However, if participation to this scheme is preparing a complete withdrawal from the labor market (as suggested by (Looy et al. 2014), for a Belgian region), this effect could be short-lived.
In an early study of migrant location choices in the US, Bartel (1989) shows that the location choice depends on the number of co-ethnics in the destination region; this effect is less important for higher skilled migrants.
More importantly, when a single QPCR probe would be designed in this region, this effect might unexpectedly appear.
However, when stratified by region, this effect disappeared (p = 0.7).
In the FM-sensitive region, this effect [aFM(Mo + FM) > aMo(Mo + FM ] was small, but significant (t31 = −2.23, P = 0.02).
Eight regions showed this effect, denoted in Table 1; again, these included dorsal ACC, right dorsolateral PFC, and bilateral PFC regions.
Second, regions showing this effect included PFC ACC, superior temporal cortex, and visual, parietal, and posterior cingulate cortex.
Correction for the number of homopolymers, the length of homopolymers or their basepair composition in exons versus other regions weakened this effect, but failed to completely alleviate it.
We believe sub-telomeric regions show this effect most prominently as interference is acting from one direction only, though we have also detected a weaker, yet significant, effect across the centromere of chromosome 3, where interference acts from both arms.
In the nuclear RNAi-defective mutant (hrde- 1), a mild heat stress causes transcriptional activation at these genomic regions and this effect at many genomic loci is transgenerationally heritable.
