In the present paper, we have characterized for the first time three signalling pathways that are simultaneously affected in human TIL, participating to their anergy.
The presentations at the meeting, however, suggested a novel paradigm shift by considering shared biological and behavioral pathways that may simultaneously predispose to both affective and metabolic disorders.
The exact mechanism (or mechanisms) underlying the synergism that stimulates the neutrophil expression of OPG remains to be elucidated and could be independent of or complementary to the NF-κB pathway that is simultaneously activated by IL-4 and by TNF-α [ 38, 39].
To close this gap requires an integrated approach throughout the pharmaceutical sector and pathways for clinical care that simultaneously responds to all of the factors identified in the fishbone diagram.
In our human urothelial cell model we document a β-AR stimulated, PKA-independent signaling pathway that simultaneously increases the expression of two mediators of inflammation, COX-2 and iNOS.
We identified 16 genes encoding shared proteins in the molecular network, built using the literature- and database-mining (ANDSystem, Pathway Studio and STRING), that simultaneously connected with PE, DM, GD and Ob.
All cells depend on mitochondrial function for both normal physiologic functioning and in response to injury; currently we are utilizing microRNAs to simultaneously target multiple pathways that regulate mitochondrial function in both neurons and astrocytes in order to promote cell survival subsequent to noxious stimuli, such as ischemia-reperfusion injury.
59, 60 Hence, simultaneously blocking the pathways that lead to localized infection as well as viral dissemination represents better prevention from HIV-1 infection.
The objective of combination chemotherapy is to simultaneously target multiple pathways that are important for cancer cell growth and survival, in the hope to synergistically inhibit tumor cell growth.
Interestingly, there appears to be an intimate cross-talk between caveolae-related proteins and cellular Nrf2, and focusing on the use of specific bioactive food components that simultaneously alter both pathways may produce a more effective and efficient cytoprotective response to toxicant exposure.
