Sentence examples for multiple spliced transcripts from inspiring English sources

Most genes use alternative splicing to generate multiple spliced transcripts.

Altogether, we envisage this could generate spurious splicing events leading to the appearance of multiple spliced transcripts that we have shown to exist in Helitron-captured genes.

In our analysis, Transcript existence (1) is defined by presence of multiple spliced transcripts in human databases, Sequence conservation (2) is observed when transcripts from two different species share a conserved sequence and Exon-Exon structure conservation (3) characterizes transcripts from two different species displaying the same intron boundaries.

Whenever multiple spliced transcripts were available for a gene, a major transcript was chosen (Atngnnnnn.1) to prevent bias towards genes that contain multiple transcripts.

These genes produce multiple spliced transcripts, bearing short, non-conserved and apparently non-translated ORFs that may function as mRNA-like non-coding RNAs.

The DNA-only transposable element SmTRC1 from S. mansoni exhibits various characteristics, such as generation of multiple spliced transcripts, the presence of terminal inverted repeats at the extremities of the elements flanked by direct repeats and the presence of a Transposase_21 domain, that suggest a distant relationship to CACTA transposons from Magnoliophyta.

The second limitation affects all gene array studies and derives from the fact that one gene can encode multiple spliced forms of transcripts, and further, the translated proteins undergo various post-translation modifications.

The DNA-only transposable element SmTRC1 from S. mansoni exhibits various characteristics, such as generation of multiple alternatively-spliced transcripts, the presence of terminal inverted repeats at the extremities of the elements flanked by direct repeats and the presence of a Transposase_21 domain, that suggest a distant relationship to CACTA transposons from Magnoliophyta.

First, we restricted our analysis to spliced transcripts as splicing is evidence against genomic contamination and splice site asymmetry allows transcript orientation.

We used the longest transcripts for genes with multiple spliced forms.

The PASA-filtered transcripts were then anchored to the genome scaffolds by assembling overlapped transcript alignments into maximal alignment assemblies in order to remove multiple spliced isoforms.