In summary, our study indicates that non-native species possess a common set of phenological traits that have likely facilitated their success in the face of recent climate change.
However, if, for example, membership in the group 'men' brings a common set of risks or traits that differ from the characteristics of those in the group 'women,' then this heterogeneity of the sample necessitates separate analyses for each group.
However, a low-density assay comprising selected SNP can deliver a substantial portion of the gain of a high-density assay, even if a common set of SNP is used across traits.
In particular, SNPs within two different CCoAOMT loci regulate phenotypic variation from a common set of 24 genes and three resistance traits.
In other words, for a collection of traits, each trait would be treated as independent of all other traits, and every trait would be regressed on a common set of marker genotypes via its own lasso (Fig. 2A), ignoring the possible coupling among traits.
This tests whether the informants' scores can be expressed by a common set of genetic and environmental causes affecting trait resilience to a different degree, and whether there are etiological aspects of resilience that are uniquely represented by each specific informant.
In this regard phenotypes such as lignin content and S/G ratio exhibit high correlations and co-location of QTLs, suggesting the existence of a common set of genes that mediate expression of both traits [ 6, 7].
The lack of profound functional enrichment of the common set of genes suggests that there is much unexplored territory for new mechanistic links between MetS traits.
We have a common set of objectives.
It is therefore possible that surviving P. taeniata populations bearing these two mt clades may share common sets of hypothetical nuclear genome-encoded "resistance" traits, but this remains to be determined.
