Sentence examples for ontogenetic pathways from inspiring English sources

Variation of SSD according to alternative ontogenetic pathways (i.e., paedomorphosis vs. metamorphosis) can originate partly from the magnitude of the size differences between the sexes.

This provides support for the hypothesis that the genital appendage represents a modified endopod of a biramous limb and shows the power of utilising ontogenetic pathways and trends in resolving homology statements.

In such cases, alternative phenotypes follow different ontogenetic pathways during which the exhibition of sex differences could be altered by changes in the rate, or timing of developmental events.

We report here the first evidence that SSD varies depending on the paedomorphic or metamorphic ontogenetic pathway.

The ancestral character and the most widespread ontogenetic pathway is metamorphosis, in which aquatic gilled larvae metamorphose into juveniles that mature on land.

Traditionally, the ontogenetic tree symbolizing cellular differentiation pathways, for instance hematopoiesis, consisted of arrows arranged in certain sequence and often branching but always pointing in the same direction, therefore signifying progress and irreversibility.

Due to the presence of LC3A in these larval cells it appears as though the autophagy pathway may be playing an ontogenetic role in A. willeyana.

This fact indicates that MuERV still possesses the capability to overcome cell membranes during embryogenesis and predisposes one to believe that ERVs might play a general role in signal transduction pathways and thus for coordination and regulation of ontogenetic processes in frogs and probably also in other vertebrates.

Support is provided by the continuous secretory papillar carpet that paves the pollen tube pathway and that provides evidence for a common ontogenetic origin for this tissue as well as for a conserved basipetal maturation that encompasses pollen tube growth.

RXRs are involved in controlling ontogenetic development as well as processes in adult individuals including reproduction and metabolic pathways.

Current proteomic data support the idea that neurotoxic effects observed after developmental DE-71 exposure could arise from the disruption of the normal ontogenetic pattern of nervous system growth and development through perturbation of intracellular signaling pathways, causing oxidative stress and disrupting energy homeostasis.