Sentence examples for the potential branch from inspiring English sources

HSF analysis confirmed disruption of the acceptor-splice site and predicted that the potential branch point of intron 6 would be broken.

Likewise, the potential branch points in Trichomonas are invariably ACUAAC and are also adjacent to the 3' splice site [ 7].

However, in the C. membranifera introns these pyrimidine-rich sequences include the potential branch-point sequences whereas in T. vaginalis these sequences (usually T-rich) are found upstream of the potential branch-point sequences.

They contain a consensus 5' splice site sequence GTAYGT and, based on constraints imposed in the search parameters, the 3' splice-site sequence ACTAAC ACAYAG, where the nucleotides in bold italics indicate the potential branch-point sequence.

Our data reveal the critical importance of just one of three potential branch points, the polypyrimidine tract and the splice acceptor sequence in the maintenance of normal exon five splicing.

The Neo 3' splice site contains a potential branch point sequence, and the sequence (CAGG) across the intron-exon boundary is optimal according to the scanning model of 3' splice site selection [ 54, 55].

A total of 17 unigenes homologous to the T13αH gene and one unigene homologous to the TBT gene were detected in the C. cladosporioides MD2 transcriptome, and this branch participated by T13αH and TBT might be a novel and potential branch for the 10-deacetyl-2-debenzoylbaccatin III biosynthesis of C. cladosporioides MD2.

More than 98% of the introns appeared to have a potential branch site, a key intron element required for lariat formation during the splicing process, according to icat.pl script.

The presence of intact splice sites as well as a potential branch point (even if the intron was rendered unspliceable due to other factors) was shown to be more important for low-level enhancement mediated by the TRP1 intron than the presence of a significant part of the internal intron sequence [ 9, 14].

Every 5-nucleotide sequence within the window was evaluated as a potential branch point.

We demonstrate the potential of branch and bound methods for handling the combinatorial problems arising in control structure design.