Sentence examples for use of developmental mechanisms from inspiring English sources

The use of developmental mechanisms by hNPCs suggests they may represent an easy-to-culture, expandable alternative to fresh human tissue in exploring certain aspects of human neurogenesis.

Although the embryonic or fetal origin of the cells suggests the use of developmental mechanisms, the fact that the cells must be cultured for long periods of time in artificial culture conditions opens the possibility for very different cell types and behaviors than those found in the developing animal.

As these signaling pathways are both important in initial brain development, many groups have hypothesized that seasonal cycles in neuroendocrine function reflect plastic changes in the brain, that is, they depend upon re-use of developmental mechanisms.

To date, the liverwort Marchantia polymorpha and the moss Physcomitrella patens have been used to reveal evolutionary trajectories of developmental mechanisms that regulate morphological traits such as root hairs [ 10], and both endogenous (e.g. hormone signaling [ 11]) and environmentally-induced (e.g. chloroplast function [ 12]) physiological traits.

An increasing amount of laboratories around the world are now working on the evolution of developmental mechanisms (Evo-Devo) using amphioxus collected in this site.

One approach needs to use mutant mice to delineate the molecular basis of developmental mechanisms that govern ear development, including formation and differentiation of neurons and establishment of their peripheral and central connections.

Prior evidence of developmental mechanisms in epileptogenesis may support potential usefulness of the fly model.

For example, if a model organism represents a variety of developmental mechanisms but some of these mechanisms are not easily manipulable, then this can have an impact on its selection and use.

The zebrafish (Danio rerio) is an exquisite vertebrate model system for the study of developmental mechanisms.

Comparison of homeobox genes between species may provide insights into the evolution of developmental mechanisms.

Techniques for precise temporal and spatial control of protein expression enable detailed analysis of developmental mechanisms.