| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_2618 |
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| Symbol | |
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| ID | 6315093 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | - |
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| Start bp | 2812783 |
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| End bp | 2815374 |
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| Gene Length | 2592 bp |
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| Protein Length | 863 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 642644997 |
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| Product | polymorphic outer membrane protein |
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| Protein accession | YP_001918762 |
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| Protein GI | 188587217 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3420] Nitrous oxidase accessory protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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| Plasmid unclonability p-value | 1 |
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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 | 69 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGAAGAAA TGGAGCTATT GTTTAGTTTC TTCGATGTAC TTGAAACTAC AGATAATGTA
ATGTCTGATA TTCAAAATGT TTTTGCCGCT TTATCTCTAA TAGTGTTAAT ACCTGTATGG
CTGTTTGGTT ACAAATTATT TAAACTGTGG ATTGCTTTTA CAGGTTTTGT GATGGGCGGT
TTGTTAAGTT CATCTATTAC CTTTGCCTCA GTTGGACCTT CTACTGGTGC GGCGGGAATA
GCAGTAGTTG TGGGTATATT ATTTGGTATT TTTGGTGCTT ACATAGCATT AAAAGTGTAT
TTTTTAGGTG TGTTTTTGTC AGTTTCTTTA GTAACAGGGC TCATTGCTCT AGCCTTAACC
AGGGGAATGA TTGAACTATC CGTGATTTTT GGAATAATTC TTGGTATAGT GGCTGTTTAT
TTTGTCAAAC CTTCGATAAT CATTTCTACA GGGATTTCAG GAGGTTCTTC AGTAGCAGGT
GTAATAGCAG GAGTATTTGG TTTGAATATA GCCTTACAAA TACTACTCTA TCCCATTACT
ATAGCTTTTG GAATTTGGTT TCAGTTTGTC ACAAATAAAA GTAAAGATAA ATCAACCTCA
ACTGATATAA CTTCTGCAAA TACTAAACAT GAAACCCATG AAAACCAAGA TGAAAGTCAC
AGACATGAAA ACATTGAAAA AGAAAACAAT GAAAATAAAA AGCCGAGCAA AAGTGAAACC
GCGACTCACA GTAGATTAGC TGAAAGCAGT GACAGTGAAA ATCTAGACAA AAAAGACGAG
AAGGAAAGTA GCAATATAGA TGACTTGACC TCTTCTATAG AGTCAGCAAT TAATGATTTA
GGAACTACTT TAAAAAGCAA ATTAATAGAA CTAAAAGAAT ATATTGGTTA TCGGTTGTCA
AAAAACTCCA GAAAAACTAA TCAAATTCTC TTGGGTAGCT TATCAGTTGT GGTTGTTGTG
GTTCTAATGT TTTTATTAAT GATTATTACT GATCCGGGAG GGGCAGAAGA AGCACCCATG
GTTGAAGATT TTTCTAGTCA AAAAGATGAA CGGGAGAAAG AACAGGAGAA AACAAAATCA
GATAAAGATC AAACAGATAA AGATCAATCA GATGAAGATG AATCACACGA AGATCAAGAT
GAACTAACAT CTGAAAGTAA CCAAGATCAA GACTCTAGTA GTTCAAAGAT AAAACTATAC
AGTCAAGATG GTGGAGATAG TACAACAAGC CCGGAAAGGT ATGATTCTAT TCAAAAAGCA
ATTGAAATGG CACAATCAGG GGACATAATC GAAATTTCTC CAGGTACCTA TCAGGAAAAT
ATCAACCTTG AAGGTAAAGA TATTACGATA TCAGGCCTTG ACCCCCATAA CGAAGAAAAG
GTCCAAAAGA CTGTAATTGA TGGAGGAAGA ACTGGGCCCA TAGTAACTGC TTCAAATGGA
GAAGATGCAA CAATCCAAGG TATTACCATT ACTGGCGGTA GTGGGAAAAA TTACGAAATC
GGTAATTTGG AATATGATGT AGGTGGTGGA ATTTTGGTTA AAGACGGCTC CACTCTCCTA
CTAGAGAATA ATATTATTAC AGGAAACATT GATGGCGGAA TTTTTGCTGG TCCTCAATCA
CAGCTGGATA TCAAGAATAA CTCTATTAGT AACAACAGTA CCGAAAGACT AGGTGGGGCA
GGAATTTACG CTAAAGACAA TACAAAACTT ACTATTACTG ATAGTACTAT TACTGATAAC
AGTACCTACT CTAGTGGTGG AGGAGTCTTT GCCAGGGATG AAGTAGAGCT TAGTCTTATA
AATAATACTA TTACCAAGAA TTATTCAGGT GGTGATGGTG GTGGAGTTTA TAGTAGTTCC
AATCATGATG TTGAGTTAAG AAACAATGAC ATTTCACGTA ATGAAGGTTA TTTTGGAGCT
GGCATCGCCT CTTACAGTGA TCGGCAACTC ACTTTAGTAA ATAATGATAT CAATCAGAAT
GAATCGCTCG ATATAGGTGG TGGCATTTTA ATTGATGGTT CAGAAGCCAT GATAGACAGT
AACACTATCA ATGAGAATGA AGCCGAATGT TCTGGAGGTG CAATCCGTGC TGATAGGGCC
ATGGTAACTA TTGATGGAAA CGAAATCATT GGAAACTATG CCAGAACTGG TGGGGGAATT
TCTATCGTAA ACAGATCTAC AGGTGGAGGA GTAACTGAAA ATGAAATTAG GGAAAATGAT
AGTGTCGGGG TTCATGTACA CAATATAAAA GGACTTAATA TTGAAGGCAA CGATATTATA
GGTCAAAAAA GAACAGGAAT ATATGCCTTA AATGAATCCG ACTTGAAAAT TGAAGATAAT
GTTATTAGTA ATAATAAGAC GGGCTTAGTT CTTTTTCACA AAACATTTAG TGAAATCACA
GATAATATTA TCAAAGATCA TGAAAAAACA GGTATTTTAC TTGATAGAGA ATCTGAAGCG
GATATTCTAA GTAATGAAAT TATCGATAAT CAAGATAGTG GAATTCTTTA TAGTCCCGAT
TCTAAAGCCA ATACGGAAGA TAACTCTTTT AGTGGAAATG TCCCTGAAGA TGTTGGCGAA
TTCGTTGAAT AA
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| Protein sequence | MEEMELLFSF FDVLETTDNV MSDIQNVFAA LSLIVLIPVW LFGYKLFKLW IAFTGFVMGG
LLSSSITFAS VGPSTGAAGI AVVVGILFGI FGAYIALKVY FLGVFLSVSL VTGLIALALT
RGMIELSVIF GIILGIVAVY FVKPSIIIST GISGGSSVAG VIAGVFGLNI ALQILLYPIT
IAFGIWFQFV TNKSKDKSTS TDITSANTKH ETHENQDESH RHENIEKENN ENKKPSKSET
ATHSRLAESS DSENLDKKDE KESSNIDDLT SSIESAINDL GTTLKSKLIE LKEYIGYRLS
KNSRKTNQIL LGSLSVVVVV VLMFLLMIIT DPGGAEEAPM VEDFSSQKDE REKEQEKTKS
DKDQTDKDQS DEDESHEDQD ELTSESNQDQ DSSSSKIKLY SQDGGDSTTS PERYDSIQKA
IEMAQSGDII EISPGTYQEN INLEGKDITI SGLDPHNEEK VQKTVIDGGR TGPIVTASNG
EDATIQGITI TGGSGKNYEI GNLEYDVGGG ILVKDGSTLL LENNIITGNI DGGIFAGPQS
QLDIKNNSIS NNSTERLGGA GIYAKDNTKL TITDSTITDN STYSSGGGVF ARDEVELSLI
NNTITKNYSG GDGGGVYSSS NHDVELRNND ISRNEGYFGA GIASYSDRQL TLVNNDINQN
ESLDIGGGIL IDGSEAMIDS NTINENEAEC SGGAIRADRA MVTIDGNEII GNYARTGGGI
SIVNRSTGGG VTENEIREND SVGVHVHNIK GLNIEGNDII GQKRTGIYAL NESDLKIEDN
VISNNKTGLV LFHKTFSEIT DNIIKDHEKT GILLDRESEA DILSNEIIDN QDSGILYSPD
SKANTEDNSF SGNVPEDVGE FVE
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