The broad- and narrow-sense heritability were calculated for each trait (Supporting information Table S3).
As a whole, this trait supports the presence of post-transcriptional/translational modifications (PTMs, [ 37]).
Finally, different QTL were identified as regulating each trait, supporting the notion that distinct genetic architecture underlies these foraging-related traits.
The gendering of the Y chromosome thinking of it as having stereotypically male traits—supported the flawed transitive reasoning: Y distinguishes maleness, males with double Y should have more (double?) maleness (e.g., aggression).
Furthermore, this suggests that sex-dependent adaptation might be involved in the observed genetically-based phenotypic and transcriptomic variations of reproductive traits, supported by an increasing evidence of a role for sex differentiated effects in the architecture of complex traits [ 57].
The results for the other Big Five traits support the linear representation of their relationship with education.
The fact that Saltol affected the Na K ratio more than other traits supports the possibility that the sodium transporter SKC1 (OsHKT1;5 as in Platten et al. 2006) may be the causal gene underlying the Saltol QTL.
This previously unseen set of traits supports the idea that the ancestors of spiders lost their telsons before they developed the spinnerets that set the stage for their modern relatives' silk-spinning prowess.
The present meta-analysis, showing overlapping grey matter abnormalities in brain regions in 2 conditions with shared behavioural traits, supports the position that schizophrenia and autism are related and not entirely polar opposites as proposed by Crespi and Badcock [72].
