The resulting transcript, however, breaks up the speech oddly.
Each transcript is broken down into (ahem) small steps for man-ageability, and also sorted into timelines and phases so readers can follow each mission in, effectively, real time.
An endosymbiont Blochmannia pennsylvanicus contains a very large number of long poly-A stretches in its genome, resulting in non-templated insertions and deletions of As in the corresponding RNA transcripts that break (or restore) the translational phase of numerous coding regions [58].
Additionally, the transcript is broken into a number of pieces, roughly proportional to its length, l t.
The end result of this process was that the whole transcript was broken into parts called meaning units.
As the RNA-based fusions are determined using mature RNA transcripts, the break point resolution is at exon level.
Enzyme-encoding transcripts that break down polymers at internal sites, such as serine proteases, lipases, and PCWDEs [ 73] were more abundant in the AMG, as were carboxylesterases transcripts and sugar hydrolases.
A. glabripennis produces a large number of transcripts predicted to break down plant cell wall carbohydrates [ 31, 37], while in contrast, the gut community expressed numerous transcripts predicted to assimilate and ferment wood sugars (i.e., glucose and xylose).
Genes (An03g05590 and An11g04340) encoding putative purine transporters increased their transcript levels at breaking of dormancy.
The gdhA gene (An04g00990) encoding NADPH-dependent glutamate dehydrogenase exhibited an increased transcript level at breaking of dormancy.
An07g05790, a homologue of S. cerevisiae SGD1 involved in osmoregulatory responses resulting in glycerol production (HOG pathway) [ 34], increased its transcript level at breaking of dormancy.
