The β and β′-subunits constitute the main components of each 'pincer' of the claw, forming a groove that accommodates the template DNA and provides a catalytic site for phosphodiester bond formation, a secondary channel for incoming nucleotides, and a separate exit for the growing RNA transcript.
Transcription through DMRs at Snrpn and Gnas was observed in growing oocytes, and transcript truncation upstream of the DMRs led to a loss of DNA methylation at these loci (28, 29).
Second, a growing number of transcript factors with their promoter sequences have been found, which made the potential drug targets plentiful and readily identifiable.
A growing number of transcript profiling studies, primarily using microarrays, have compared global expression patterns among closely related species, providing insights into a range of important evolutionary questions.
Note that, as sequencing depth decreases, the FPR increases owing to the growing number of transcripts with very low numbers of counts, in which case the Poisson shot noise of the sequencer can easily induce a spurious doubling or halving of counts.
The relative level of Sina transcript was growing up to 26 DAP and the peak was 54 times higher compared to 8 DAP.
However, both constructs accumulated transcripts in growing pab2Δ cells, indicating that Pab2p was necessary for the elimination of transcripts derived from Construct 3-A50.
How this might be avoided is unclear, but despite this concern, a growing number of antisense transcripts have been shown to regulate the expression of their cognate sense transcripts through mechanisms based on RNA-RNA interaction.
Among the transcripts a growing number of genes that encode active RNA species have been identified, suggesting that regulatory RNAs also need to be considered when trying to elucidate the etiology of diseases[5].
Around 100 genes encoding secreted proteins had significantly different levels of transcripts between growing and fully-elongated hypocotyls.
