Under certain conditions, these patterns and biases can change rapidly relative to changes in commonly used marker genes; for example, strains of the marine picocyanobacterium Prochlorococcus marinus show remarkable G + C content divergence from 30%and50%0% despite the presence of very similar 16S rDNA sequences, which is likely due to differences in DNA repair genes (Rocap et al. 2003).
Under the assumption that these patterns of temporal variation are empirically regular, we describe a method of standardizing health expectancy calculations for morbidity conditions whose prevalence is more closely related to thanatological age.
The generation of these patterns under the PGD hypothesis does not require "a complex series of events to happen in an orchestrated manner" as the reviewer suggests.
Then, reasonable correlations for the prediction of two-phase frictional pressure drop under these flow patterns were suggested.
With such variability in gene content across Cuscuta, it was important to determine whether remaining genes are still under selective constraint and how these patterns of constraint vary across genes, across the taxonomic range of Cuscuta and between Cuscuta and its photosynthetic relatives.
These patterns were obtained under fixed effect meta-regression models and these held under mixed effects assumptions.
Under these circumstances, comparing patterns of morphological evolution to patterns of niche conservatism would allow one to determine the relative contributions of competitively-induced morphological change and environmental adaption to speciation and diversification in the group.
As shown in Figure 3c, under these conditions the pattern of reporter activities mirrored that seen in Figure 3B but the activities were increased by an order of magnitude.
We investigated the protective efficacy of EPI-IPTi, sIPTi and sIPTc under these different seasonality patterns, using two different transmission intensities: high (EIR = 365, i.e. one infectious bite per individual per night, a similar intensity to Navrongo) and low-moderate (EIR = 10, the lower transmission intensity threshold recommended for implementation of IPTi).
Under these conditions expression patterns similar to that of NAR1were found for the other nitrogen metabolism genes, suggesting that the control in U. maydis may be global.
