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| Phospholipase A2 |
 |
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
|
| Phospholipase A2 |
|
Two PLA2 enzymes (pat1 and pat2) have divergent evolutionary histories and discordant selective constraints, with pat2 deleted from most other non-TG rickettsiae genomes, while pat1 homologs are encoded in all sequenced Rickettsia genomes. Pat1 and Pat2 may be rvh T4SS substrates. ... |
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