| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Noc_2689 |
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| Symbol | |
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| ID | 3704446 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Nitrosococcus oceani ATCC 19707 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007484 |
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| Strand | + |
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| Start bp | 3046391 |
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| End bp | 3049582 |
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| Gene Length | 3192 bp |
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| Protein Length | 1063 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 637739171 |
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| Product | hypothetical protein |
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| Protein accession | YP_344672 |
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| Protein GI | 77166147 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.11077 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCGGATA GCAGGGAAGC TCAATTCCAA CAGGACATCA TCAACGCCCT CGCCGCTCAG
GGCTGGCGGG TGGGCACGGC CAGGGGCTAT GACCGTCCCA GCGCCCTGTA TACCGAGGAT
TTCCTGGGCT ACTTCAAGGA TGCCTGGCCG GAGCGCTGGG ACAAGTTCGC CAAGGCCAAC
CCCAATGACC CGGAAAGCGT CCTAGTGCAG AAACTGGTGC GGGAGCTGGA GCAGCACGGC
ACCCTGGATG TGCTGCGCCA CGGCTTCAAG GTGCCGGCGG TGAAGGTGGA ATTGTGCAGC
TTCAAGCCCG ACCACGCCAT GAACCCGGAC ACGCTCAAGG GCTACCAGTG TAACCGTCTG
CGGGTGGTGC CGGAGGTGGC CTACTCGCCC CATGCCCGCG ACGCCACGGG GCAGGGCGGC
GGCTACAACC CGCGGCTGGA CCTGGTGCTG TTCGTCAACG GCCTGCCCAC CGCCACCCTG
GAGCTGAAAA GCCAGTTTAA GCAGTCGGTG GAAAACGCCA AGCGCCAGTA CCGCCATGAC
CGCCCGGTCA AAGACCCGCT GAGCCGCAAG CCCGAGCCCC TACTCACCTT CAAGCGCGGG
GCGCTGGTGC ATTTTGCCGT GAGCCAGGAC GAAGTGGCCA TGACCACCCG GCTGGCCGGC
AAGGACACCT GCTTCCTGCC CTTCAACCTT GGAAGTGAAG ACGGCGGCGC CGGTAATCCC
CCGCCGGCGG ACGACGGCCA GTACGCCACC GGTTACCTGT GGCAGCGGCT GTTCCAGCCC
GCTGCCTGGC TCAAGGTGCT GGGGCGCTTT CTGCACCTGG AGAAGAAAAC CGTTGAGGGC
TTTGACGGCC AGCTCAGCAC CAAAGAGACC ATGATCTTCC CCCGCTATCA CCAGTGGGAG
GTGGTCAATC AGCTGATTGA AACCACCCGC AGTGAAGGGC CAGGCAAGCG CTACCTCATT
CAGCACAGCG CCGGCTCGGG CAAGTCCAAC TCCATTGCCT GGACGGCGCA CCAGTTGGCC
GCGCTGTATG ACGACGCGGG GCAGAAGCTG TTCAACTCGG TGATCGTGGT AACCGACCGC
ACGGTGCTGG ACAGCCAGTT ACAGAACACT ATCTACCAGT TCGAGCACGC CCACGGCGTG
GTGCGGCCCA TCACCCGAGA TATCGGCAAC CAGAGCAAGT CCCAGCAACT GGCCGAGGCC
CTGACTGAGC AGACCCGCAT CATCATCGTC ACCATTCAGA CCTTTCCGGC CCTGTTCCAG
GTGCTGGATA AATACCCCAA CCTGGCCAGT GGCCGCTATG CGGTCATCGC CGACGAGGCC
CACTCTTCGC AAACCGGCTC CTCGGCCAGC AAGCTCAAGG CTATCTTGAG TTCCGAGCAA
GCGGCCGCTG ATCATCAAGA GCCGAAAGAG ATCAGCGCCG AAGACCTGCT CGATGCCGCT
GTACAGGCCC GCCAGCCCAA TGAACGCATC AGCTACTACG CTTTTACCGC CACCCCCAAG
GCCAAGACCC TGGAGCTATT TGGCCGCCCG CCGGAGCCGA GCGTGCCGCC CAGCGCCGAC
AACAAGCCCG AGGCTTTTCA TCTGTATTCC ATGCGCCAGG CCATCGAGGA GGGTTTTATT
CTTGATGTGC TGCAGAACTA CCTCAGCTAC AGCACCGCGT GGAAGATCGC CCACCCGGAA
GGCGAAGACG AGGAAGTTGA CTCAAAGAAA GCGCGCATCA AGCTGGCGCG CTGGGTGCGG
CTGCATCCGT ATAATATTAG CCAGAAGGTC GAGGTCATCG TCGAGCACTT CCGCGCCAAC
ATCCGCCATC TATTGAACGG CCAAGCCAAG GCCATGGTGG TGACCAGTGG CCGCCAGGAG
GCGGTGCGCT ACCAGTTGGC GGTAAAGAGC TATGTCAGGC GGATGGGCTA CAGGGATGTG
CATCCGCTGG TGGCGTTTTC CGGCAGCGTG TTGCCTGATG AGGTGATTCC GGAAGAAGTC
ACCGAGACCA GCAGCCTGCT CAATGCGGAC CTCCATGGCC GCGACCTGGC CGAGGCTTTT
GACACCCACG ATTTCAACGT ACTCATCGCC GCCAACAAGT ACCAGACCGG CTTCGATCAG
CCCAAGCTGT GCGCCATGTA CGTGGATAAG AAGCTGCGGG GGGTGGACTG CGTGCAGACC
TTGTCGCGCT TGAACAGGAA GTTCGGCGAG GGCAAACAGA CCTTTATCCT TGACTTCTTC
AACGAGCCAC AGGATATCCT CGATGCTTTT TTGCCCTACT ACACCCGGGC CGAGCTGACC
GATGTCACCC ATCCACAGGT TATCTACGAC CTGCAGAGGA CGCTGGATGA GGAAGGCATT
TATCACTGGA ACGAGGTTGA AGCCTTTGCG CTGGCCTTCT TCGATCCCAA GGCGGTGGCC
AGCAAACTCA GCTATCACTG CCAGCCGGCC CGCGAGCGCT TCGCCAGGCG CTATGCCTTC
AGCCTGGACT CCCGCCAGCA GGCGCTGGGT TTCAAACGCA CCGCCGAGGT CAATGGTGAT
AATACCGGCC TAAAGAAGGC CGAGCACGTG CTCAAGGAAG CCGGTGAGCA GATCGACCGA
CTGGACCTGT TCCGCAAGAA CCTGCAGAGC TTTGTGCGCC TCTATGAGTT CCTCTCGCAG
ATCGTGCCCT ATGAGGACCG TGAGCTGGAA CAGTTGTGTG TGTTCGCCAA GCACCTGCAC
CCGCTGCTGC GCGTGGATCG CCTCCAGGAG GAGGTAGATA TCGGTGAACT GCAGCTAACC
CATTACCGCC TGAGCAAGCG AGCCGAACAG CAGTTGCGGT TGAATGAGGA GGCCGCGGAA
TACACCCTCA AGCCCGGCAG CGATATCGGC AGCGGCCAGC CCCACGACCC GGAAAAGAAA
CGCCTGTCGG AAATCATCGA GGCACTGAAT GAGATTTTTG GCGCCGAGGT CAGTGATGAG
GACCAATTGC AATTTCTCAT CGGTATCGCC CAGCGTATCA GCCGCCAAGA GGATGTGATG
GCCCAGGTTA ATAGCCATTC AGTGGACCAG GTCATGCACG GTCTGTTTCC CAAGCGGGTG
CTGGATACCG TACTGGACGC CATGACCGAC CACGAAAAGC TGTCCCTGGA AGTGCTGGAC
AACAAAACCA AGAGCCGAGA CTTTGCGCTG GTCATCCTAA AAATGCTCAC TCAGCATACG
AGCTTTTCGT AA
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| Protein sequence | MADSREAQFQ QDIINALAAQ GWRVGTARGY DRPSALYTED FLGYFKDAWP ERWDKFAKAN
PNDPESVLVQ KLVRELEQHG TLDVLRHGFK VPAVKVELCS FKPDHAMNPD TLKGYQCNRL
RVVPEVAYSP HARDATGQGG GYNPRLDLVL FVNGLPTATL ELKSQFKQSV ENAKRQYRHD
RPVKDPLSRK PEPLLTFKRG ALVHFAVSQD EVAMTTRLAG KDTCFLPFNL GSEDGGAGNP
PPADDGQYAT GYLWQRLFQP AAWLKVLGRF LHLEKKTVEG FDGQLSTKET MIFPRYHQWE
VVNQLIETTR SEGPGKRYLI QHSAGSGKSN SIAWTAHQLA ALYDDAGQKL FNSVIVVTDR
TVLDSQLQNT IYQFEHAHGV VRPITRDIGN QSKSQQLAEA LTEQTRIIIV TIQTFPALFQ
VLDKYPNLAS GRYAVIADEA HSSQTGSSAS KLKAILSSEQ AAADHQEPKE ISAEDLLDAA
VQARQPNERI SYYAFTATPK AKTLELFGRP PEPSVPPSAD NKPEAFHLYS MRQAIEEGFI
LDVLQNYLSY STAWKIAHPE GEDEEVDSKK ARIKLARWVR LHPYNISQKV EVIVEHFRAN
IRHLLNGQAK AMVVTSGRQE AVRYQLAVKS YVRRMGYRDV HPLVAFSGSV LPDEVIPEEV
TETSSLLNAD LHGRDLAEAF DTHDFNVLIA ANKYQTGFDQ PKLCAMYVDK KLRGVDCVQT
LSRLNRKFGE GKQTFILDFF NEPQDILDAF LPYYTRAELT DVTHPQVIYD LQRTLDEEGI
YHWNEVEAFA LAFFDPKAVA SKLSYHCQPA RERFARRYAF SLDSRQQALG FKRTAEVNGD
NTGLKKAEHV LKEAGEQIDR LDLFRKNLQS FVRLYEFLSQ IVPYEDRELE QLCVFAKHLH
PLLRVDRLQE EVDIGELQLT HYRLSKRAEQ QLRLNEEAAE YTLKPGSDIG SGQPHDPEKK
RLSEIIEALN EIFGAEVSDE DQLQFLIGIA QRISRQEDVM AQVNSHSVDQ VMHGLFPKRV
LDTVLDAMTD HEKLSLEVLD NKTKSRDFAL VILKMLTQHT SFS
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