterogeneity from inspiring English sources

Sub-group analysis of the data showed much less heterogeneity in peer-reviewed studies versus non-peer-reviewed abstracts and technical reports, and tended to show higher, but not significantly different, treatment effects.

Photocurrent imaging of passive iron, both of pure metal and of an impure material in which grain boundary segregation was suspected, showed great heterogeneity with NaOH electrolyte, much less heterogeneity with Na2SO4 electrolyte.

Although variability originating from patient factors cannot be excluded, much less heterogeneity of organ deposition is found in other systemic amyloidoses, which usually originate from a single gene.

There was much less heterogeneity in the cardiovascular mortality associations than the all-cause mortality associations, which was otherwise broadly similar to those for all-cause mortality.

Although the initial study of the mitochondrial cline in N. scabrosus suggested that it was likely to have originated via transient allopatry associated with the biogeographic boundary at 30°S (Zakas et al. 2009), we now see that the nuclear genome presents much less heterogeneity throughout the central and northern regions of Chile than the mitochondrial pattern would predict.

The distinct NNTs and the analysis of heterogeneity appear in Table 4. Evidently the specific subgroups of trials characterised by these features are much less heterogeneous on analysis.

In contrast, the effective compressibility of the saturating fluid is modified by the non-equilibrium pressure states occurring in the different much less permeable local heterogeneities of the materials.

The greatest variation in selection observed by Good et al. (2001) corresponded to differences between years, with much less evidence of spatial heterogeneity in selection among sites within their drainage.

Below λc the mechanical heterogeneity of bone is pronounced and exhibits a strong nonlinear size-dependence, while above λc the heterogeneity is much less.

The maximum V s anomaly needs to be as low as 0.6%% in order to match the observed d p 3−2 and d p 4−2, which sets the upper bounds on the allowable biases of d t 3−2 and d t 4−3 due to the receiver-side heterogeneity to much less than 0.4 s and 0.2 s, respectively.

This is consistent with the idea that heterogeneity is much less dependent on temperature below the 180 240 K 'transition' range.