Genomic data indicate that a whole genome duplication event (WGD) occurred in the fish lineage after the separation of teleosts from the main tetrapod stem.
Statistical analysis of the genomic data indicate that a genetic bottleneck occurred in the Western Eurasian dog population after it diverged from the East Asian core group (figure 2A).
Recent phylogenetic analyses of genomic data indicate that tunicates, which comprise sea squirts, appendicularians and salps, are the closest living relatives of vertebrates [ 33].
Comparative genomic data indicate that during evolution of prokaryotes CRISPR-Cas loci are lost and acquired via horizontal gene transfer at high rates.
In conclusion, the genomic data indicated that these PGPR harbor genes that can confer resistance to multiple drugs, including penicillin, aminoglycosides, fluoroquinolones, trimethoprim-sulfamethoxazole, lipid A, and acriflavine.
However, genomic data indicate that fungi are an extremely divers taxon that covers around one billion years of divergent evolution [ 54].
In contrast with previous views, current genomic data indicate that T. gondii is not a threonine auxotroph but has the potential to synthesize this amino acid using homoserine as precursor.
The genomic data indicate that the loss of peroxisomes and the substantial reduction in the fatty acid biosynthesis pathway are characteristic for an adaptive strategy to the obligate parasitic lifestyle of Neodermata.
Genomic data indicate that C. subterraneus is able to produce H2 throughout different hydrogenase systems, markedly one associated with a CODH that permits obtaining energy from carbon monoxide, widely available in syngas and other industrial fuel gases.
The first, GLOBAL-PROCESS, links genes with high probability if the integrated genomic data indicate that they are employed by the organism in similar biological roles; that is, if they participate in the same cellular processes.
