Sentence examples for differences in turnover rates from inspiring English sources

The effect of tree species on forest floor C and N content was primarily attributed to large differences in turnover rates as indicated by fractional annual loss of forest floor C and N. The C/N ratio of foliar litterfall was a good indicator of forest floor C and N contents, fractional annual loss of forest floor C and N, and mineral soil N status.

These data therefore confirm that the difference in steady-state levels detected in Figure 3 reflect differences in turnover rates resulting from RNF4 function.

On the other hand, the ML implementation of the model can be used to estimate model parameters and in LRTs for differences in turnover rates between clades.

Finally, differences in turnover rates of mtDNA between tissues have been documented (Collins et al. 2003; Gross et al. 1969) which might also contribute to different effects on cord blood and placental tissue.

A comparative analysis of all these peptides, plus similar peptides based on the known and predicted SERA4, SERA5 and SERA6 processing sites (Yeoh et al, 2007), indicated substantial differences in turnover rates, but identified the most efficiently cleaved peptide as that based on SERA4 site 1, Ac-KITAQDDEES-OH (Supplementary Figure S6).

It is possible that enhanced protein levels could be achieved through mRNA stabilization and differences in turnover rates, and it seems clear that in addition to the apparent transcript regulation of the hypoxia response, other post-transcriptional and post-translational regulatory mechanisms are active.

These meta-analyses also show (1) little evidence to support other formulations other than practically important declines in performance as turnover rates rise, (2) few differences in turnover rate relationships across voluntary and total turnover operationalizations, and (3) some evidence that turnover rate effects differ across employment relationships and job types.

These differences in turnover rate could be substantial enough to look like compartmentalization, and could therefore be contributing to the amount of blood/lung compartmentalization detected.

Based on these differences in turnover rate between bacteria and flies, we suggest that the size of a genomic tRNA gene complement, which impacts the redundancy in tRNA gene function, may influence the long-term evolutionary dynamics of tRNA gene turnover across species.

In spite of this similarity in structure, the selectivity of ODC inhibitors like DFMO arises from differences in turnover rate between host and parasite enzyme and the limited capacity of T. brucei to scavenge the low levels of polyamines from serum.

This fact probably explains the difference in turnover rates between the chick and roach fish diets and the lack of convergence for the exponential model for the chick diet, whose initial isotopic difference was less marked (Table 1A; Fig. 2A).