Cynomolgus SELE Protein (aa 546) [His]

Sele, a village in the Slovene-speaking minority area of Austria, exemplifies the effects of twentieth-century mobility on village life and on (socio-) linguistic structures. In the 1920s it was extremely isolated; in the 1990s it is included in the normal life of central Europe. This paper examines the lifestyles of the inhabitants of Sele in these two decades, with statistics to demonstrate the enormous changes in work and in marriage patterns, which, with educational changes, reflect the surge in mobility and communication in our century. Also examined are four aspects of the linguistic behaviour of the inhabitants of Sele. their linguistic networks, the relative amounts of use of the four language varieties available to them, the kinds of variation within their dialect and the factors therein involved, and the linguistic vitality of their dialect. Sele represents an excellent example not only of a challenge to the analyst who wishes to analyse all the factors involved in variation and relate them to sociolinguistic parameters, but also of the results of changes in social and educational mobility, which make continued language maintenance a difficult challenge for the inhabitants of Sele.

Background: Although numerous genetic studies have been performed, only 0.9% of blood pressure phenotypic variance has been elucidated. This phenomenon could be partially due to epistatic interactions. Our aim was to identify epistatic interaction(s) associated with blood pressure levels in a pre-planned two-phase approach. Methods and Results: In a discovery cohort composed of 3,600 French individuals, we found rs6046A allele in F7 associated with decreased blood pressure levels (P <= 3.7x10(-3)) and rs5355T allele in SELE associated with decreased diastolic blood pressure levels (P = 5x10 (-3)). Both variants interacted in order to influence blood pressure levels (P <= 0.048). This interaction was replicated with systolic blood pressure in 4,620 additional European individuals (P = 0.03). Similarly, in this replication cohort, rs6046A was associated with decreased blood pressure levels (P <= 8.5x10(-4)). Furthermore, in peripheral blood mononuclear cells of a subsample of 90 supposed healthy individuals, we found rs6046A positively associated with NAMPT mRNA levels (P <= 9.1x10(-5)), suggesting an eventual involvement of NAMPT expression in blood pressure regulation. Confirming this hypothesis, further transcriptomic analyses showed that increased NAMPT mRNA levels were positively correlated with ICAM1, SELL, FPR1, DEFA1-3, and LL-37 genes expression (P <= 5x10(-3)). The last two mRNA levels were positively associated with systolic blood pressure levels (P <= 0.01) and explained 4% of its phenotypic variation. Conclusion: These findings reveal the importance of epistatic interactions in blood pressure genetics and give new insights for the role of inflammation in its complex regulation.