Table 7. Genes from canine E. faecium strains E4452 and E4453 which are absent from 28 other E. faecium genome sequencesa.
E4452 locus tags | E4453 locus tags | Annotation |
EfmE4452_0533 | EfmE4453_2272 | hypothetical protein |
EfmE4452_0534 | EfmE4453_2271 | hypothetical protein |
EfmE4452_0535 | EfmE4453_2270 | putative mobilization protein |
EfmE4452_0537 | EfmE4453_2268 | hypothetical protein |
EfmE4452_0538 | EfmE4453_2267 | hypothetical protein |
EfmE4452_0539 | EfmE4453_2266 | hypothetical protein |
EfmE4452_0540 | EfmE4453_2265 | replication initiator protein |
EfmE4452_0553 | EfmE4453_0769 | hypothetical protein |
EfmE4452_0595 | EfmE4453_1802 | hypothetical protein |
EfmE4452_0597 | EfmE4453_1800 | hypothetical protein |
EfmE4452_1556 | EfmE4453_1844 | putative ATP-binding protein |
EfmE4452_1557 | EfmE4453_1843 | related to integrase of Tn552 |
EfmE4452_1558 | EfmE4453_1842 | Resolvase/integrase Bin |
EfmE4452_1560 | EfmE4453_1840 | toxin-antitoxin system, toxin component, MazF family |
EfmE4452_1561 | EfmE4453_1839 | D-xylulose kinase |
EfmE4452_1563 | EfmE4453_1837 | transporter permease |
EfmE4452_1564 | EfmE4453_1836 | ABC transporter |
EfmE4452_1565 | EfmE4453_1835 | beta-1,4-xylosidase |
EfmE4452_1566 | EfmE4453_1834 | xylose isomerase |
EfmE4452_1567 | EfmE4453_2638 | xylose operon repressor |
EfmE4452_1568 | EfmE4453_2637 | conserved hypothetical protein |
EfmE4452_1773 | EfmE4453_0609 | heavy metal translocating P-type ATPase |
EfmE4452_2486 | EfmE4453_2323 | hypothetical protein |
EfmE4452_2488 | EfmE4453_0817 | conjugative transposon protein |
EfmE4452_2492 | EfmE4453_0822 | conjugative transposon protein |
EfmE4452_2493 | EfmE4453_0823 | conjugative transposon protein |
EfmE4452_2494 | EfmE4453_0825 | hypothetical protein |
EfmE4452_2495 | EfmE4453_0826 | conjugative transposon protein |
EfmE4452_2496 | EfmE4453_0827 | NLP/P60 family protein, putative cell wall hydrolase |
EfmE4452_2500 | EfmE4453_0830 | hypothetical protein |
black lines indicate that genes are located on different contigs in the draft genome sequences.