The results highlight that human functional brain development shows selective experience-dependent plasticity attuned to the individual's specific environment.
The results highlight that human functional brain development shows selective experience-dependent plasticity adaptive to the individual's specific social environment.
The implications of the current findings go well beyond characterizing the development of SIBPs and highlight the critical role of selective postnatal experience on functional brain development.
Clade model analyses revealed that, after duplication, the selective regime experienced by many alignment sites changed from weak purifying selection to either neutral evolution or weak positive selection.
One organ (or gene) has an existing function but takes on or switches to a new function as a result of selective pressures experienced after the organism moves into a new environment or adopts a new ecological lifestyle.
Since such mutations may reflect the selective forces experienced by a bacterium, they may also provide information on past propagation conditions.
Genetic correlations obtained from clones of vastly different origins (when it is known ) may reveal patterns of adaptations to a range of selective environments experienced by each of the original populations.
In addition, the selective pressures experienced by each may be different and dynamic.
Such indirect effects may alter the selective landscape experienced by a harvested species.
It is likely that laboratory culture conditions don't adequately recapitulate the selective pressures experienced by wild flies.
Nonetheless, other differences between the environments from which sequences were isolated may have influenced the selective pressure experienced.
