Sentence examples for both measures of host from inspiring English sources
The results were the same for all measures of r-PTR and for both measures of host diversification (RRD and PDI, Table 8).
For example, both the duration of the infectious period (TD and TC) and bacterial shedding rates (κD and κC) may be considered as measures of host infectivity in field studies.
Analyses of other measures of host recovery revealed no significant correlations between cell engraftment and any parameters of host repair.
However, we still believe that these two measures of host range will reflect the degree of polyphagy of the butterflies and that using more refined measures of host range would only strengthen any patterns found.
We examined sequence diversity in samples with detectable rDNA, and correlated findings with pre-specified measures of host inflammation, as well as pregnancy and neonatal outcome.
All stereological quantifications for measures of host recovery were analyzed using one-way ANOVA to compare differences between the three groups.
The level of detail in host records vary substantially, which makes it difficult to use more fine-grained measures of host range than plant families.
In addition to PCV, we also used residuals from regressions of BW and LW on SVL as derived measures of host condition.
In order to remove taxonomic bias from measures of host breadth, host range was measured as the age (Ma) of the most recent common ancestor (MRCA) of the hosts.
Improvements in classification of ethnicity, assessment of carcinogenic exposures in various subpopulations, and measures of host susceptibility states should augment future epidemiologic research designed to better understand mechanisms underlying the racial, ethnic, and gender differences in cancer risk.
We used the two measures of host phylogenetic diversity available: the relative rate difference (RRD) calculated as the natural logarithm of the ratio of the number of species in sister clades; and, the proportional dominance index (PDI) calculated as the ratio of the number of species in one of two clades against the total number of species in both clades combined [ 71].
