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Nitrosopumilus maritimus genome reveals unique - de la Torre ...

Nitrosopumilus maritimus genome reveals unique - de la Torre ...

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Nmar_1783 CENSYa_1861 52 1,629,775 1,630,536 253 f 1,834,247 1,834,936 229 r putative serine/threonine protein kinase<br />

Nmar_1784 CENSYa_1858 50 1,630,667 1,630,876 69 f 1,833,306 1,833,506 66 r hypothetical protein<br />

Nmar_1786 CENSYa_1857 77 1,632,027 1,632,767 246 r 1,832,578 1,833,309 243 f short-chain <strong>de</strong>hydrogenase/reductase SDR<br />

Nmar_1787 CENSYa_1856 75 1,632,871 1,633,092 73 f 1,832,252 1,832,497 81 r AN1-type Zinc finger protein<br />

Nmar_1788 CENSYa_1855 53 1,633,089 1,633,373 94 r 1,831,980 1,832,255 91 f hypothetical protein<br />

Nmar_1789 CENSYa_1854 45 1,633,406 1,633,963 185 r 1,831,380 1,831,976 198 f hypothetical protein<br />

Nmar_1790 CENSYa_1853 82 1,634,005 1,635,477 490 f 1,829,910 1,831,358 482 r glutamine synthetase, type I<br />

Nmar_1791 CENSYa_1852 57 1,635,474 1,635,752 92 r 1,829,653 1,829,907 84 f hypothetical protein<br />

Nmar_1792 CENSYa_1851 82 1,635,808 1,637,520 570 r 1,827,824 1,829,524 566 f thermosome<br />

Nmar_1793 CENSYa_1849 77 1,637,624 1,638,946 440 f 1,825,900 1,827,225 441 r glycine hydroxymethyltransferase<br />

Nmar_1794 CENSYa_1827 70 1,638,948 1,642,325 1125 r 1,804,970 1,808,308 1112 r DNA polymerase II, <strong>la</strong>rge subunit DP2<br />

Nmar_1795 CENSYa_1828 68 1,642,337 1,643,089 250 r 1,808,313 1,809,098 261 r geranylgeranylglyceryl phosphate synthase<br />

Nmar_1796 CENSYa_1834 58 1,643,155 1,643,517 120 f 1,811,835 1,812,197 120 f hypothetical protein<br />

Nmar_1797 CENSYa_1835 40 1,643,644 1,644,246 200 f 1,812,229 1,812,876 215 f hypothetical protein<br />

Nmar_1798 CENSYa_1836 56 1,644,373 1,644,534 53 f 1,813,052 1,813,207 51 f transcriptional regu<strong>la</strong>tor, AbrB family<br />

Nmar_1799 CENSYa_1838 62 1,644,540 1,644,926 128 r 1,813,938 1,814,321 127 r hypothetical protein<br />

N. <strong>maritimus</strong> ORFs highlighted in blue and bold represent genes implicated in the proposed archaeal ammonia<br />

oxidation pathway.

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