Sentence examples for allowing the developmental from inspiring English sources

These post-transcriptional modifications, which collectively constitute the "histone code", are capable of affecting chromatin structure and gene transcription and are catalyzed by opposing families of enzymes allowing the developmental potential of hematopoietic stem cells to be dynamically regulated [17].

Taken together, beyond its essential role in allowing the developmental progression from immature T1 cells into T2 T3 and mature B cells, we formally demonstrate the essential role of the BAFF-BAFF-R signaling in the long-term survival and homeostasis of mature B-2 and marginal zone B cells.

Finally, Vespula queens and workers are reared in distinct cells; this key feature allows the developmental fate of larvae to be known very early in ontogeny [ 7].

Several decades ago it was suggested that during the first stages of embryogenesis some electrical potential differences around the embryo may be involved in the origin/maintenance of axis formation, which allows the developmental program to continue [ 48].

This has revealed that the differentiation process is critically dependent on a set of transcription factors that appears to act in a hierarchical and coordinated manner to activate the correct genes and allow the developmental pathway to proceed [ 3].

This shows the success of the approach we used to select samples for the experiment, since noise in the gene expression profiles due to stochastic environmental factors was largely eliminated, allowing the effects of the developmental program to be clearly distinguished.

A single copy of the DNA construct can be inserted by targeting into regions of chromatin that allow the desired developmental and tissue-specific expression of the transgene.

Thus, ESE3 could be a critical factor to maintain the equilibrium between competing stimuli and allow the correct developmental and differentiation programs to proceed.

The evolution of clonal development thus provided a selective advantage in controlling cheating, thus allowing the evolution of complex developmental patterns that are the hallmark of animal diversity present today.

There are in excess of a thousand miRNA encoded by the human genome and each miRNA can inhibit multiple genes, thereby potentially allowing the regulation of functional or developmental pathways (for review see [ 14]).

Furthermore, certain Cre drivers allow tracking the developmental history of cell types, thereby enabling a comprehensive analysis of these cell types, from their specification, migration and synapse development to their integration and function in the circuits.