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The overall rate of transcript production is determined by transcription and RNA processing rates.
The M. galloprovincialis mitochondrial transcriptome shows that the gill and digestive gland have the highest rate of transcript recruitment, with a significantly higher transcription of ribosomal genes.
In the event that such factors significantly affect the rate of transcript elongation and/or the mechanism of exon recognition, the results of our analyses might differ substantially.
However, most of these factors do not appear to affect the rate of transcript elongation in vivo.
We present the functional enrichment results only as an indication that the rate of transcript decay is not random.
This indicates that, in vivo, at 24C, the increase in the rate of transcript production due to inducers is, in general, smaller than in vitro [ 7].
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ASE is most likely the result of different allelic rates of transcription, transcript processing, or transcript stability.
The cumulative read depth along each transcript was calculated to examine the rate of transcription along transcript models.
D corresponds to the net accumulation rate of transcripts in each element along the root.
Hence, our data indicates that the transportation rate of transcripts from nucleus to cytoplasm depends on the sequence features of transcripts.
Moreover, the transportation rate of transcripts from nucleus to cytoplasm could depend on particular properties of the transcript such as length or sequence.
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