This further analysis of the gene repertoire of CroV consolidated the fourth domain of Life hypothesis and contributed to outline a functional pan-genome for giant viruses infecting phagocytic protistan grazers.
In conclusion, analysis of the gene repertoire of CroV consolidated the fourth domain of Life hypothesis and contributed to outline a functional pan-genome for NCLDVs replicating in phagocytic protistan grazers.
Thus, our results show purifying selection pressure onto conserved unique genes in plants and strongly suggest that most of these genes are actual functional pan-orthologs.
An integrated view of phylogeny, functional pan-genome, and MPN suggests that mycobacterial genomic dynamics has been communicated to the PAH-degrading phenotype according to its lifestyle.
These include MK-0457, a functional pan-Aurora kinases inhibitor with inhibition constant (Ki) ranging between 0.6 and 18 nM and showing more than 100 fold selectivity with respect to other kinases tested [ 30].
For functional pan-genomic understanding of the PAH-degrading phenotype, we investigated the pan-genome of the six PAH-degrading mycobacteria in the 'PAH-degrading' node based on the previous proteomic data from M. vanbaalenii PYR-1 [ 9].
This evidence comes in a useful mycobacterial compendium of phenotypic and genomic changes, focusing on the PAH-degrading phenotype with a functional pan-genomic perspective of the evolutionary events and environmental challenges.
A series of functional pan-genomic analyses provide conserved and unique types of genomic evidence for strong epistatic and pleiotropic impacts on evolutionary trajectories of the PAH-degrading phenotype.
In this study, we propose the use of systematic, comparative functional pan-genomic analysis to build connections between genomic dynamics and phenotypic evolution in polycyclic aromatic hydrocarbon (PAH) metabolism in the genus Mycobacterium.
Systematic functional pan-genomic comparison allows us to follow largely identical evolutionary trajectories, which substantially enriches our understanding of the pleiotropic and epistatic evolutionary process of PAH metabolism at the genus level.
In this study, we used only complete genome sequences with well-organized phenotypic and genomic information (Table 1) for reasonable network and functional pan-genomic analysis without numerical bias in terms of mycobacterial phenotypes.
