Sentence examples for root of developmental from inspiring English sources

Epigenetic aberrations causing genetic instability are at the root of developmental abnormalities such as ICF (immunodeficiency, centromere instability, and facial anomalies) syndrome, which is characterized by immune defects, heterochromatin instability, and mental retardation, and disease states such as cancer.

The chronological analysis of root developmental profiles revealed a strong regularity in lateral root initiation rhythm expressed as a function of root length (expressed as a number of cells, Figure 2A).

Stimulation of Pi uptake by P. indica might establish local Pi gradients which could result in altered local Pi stress responses, and a reprogramming of root developmental programs.

The distinct contrast between rice and barley in the context of root developmental genes and auxin-related genes could be interpreted as either a lack of response or a delayed response of rice when exposed to high salt.

Bråte, Jon, Marcin Adamski, Ralf S. Neumann, Kamran Shalchian-Tabrizi & Maja Adamska: Regulatory RNA at the root of animals: dynamic expression of developmental lincRNAs in the calcisponge Sycon ciliatum.

This finding suggests the possibility that the lack of roots in U. gibba may not be due to a preferential loss of genes involved in root development but instead a loss of developmental programs involved in the establishment of the gene expression networks required for root formation.

Disruption of AtRaptor1B yields plants with a wide range of developmental defects: roots are thick and grow slowly, leaf initiation and bolting are delayed and the shoot inflorescence shows reduced apical dominance.

First, a pluripotent cell mass (callus) forms via activation of a lateral root genetic developmental program in pericycle cells of explants grown on auxin-rich medium [ 9, 10].

Cytokinin phytohormones regulate a variety of developmental processes in the root such as meristem size, vascular pattern, and root architecture [1 3].

olgensis, 25-5 (strootingoting capacity) and 23-12 (weak rooting capacity), and two early stages of adventitious root development, the root cell dedifferentiation and division stage (14 DAC) and the root initial cell formation stage (25 DAC) [ 2], are selected to study the molecular basis of developmental regulation of adventitious root formation.

Positional cloning of Lrt1 will allow for a better understanding of lateral root developmental mechanisms in rice and will aid in unraveling the genetic pathways responsible for lateral and crown root formation.