Sentence examples for functional proportion of from inspiring English sources

Although mTOR is conserved throughout evolution, the amount and functional proportion of mTOR activity may vary across the species, critically contributing to the determination of brain size.

In a hybrid functional, some proportion of the local exchange-correlation potential is replaced by Hartree-Fock exact-exchange terms, giving a better description of electronic properties.

Pterosaur wings are constructed with different functional proportions than those of procellariiforms (Fig. 4D) with the brachial region (corresponding to the humeral length) relatively longer in procellariiforms, but the antebrachial region (ulna length in procellariiforms; unlna+syncarpus+wing metacarpal in pterosaurs) proportionally longer in pterosaurs.

Similarly, the phylum-unique NOGs were classified into the 23 functional categories to compare the proportion of functional categories in phylum-total and phylum-specific NOGs.

Spider functional diversity and proportion of predatory carabids in woody LLE increased with increasing connectivity of the habitats.

We also investigated distinct functional guild responses (proportion of species and stems of shade-intolerant, biotically-dispersed and large-seeded species) among adult and juvenile trees to forest cover reduction.

Figure 6 shows, for each functional category, the proportion of core and variable sRNA targets.

If duplicate genes play a significant role in functional compensation, the proportion of duplicate genes with knockout phenotypic effects should be lower than the proportion for singleton genes.

Figure 7 shows, for each functional category, the proportion of genes regulated by each type of regulator (global, neighbour and other) compared to its frequency among the full set of 4149 E. coli K12 protein-coding genes.

Though no differences were apparent on the cognitive functional scale, the proportion of patients diagnosed with abnormal cognition by MMSE was significantly larger in patients older than 50 than in patients younger than 50 (abnormal/abnormal cognition 12/22 vs. 8/49, p =.018).

Figure A.22 Proportion of functional families with experimentally characterised functional sites.