Personal experiences of kinship could vary considerably from the normative models described by some anthropologists; Evans-Pritchard, for instance, demonstrated that individuals could not always unequivocally identify the lineage to which they belonged.
Some studies, for instance, demonstrated that p53 and HIF-1 compete for the co-activator p300 [ 39, 40] and by doing so they antagonize each other until the integration of different signals reaches its balance and the fate of the cell is determined.
Macrae and Johnston [ 68], for instance, demonstrated that when an automatic reaction is inconsistent with another goal, this may reduce the likelihood of automatic goal pursuit.
Meyer (2016), for instance, demonstrated that individuals obtaining a higher education degree reported a higher level of engagement in PEBs.
B ossdorf et al. (2010), for instance, demonstrated that treatment of Arabidopsis ecotypes with demethylation agents is sufficient to invoke phenotypically relevant methylation changes.
Several studies have for instance demonstrated that there was a significant correlation between physician and nurse density and improved patient outcomes [ 1– 3].
Although our "discovery" of species paraphyly is not uncommon [11], we submit that such instances demonstrate that species crypsis is not a phenomenon to which only morphological data are prone.
Computational experiments on 32 existing large scale benchmarks, as well as on 20 new very large scale problem instances, demonstrate that the proposed method is fast, competitive and able to find high-quality solutions for problem instances with up to 20,000 customers within reasonable CPU times.
Experimental results on randomly generated instances and a real-world case demonstrate that the proposed MODVOA can achieve a better performance than other algorithms for solving the MOFJSP-CPT.
Apart from these reports, there have been various instances demonstrating that these pathways potentiate the effect of each other.
