It reflects a remarkable complacency about the scale of political disaffection that reaches far beyond its expression through nationalism (whether of the SNP or Ukip variety), deep into those parts of the electorate who feel politicians have nothing to offer them, from blue-collar workers to generation rent.
Although PO is well-known for its activity against pathogens, there is little indication so far that its expression level affects the outcome of infection by P. larvae.
Selfish DNAs differ from "selfish genes" in that the latter promote their own replication only through expression in organismal phenotype: selfish gene G (or selfish allele Ga) has a selective advantage only in so far as it promotes through its expression in phenotype the differential reproductive success of organisms that bear it.
Anti-Peg11 on the other hand is far more restricted in its expression with a prominent signal only detected in the brain.
However, growing consensus has emerged about the role of HER4, and the few clinical studies carried out so far have suggested that its expression is associated with favourable prognosis (Thybusch-Bernhardt et al, 2001; Suo et al, 2002; Rotterud et al, 2005).
However, in the case of HER4, the few clinical studies carried out so far have suggested that its expression is associated with favourable prognosis (Thybusch-Bernhardt et al, 2001; Suo et al, 2002) and recently it has been reported that HER4 mediates ligand-dependent antiproliferative and differentiation responses in human breast cancer cells (Earp et al, 2003).
So far, little is known about its expression, localization and contribution during infection in vivo.
However, the VFF7 antibody, which is less sensitive in detecting CD44v6, was staining far fewer tumour cells and its expression was less strong compared to the VFF18 antibody.
Much of FABP7 characterization thus far has largely focused on its expression in the brain of vertebrates, highlighting its association with essential highly polyunsaturated long-chain fatty acids present there, particularly docosahexaenoic acid (DHA) [ 70].
On the other hand, snoRNA, the expression of which is positively or negatively correlated with tumor cells proliferation and invasion, may have considerable impact on carcinogenesis and thus should be treated as an oncogene when its expression goes far beyond the "normal level" [ 38].
