Sentence examples for identification of a network from inspiring English sources

Much progress has been made in the identification of a network of loci whose expression is modulated by EWS/FLI1 and its congeners.

Computationally, since the identification of a network involving p genes requires to rerun the algorithm p times, it is also of interest for this algorithm to be fast and to require as few manual tuning as possible.

Pathway analysis of the differentially expressed genes led to the identification of a network of stem cell related genes that became upregulated following 5-Aza-2-deoxycytidine treatment (Figure S5).

First, the identification of a network of neuronal transcripts that is regulated by the coordinated action of alternative splicing and nonsense-mediated decay is a significant advance.

In addition, a strong correlation was observed between the gene expression profiles in the mitochondrion and chloroplast, resulting in the identification of a network of functionally related genes that are co-expressed during organelle proliferation.

Therefore, a virus-host (VH) interactome, interpreted in the context of the host interactome, allows the identification of a network of cellular proteins and associated functions that are essential in the virus life-cycle.

The identification of a suited network architecture is supported by an automation tool.

These conditions (in the form of prior knowledge on the structure of the excitations) show that for the identification of a dynamical network a trade-off exists between excitation from known external signals and excitation from the noise.

The identification of a significant network pattern demonstrating cognitive activity during the presentations of the second object is noteworthy.

We report here an unexpected identification of a gene network composed of circadian rhythm systems and cartilage extracellular matrix genes, which may participate in the establishment of osseointegration under vitamin D regulation.

Thus, affinity purification and MS using Drosophila cell extracts has led to the identification of a complex network of protein-protein interactions incorporating heterochromatin (HP1) proteins, core structural proteins (MIND/MIS12, NDC80), regulatory proteins (RZZ complex) and microtubules.