Sentence examples for density in the downstream from inspiring English sources

The population density in the downstream region, especially in Uttar Bedkashi and Dakshin Bedkashi, seemed to be somewhat lower than in the upstream region.

In ES WCEseq, the tag density at TES dropped by around a third of the density in the TES downstream regions, while both NP and MEF WCEseq experienced around 25% drop at the TES.

The increase in IR density is larger in the downstream 3′ flanks of genes than in their upstream 5′ flanks.

Hence, it is clear that yeast expression system like P. pastoris would serve as a better expression system for enzymes like α-amylase SR74 in obtaining high cell density for the downstream process.

Thus, the overall GNMS density increased gradually from the upstream of the transcription start sites (TSS) and reached a peak (about 3.8 times higher than the GNMS density in the promoters) in the downstream of the TSS (i.e. 5'UTRs).

The downstream link is segmented into 50-m multiple segments, and from the link evaluation option, density is collected in order to plot the density profile along the downstream link.

If MIRs donate regulatory sequences to tissue-specific genes, then one may expect to observe relative increases in MIR density in the regulatory regions upstream and downstream of TSSs.

A closer inspection of the density profiles surrounding the TSS in ES and MEF WCEseq libraries also revealed that the tag density in downstream regions of TSS, i.e. within intragenic regions, was more elevated compared to the promoter region, albeit only by about 12%, suggesting that gene bodies contain higher tag density.

In addition, DMR density was slightly higher in the upstream than in the downstream flanking sequence.

Furthermore, it was found that high Treg density in the SLN is an independent predictor of downstream non-SLN metastasis.

The ChIP experiments showed that the density of Pol-II was higher near the promoter than in the downstream region of the gene.