These mice synthesized limited amounts of HBV transcripts and replication intermediates.
This association also keeps the N protein from encapsidating non-specific RNA transcripts during replication [13] [15].
In conclusion, we have detected alternative splicing of HBP/SLBP transcripts under replication stress conditions, resulting in the synthesis of additional HBP/SLBP isoforms.
The increase in alternatively spliced HBP/SLBP transcripts under replication stress conditions is likely to have a physiological meaning for the cell.
The subset of probesets that were never expressed were found to be significantly enriched in transcripts encoding replication and repair functions as well as environmental information processing/cellular processes.
Further, neither study found an effect of G/C content, transcription levels, scored as transcript abundance, or replication timing on local SNM rate.
This includes 28 of the histone cluster genes, corroborating studies showing that polyadenylated histone transcripts from replication-dependent histone genes can be produced due to the loss of correct 3′ end processing [ 18– 20].
Conserved HP-PRRSV Nsp2 sequences were used to design short interfering RNAs and test their ability to silence PRRSV transcript expression and replication in cells in vitro transfection.
These mice replicated HBV from an integrated transcriptional template encoding all full-length HBV transcripts at a replication level comparable to patients with chronic hepatitis B [ 7].
Among the 25 categories, "transcription" represented the largest group (2,022; 14.89%), and transcripts associated with "replication, recombination and repair" (2,012; 14.74%) were most common followed by "post-translational modification, protein turnover, chaperones" (1,755; 12.86%) and "signal transduction mechanisms" (1,681; 12.31%).
We assessed whether such circular viral molecules could generate LTR-LTR transcripts during PFV replication.
