Sentence examples for substantially more genes from inspiring English sources

Indeed, comparing microarray analyses of total and polysome-bound RNAs showed that whereas IR does modify gene transcription, it affects substantially more genes at the level of translation in human astrocytes [60].

Indeed, dominant fish remained closer to the feeding source than subordinate fish (Figure 2A) and were still more active (Figure 2C). Figure 3 shows that, for any given significance threshold, substantially more genes are differentially transcribed between dominant and subordinate Atlantic salmon in the absence (Figure 3A) than in the presence of competitive rainbow trout (Figure 3B).

This is substantially more genes (approximately 2-fold more) than expected on a random basis.

Furthermore, PoA down-regulated substantially more genes than either 20E treatment.

At 72 hpi, substantially more genes were induced in the compatible interaction than in the incompatible interactions.

Furthermore, the two retinoids affected substantially more genes in differentiated keratinocytes (>350) than in proliferating keratinocytes (≈20).

We show that the data sets contain substantially more gene-wide signals that surpass nominal significance thresholds than expected by chance, and also but less robustly, that there is an overlap in risk between schizophrenia and bipolar disorder.

In this network, N. fowleri and N. gruberi share substantially more gene families than N. fowleri shares with the other species assessed, thus positioning N. fowleri as the closest relative to N. gruberi.

This revealed that the tail-to-tail organization and alternating pattern of the α and β hemoglobin genes are well conserved in both clusters, as well as that the Atlantic salmon genome houses substantially more hemoglobin genes, including non-Bohr β globin genes, than the genomes of other teleosts that have been sequenced.

We also found that the Atlantic salmon genome harbors substantially more hemoglobin genes than the other teleosts for which the hemoglobin gene repertoires have been identified, and that they possess several hemoglobin genes that appear to encode non- Bohr β hemoglobins.

The most obvious difference in the function distribution is that substantially more interacting genes had almost identical function (i.e. similarity bin 10 in the figure) than the non-interacting genes, while fewer interacting gene pairs fell into other function similarity bins than non-interacting gene pairs.