Sentence examples for pathways which cover from inspiring English sources

In general, we found that most of the GPCR pathways, which cover a substantial portion of the gene network, have been established at the time of early vertebrate emergence.

We found that the gene basis of expression diversity of most GPCR pathways, which cover a substantial portion of the gene network, have been established at the time of early vertebrate emergence.

In contrast to previous approaches, we examined the pathway organization in yeast in terms of the protein relationship scored by multiple types of biological evidence and discovered 195 biological pathways, which covers 16 685 physical interactions, 890 synthetic lethal interactions and 1407 DDIs involving 1617 yeast genes/proteins.

In our previous model-based data reconciliation analysis of the response to NADPH demand modulation, we showed that yeast cells responded to increases in NADPH demand by increasing flux through the PP and acetate pathways, which covered 80%and20%0% of the NADPH demand, respectively [ 5].

Our approach identified 195 biological pathways, which covers 31% (1617 out of 5280) of the yeast proteins, 38% (16 685 out of 43 687) of the physical interactions, 8.3% (890 out of 10 735) of the synthetic lethal interactions and 18% (1407 out of 7820) of the DDIs involving yeast proteins.

The starch biosynthesis pathway, which covers three main processes including the Calvin cycle, sucrose synthesis, and storage starch biosynthesis, was reconstructed in this work.

This structures the sections that follow which cover the pathways of species introduction, the characteristics of habitats and species that lead to establishment, the number of non-native species in Europe, and their impacts.

Our search generated 2,590 pathway pairs (7.7±3.1 genes per pair), which cover 5,284 (56% of 9,376) synthetic lethal interaction pairs involving 689 yeast genes.

A mathematical model was constructed based on the metabolic reaction network including 351 metabolites and 441 fluxes, which cover a wide variety of metabolic pathways related to amino acid biosynthesis, glycolysis pathway, TCA cycle, pentose phosphate pathway, GSL biosynthesis, and purine and pyrimidine biosynthesis.

Furthermore, we found multiple isoforms which cover different key elements of the respiratory pathway to be more important in the non-fermentable media, where yeast has to use aerobic respiration for metabolism.

The reconstructed network accounts for 72 species (corresponding to 50 genes) and 148 interactions, which cover most of the current knowledge on the Mig1/Snf1 and Snf3/Rgt2 pathways, as well as galactose and maltose regulatory systems.