Sentence examples for using the targetscan miRNA from inspiring English sources

The observed distributions of empirical p-values for both miRNAs and mRNAs are shown in Figure 2. (An equivalent figure using the TargetScan miRNA target prediction method is shown in Figure S3, which shows that this result is robust with respect to the prediction method used).

A query using the TargetScan miRNA target prediction algorithm (http://www.targetscan.org/) revealed a predicted binding site for miR-142-5p miR-142-5p miR-142-5pggesting thet miR-142 might recip300ally inhibit p300 (Fig 3A).

Target prediction information for human and mouse were directly downloaded from the TargetScan homepage (file Conserved_ Site_Context_ Scores.txt, release #62) and calculated for rhesus monkey, opossum and chicken miRNAs using the TargetScan tool kit, applied to all miRNAs and the 3'UTRs from these organisms.

This was achieved using the Targetscan program, which predicts miRNA-binding sites in mRNA 3′ untranslated regions.

We first obtained miRNA lists containing broadly conserved miRNA families, conserved miRNA families and poorly conserved miRNA families, and then retrieved web pages of conserved targets for each miRNA family using the TargetScan on-line search tool.

For example, searching for the potential targets of the 52 differentially expressed miRNAs using the TargetScan algorithm led to the identification of 11,031 putative conserved targets.

By the integrated analysis of small RNA-Seq and mRNA-Seq data, we identified 94 mRNAs targeted by 14 age-regulated miRNAs using the TargetScan algorithm.

We identified putative miRNA targets using the TargetScan Fly [ 52] and MinoTar data bases [ 53].

3,067 unique miRNA-mRNA pairs (involving 37 unique miRNAs) were identified using miRBase whereas 330 pairs (7 unique miRNAs) were identified using the TargetScan database.

Using the TargetScan program (www.targetscan.org), we identified several miRNA binding sites located in the most conserved areas of the 3'UTR region.

The predicted mRNA targets of "RAS-switching" miRNAs were identified using the TargetScan and miRanda algorithms (both available online) [ 37, 38].