Bold indicates trait values that are significantly different from one another (t-test, p < 0.05).
Therefore, the differential phosphorylation of MBP and CRYAB protein modification cannot point out a process specific for MDD, but can indicate trait processes of neuropsychiatric disorders.
A λ parameter equal to zero indicates trait evolution can be effectively modeled as if it were on a star phylogeny.
Despite differences in structure, organization, mechanisms of spread, and sequence dynamics, growing number of reports indicate traits that link TEs and satDNAs.
For example, researchers can annotate chromosomal locations or biologically relevant regions to indicate traits associated with specific positions, and can choose different shapes to highlight ancestry or another study attribute related to specific data points.
However, increased survival could not readily be related to specific morphological or reproductive traits, indicating complex trait interactions (Hooftman et al. 2005).
This involves estimating a parameter λ, which varies between 0 (indicating a trait which evolves independently of phylogeny) to 1 (the trait evolves in accordance with a Brownian motion model of evolution; see [25] for more details).
The strength of the phylogenetic signal increases as D decreases, with values of 1 indicating the trait has a phylogenetically random distribution and 0 indicating strong clumping expected if the trait evolved under a Brownian evolutionary model [46].
Higher levels of Lsamp 1a transcript had significant correlations with all of the measures indicating higher trait anxiety in the elevated plus-maze test.
The heritability estimates of NA and SUB are substantially higher than those for the remaining seven traits, indicating that these traits concerning (near) innate morphology are richer in genetic information than those traits describing development and severity of OA.
