All results from BLAST comparisons to functional and conserved protein domain databases as well as the GO annotations are presented in Table S1.
Remarkably some of the studies found increased functional connectivity, in comparison to decreased functional connectivity in migraine.
It provides additional information for individual ESTs including assembly structure, predicted peptide, Gene Ontology associations, and multiple sources of comparison to infer functional annotation.
Recent studies on brain characteristics of SAD have demonstrated structural alterations in a number of temporal and frontal regions as well as in limbic structures, but in comparison to the functional studies, the findings are more mixed with no clear pattern of structural deviation [9 13].
Patients with organic gastrointestinal disorders self-reported significantly lower school functioning in comparison to patients with functional abdominal pain (Table 4).
These clades were analyzed in pairwise comparison to predict the functional divergence.
Thus, we calculated dN/ dS ratio for each of the candidate pseudogene predictions in comparison to their human functional orthologous gene from pairwise transcripts pair alignments.
To assess the 232 gene predictions identified in this study with the functionality test, we determined dN/ dS ratio for each of the gene predictions in comparison to their human functional orthologous gene from pairwise transcripts alignments.
For the pseudogene set with accumulated mutations, we calculated a median dN/ dS of 0.50 indicating a considerable relaxation of selective constraints of the canine pseudogenes in comparison to their human functional orthologous.
Mutations that occurred during therapy were mapped onto these structures, and the distribution of changes was analyzed by visual inspection and comparisons to known functional sites and secondary structures on the protein.
