In this context, alterations of blood transcriptional profiles are a reflection of the immunological response mounted by the host against pathogens.
In this context, alterations of circulating lymphocyte and dendritic cell subsets have been observed, such as plasma cells [ 9], transitional B cells [ 10], pre-switched memory B cells [ 11, 12], regulatory T cells [ 13], CD4−CD8− T cells [ 14] or plasmacytoid dendritic cells (PDC) [ 15].
In the human context, alterations of SRF function due to SRF cleavage by caspase 3 and/or aberrant splicing of SRF transcripts have been described in cardiomyocytes from severely failing hearts, accounting for altered expression of various cardiac-specific proteins that are associated with HF (Davis et al., 2002; Chang et al., 2003; Wong et al., 2012).
In contrast, in a disease context alteration in the microbiota with dominance of pathobionts and/or the reduction of beneficial microbes can contribute to disease pathogenesis.
This indicates that, at least in a whole genome context, alteration of either CP or dinucleotide frequencies had no significant effect on viral polyprotein translation and therefore cannot be attributed to the marked differences in replication phenotypes observed.
In some contexts, these alterations have been shown to trigger relentless growth (reviewed in Arcangeli and Becchetti, 2006) and invasiveness (Soroceanu et al, 1999; Ishiuchi et al, 2002; Olsen et al, 2003).
This could indicate context dependent alterations in NG2 cell behavior or fate.
In this context, the alterations of the circulating B-lymphocytes have never been described in detail.
In this context, progressive alterations of the repressive system should sensitize the transcriptional threshold, while keeping on with directionality.
These data reflect the complexity and context-specific alterations associated with the differential activation of these cascades in complex tissue microenvironments.
