Thus, the use of general anesthetics in patients with chronic elevation of circulating IL-6 might be predicted to increase the risk of adverse cognitive outcomes after anesthesia.
This result implies that in the context of an active, spiking network, DA receptor activation would be predicted to increase the effectiveness of EPSPs to evoke action potentials.
The genes in the capsule locus were also up-regulated, which would be predicted to increase serum resistance, and is functionally consistent with expression of the pilus which extends through it to act as an adhesin.
For example, in view of the excess of chromosomally abnormal preimplantation human embryos [5], the likelihood of euploidic pregnancy failure can be predicted to increase with the number of miscarriages, which is indeed the case [22].
More recently, erythropoietin administration to healthy humans (which would not be predicted to increase HIF activity) was observed to result in profound and prolonged suppression of circulating hepcidin which could not be attributed to changes in circulating iron or GDF-15 [50].
Taking the example of cardiac myocytes, the lack of TLR2 and 4 response would be predicted to increase resistance to hypoxia [10] and so improve survival after implantation in scar border zone, although the sensitivity to the inflammatory cytokine milieu of the infarcted heart will be retained.
