Evo-Devo of Child Growth III: Premature Juvenility as an Evolutionary Trade-Off

Evo-Devo of Child Growth III: Premature Juvenility as an Evolutionary Trade-Off

Juvenility was previously defined as a distinct clinical life history stage, characterized by adrenarche, decelerating growth and accelerating adiposity. This review presents the theory of evolutionary predictive adaptive strategies for premature juvenility in response to (mostly) energy supply, but also to other environmental cues. In the absence of longitudinal adrenal androgen levels, premat...

Evo-Devo of child growth III: premature juvenility as an evolutionary trade-off.

Juvenility was previously defined as a distinct clinical life history stage, characterized by adrenarche, decelerating growth and accelerating adiposity. This review presents the theory of evolutionary predictive adaptive strategies for premature juvenility in response to (mostly) energy supply, but also to other environmental cues. In the absence of longitudinal adrenal androgen levels, premat...

Evolutionary developmental biology (evo-devo)

Evo-Devo: evolutionary developmental mechanisms.

Evolutionary developmental biology (Evo-Devo) as a discipline is concerned, among other things, with discovering and understanding the role of changes in developmental mechanisms in the evolutionary origin of aspects of the phenotype. In a very real sense, Evo-Devo opens the black box between genotype and phenotype, or more properly, phenotypes as multiple life history stages arise in many orga...

Plant Evo–Devo: How Tip Growth Evolved

Apical elongation of polarized plant cells (tip growth) occurs in root hairs of flowering plants and in rhizoids of bryophytes. A new report shows that the formation of these cells relies on genes already present in the first land plants.