Sentence examples for multiple transcript sites from inspiring English sources

From these, 266 miRNAs were located on chromosomes or scaffolds, and multiple transcript sites for all 266 miRNAs ensured the miRNA gene expression and important regulation function.

Genes can choose different sets of splice sites to produce multiple transcript isoforms, which further increases the complexity of splicing regulation.

Key findings include the detection of over 1000 binding sites for RpoD and RpoS, nearly 200 RNA transcript segments that have multiple transcription start sites, and over 80 leaderless mRNAs.

Variations in the splice site detection process can create multiple transcript variants for a gene and is referred to as alternative splicing.

Many eukaryotic genes can produce several transcripts as a result of alternative splicing or multiple transcription initiation sites (table 1), and many of these transcripts encode proteins that are partially different.

Our analyses suggest that C. elegans operons enhance expression complexity by increasing the proportion of genes that express multiple transcript isoforms and maintain splicing efficiency by differential use of common 3' splice sites.

Alternative splicing increases protein diversity by generating multiple transcript isoforms from a single gene through different combinations of exons or through different selections of splice sites.

In case of multiple transcript variants, we arbitrarily chose the isoform with the nearest TSS to an integration or random site.

Multiple transcriptional start sites exist for p110γ, resulting in transcripts with varying 5' untranslated regions (5'UTRs), up to 874 bp in length.

First, many genes have multiple transcription initiation sites, so that SNPs in the transcripts typically represent multiple species of RNA, each subject to distinct regulation.

This is particularly pertinent for genes using multiple transcriptional start sites (TSS) generating mRNAs with heterogeneous 5′ transcript leaders (5′TL).