A high-relief cemented carbonate platform, a deep basin filled with highly compactable deposits, and a prograding grain-rich succession sealing morphologic differences across the platform margin, represent suitable features for promoting differential compaction.
Because TGF-β is a key regulator in the suppressive signaling pathways implicated in immune regulation, signaling through TGF-β receptor may promote differential and temporal effect on T cells in different stages of HIV disease.
Two identical target and two identical distractor stimuli were presented on the screen at one time, promoting differential conditioning which forms a long term memory that will persist for at least two days [23], [24] and promotes global learning of local features [17], [19], [22], [23].
One may speculate that although GITR is expressed on all T lymphocytes, blockade of GITR/GITRL pathway may promote differential signaling depending on the nature and the functional capacity of T cell targets (i.e. a naïve T cell, an activated or a memory T cell, a Treg), thus determining the 'quality' of the GITR antibody-mediated signal and the resulting outcome.
Moreover, the overexpression of IRP2, but not of IRP2Δ73, promotes differential expression of a wide range of genes primarily involved in signal transduction, transcriptional regulation and G-protein coupled receptor signaling, but also in metabolic processes, cell adhesion and growth (Fig. S5).
These findings extend the perspective that epigenetic events may promote differential Wnt signalling between tumour subtypes.
Here, we report that a hyper-TGRL environment promotes differential migration of blood monocytes.
It may be that PMNs from different post-MI times promote differential macrophage activation patterns.
Consequently, multiple epigenetic events may promote differential non-canonical Wnt stimulation between CRC subtypes.
Taken together, the data indicate that RASSF1A and RASSF1C modulate SRC activity by promoting differential phosphorylation of SRC.
