This paper reports a new attempt to model viral replication, including stochastic effects from cell to cell, and pools of viral RNA that are in replicative vs. translation pools.
After peak assignment, pooling of the two first fractions corresponding to mRNAs not engaged in translation and pooling of the last four fractions representing the most highly ribosome-loaded transcripts, the seven resulting fractions were hybridized to the microarrays B to H, respectively.
Moreover, technical details related to memory analysis have been discussed, including address translation [6, 7], pool allocation [8], swap integration [6], carving out memory [9, 10], sensitive information extraction [11, 12], and malicious code detection [13].
The translation of entity pool nodes is straightforward.
Each miR can interfere with the translation of a pool of genes, rather than a single transcript, thus allowing modulation of multiple targets at once.
Our results open the possibility that Scp160 plays an essential role in translation of the pool of mRNAs over-produced under cell wall stress conditions through the CWI pathway.
In this context, alternative splicing of pre-mRNA was found to play a functionally important role as regulatory mechanism for apoptosis by processing distinct mRNAs from a pre-mRNA that in turn results in the translation of a pool of protein isoforms exhibiting often antagonistic biological properties [ 33].
This could be explained by the fact that sleep promotes the translation of specific pools of mRNAs.
Moreover, data across the first to the sixth translation sequence were pooled, as we found no substantial differences between the responses to stimulation with the 'environment information stimuli'.
mTOR regulates protein synthesis at synapses via two distinct downstream pathways which are responsible for promoting translation of different pools of mRNAs [ 44, 45].
