Sentence examples for functions disproportionately from inspiring English sources
In general, the multifunctionality indices excluding individual functions were highly correlated with overall multifunctionality based on all functions (Supplementary Table 8), showing that none of the individual functions disproportionately influenced overall multifunctionality (Supplementary Figs 5, 6).
The mapping tools we developed offer spatially explicit guidance for planning human activity in ways that are compatible with sustaining habitat that functions disproportionately in population persistence relative to its spatial extent or frequency of use.
For example, management strategies designed to conserve a resource that is important, on average, to the population may overlook resources that are critical to individuals that comprise a smaller demographic segment that functions disproportionately in population persistence.
Results from the DAVID and Blast2Go analyses were largely consistent in the functions disproportionately represented in gene lists (Table 1).
The increase in evolutionary rate that we observed among GroEL clients might be taken as evidence in favor of the "chaperonin-facilitated adaptation" model of Tokuriki and Tawfik (2009), but we note that this will only hold if mutations which confer new functions are disproportionately likely to interfere with protein folding that is, to make folding intermediates more difficult to reach.
That is, their contribution to ecosystem functioning is disproportionately large given the small area occupied and low biomass of any given tree, and the low density of scattered trees collectively.
When 527s are allowed to function, they disproportionately help Republicans over Democrats because most of them are funded by the power elite, which often come down on the side of Republicans.
Therefore, Porte and Kahn (16) noted that "the loss of β-cell function is disproportionately more important than the degree of β-cell loss".
In summary, a hypergeometric test was performed to determine whether a particular biological process or molecular function was disproportionately represented in the set of genes that were differentially expressed as compared with all of the genes in the GeneChip® array.
Together these results indicate that the engagement of D5R-dependent mechanisms in the FEF varies depending on cell type and cortical layer, and suggests that non-locally projecting neurons contribute disproportionately to functions involving the D5R subtype.
Variance in foraging success can be advantageous for accelerating fitness functions, since individuals can disproportionately capitalize on high foraging success.
