| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CJJ81176_0033 |
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| Symbol | gltB |
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| ID | 4683618 |
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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 | Campylobacter jejuni subsp. jejuni 81-176 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008787 |
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| Strand | + |
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| Start bp | 8142 |
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| End bp | 12629 |
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| Gene Length | 4488 bp |
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| Protein Length | 1495 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 639852757 |
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| Product | glutamate synthase, large subunit |
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| Protein accession | YP_999726 |
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| Protein GI | 121613706 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0069] Glutamate synthase domain 2 |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.281504 |
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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 | ATGGATTTAG AAAATATCCT AGAAAATAAT CAAAGCATAG GTTTATATCA CCCAAAGAAC
GAACACGATG CCTGCGGTAT CGCTGCAGTT GCTAATATAC GCGGTATTGC TTCTTATAAG
GTTATTTGTG ATGCTTTAGA AATTTTGATG AATCTTGAAC ACCGAGGTGG TGCAGGAGCT
GAAGAAAATT CAGGTGATGG GGCGGGGATT TTAATCCAAA TTCCACATGA TTTTTTTAAA
ACTCAAGAAT TGGGTTTTGA ACTTCCTAAA AAGGGTGATT ATGCTGTAGC ACAGATGTTT
TTATCACCCA ATACTGATGC AAAAGAAGAA GCAAAAGAAA TATTTTTACA AGGTTTAAAG
GATAAAAAAC TTGAATTTTT AGGTTTTAGA GAAGTGCCTT TTAATCCTAG CGATATAGGT
GCAAGTGCTT TAAAAGCTAT GCCTTATTTT TTACAAGCCT TTGTAAAAAA ACCAAGTAAA
ATAAGTGCAG GACTTGAGTT TGAAAGAGTG CTTTATAGTA CGCGTCGACT TATAGAAAAA
AGAGCTATTA ATGTGCCAAA ATTTTATTTT TCAAGTTTTT CTTCACGCAC CATAGTTTAT
AAAGGAATGC TTCTTTCAAC TCAATTGAGC GATTTTTATC TTGATTTTAA AGATGTCAAT
ATGAAATCAG CCATCGCTTT GGTGCATTCT CGCTTTTCGA CTAATACCTT CCCAAGTTGG
GAAAGAGCCC ATCCAAACCG TTATATGGTG CATAATGGAG AGATTAATAC CATACGCGGA
AATGTCGATA GCATAAGAGC TAGAGAAGGC TTGATGCAAA GTGAGTATTT TGAAAATTTA
GATGAAATTT TTCCTATCAT AGCTAAGCCT AGCAGTGATT CTGCAATGTT TGATAATACT
TTAGAATTTT TAGCTCTAAA TGGTCGTACT TTAGAAGAAG CTTTTATGAT GATGGTGCCA
GAACCTTGGC ATAAAAATGA AAATATGGAA AGCAAAAAGC GTGCTTTTTA TGAATATCAT
TCTTTATTGA TGGAGCCTTG GGATGGGCCT GCTGCTATAG TTTTTACTGA TGGAGTGATT
ATGGGGGCGA GTTTGGATAG AAATGGTTTT CGTCCTTCAA GGTATTATCT TACAAAAGAT
GATATGCTCA TACTTTCAAG TGAAACAGGG GCTTTAAAAC TTGATGAAAA AAATATCAAA
GCCAAAAAAC GCTTAGAACC TGGAAAACTT TTACTCGTTG ATACAGCAAG AGGTAGGGTT
ATAGCTGATA ATGAAATCAA AGAGCATTAT GCTAATGCTA AGCCTTATAA AAAATGGCTT
AAAAATTTAG TTGAACTTGA AAAACAAAAA AGCGGAGTTT ATAAACATCA GTTTTTAAAA
GAAGATGAGG TTTTAAAACT CCAAAAAGCT TTTGGTTGGA GTTATGATGA GCTTAAAATG
AGTGTGGCTG CTATGGCTCA AAATGGTAAA GAAGCTATAG CAGCTATGGG TGTAGATACT
CCTTTGGCTA TACTTTCTAA AACTTATCAA CCTTTGTATA ATTATTTTAA ACAACTTTTT
GCACAAGTAA CTAATCCTCC TCTTGATGCC ATAAGAGAAG AGATTGTTAC TTCTACAAGG
ATTTATCTAG GAAGCGAAGG CAATTTATTA AAACCTGATG AAAACAATGC AAAACGCGTA
AAAATAGCCT TGCCTGTGAT AAGCAATGAA GAACTTTTTG AAGTTAAGGC TTTAAATAAA
TTTCAAGTTA AAGAATTTTC TATACTTTAT GATTATTCTA AAAAAACTTT AGAAAAGGCT
TTAGATGAGC TTTGCGTTAA GATAGAAGAT GAGGTTAAAA AAGGTGTTTC TATTATCATT
TTAAGCGATA AAGGAGTGGA TGAAAAAAAC GCTTATATCC CCGCTTTGCT TGCTGTTTCT
GGAGTGCATA ATCATCTAGT AAGAAAAAAT TTAAGAACAC ACACAAGTCT TATTATCGAA
AGTGGTGAAC CTAGAGAAAT TCATCATTTT GCATGTCTTT TAGGTTATGG TGCGACTGTT
ATTAATCCTT ATTTGGTTTA TGAGAGTATA CAAAAACTCA TTGTCAATAA AGATTTAGAT
TTAAGCTATG AAAAGGCAGT AGAAAATTTC ATCAAGGCAA GTTCAAGCGG CATAGTCAAA
ATTGCTTCTA AAATGGGGGT TTCTACCTTG CAAAGTTATA ATGGCTCTGC ACTTTTTGAA
TGTTTAGGCT TAAGTTCTAA GGTGATTGAT AAATACTTCA CTTCTACAAC TTCACGCATT
GAAGGTATGG ATTTAGAAGA TTTTGAAAAA GAACTCATTG CTTTGCACAA ACATGCTTTT
AACGATACAC ATAAGGCTTT AGATTCTAAA GGAATTCATG GTTTTAGAAG TGCTAAAGAA
GAACATTTAA TCGATCCGCT TGTGATTTTT AATCTCCAGC AAGCCTGTCG CAACAAAGAC
TATAAAAGCT TTAAAAAATA CTCGGCTTTA GTAGATGAAA AACAAGTTAA CTTGCGTTCT
TTGATGGAAT TTGATTTTAG TGAAGCTATT AGCATAGATA AGGTTGAAAG TGTAGAAAGT
ATAGTTAAAC GCTTTAGAAC AGGGGCGATG AGTTATGGTT CTATTTCTAA AGAAGCACAC
GAGTGTTTAG CACAGGCTAT GAATAAAATA GGTGCTAAAT CAAATTCAGG TGAAGGTGGT
GAGGATGAAG AACGCTATGA AATCAAAGAG GGTGTGGATA AAAACTCAGC CATTAAGCAA
GTAGCAAGTG GGCGTTTTGG CGTGGATTTA AACTACTTAA GTCATGCAAA AGAAATTCAA
ATCAAAGTCG CTCAAGGTGC AAAACCAGGT GAGGGCGGAC AATTAATGGG CTTTAAAGTC
TATCCTTGGA TAGCTAAGGC TAGACATTCT ACTGCAGGTG TGACGCTTAT TTCCCCACCT
CCTCATCATG ATATTTATTC TATTGAGGAT TTGGCTCAAC TCATTTATGA TTTAAAACAT
GCGAACAAAG ACGCTAAAAT TTCAGTAAAA CTTGTAAGCG AAAATGGCAT AGGAACGGTT
GCTGCAGGTG TGGCTAAGGC AGGCGCGAAT TTAATCCTTG TTTCAGGTTA TGATGGAGGT
ACGGGTGCAA GTCCTAGAAC TTCTATACCG CATGCTGGAA TTCCTTGGGA GTTAGGCTTA
GCTGAAACGC ATCAAACTTT GATCTTAAAC AAGCTTAGAG ATAGGGTAAG ATTAGAAACT
GATGGAAAGC TTATGAATGG GCGTGATTTA GCCATAGCAG CACTTTTAGG AGCTGAAGAA
TTTGGTTTTG CAACCGCTCC TTTGATTGTT TTAGGTTGTA CAATGATGAG AGTTTGTCAT
CTAAATACCT GTCCTTTTGG TATAGCCACT CAAGATACAG AACTTAGAGA TCGTTTCAAA
GGCAAAGTAG ATGATGTGAT TAATTTCATG TATTTTATAG CTGAGGAGCT TAGAGAATAC
ATGGCAAGGC TTGGTTTTGA ACGCCTAGAT GATATGATAG GTCGCGTGGA TAAACTCCGC
CAAAAAAGTG TGCAAGGTAA AGCAGGAAAG CTAAATTTAG ATAAAATTTT AAAATCCTTG
CCTACTTATA ATAGAACCGC TGTGCATTTT AAAGACTATA AAGATAACAA GCTTGAAAAA
ATGATTGATT ATAGAATTTT ACTTCCACTT TGTAAAAATG CTGTGGAGAA AAAAGAACCT
ATTAAGCTTT CTTTAGAAGT AGGAAATCAA AGCCGTACTT TTGCGACTAT GCTTTCAAGT
GAAATTTTAA AAACTTATGG AAAAGATGCT TTAGATGAAG ATAGTATCCA TATCAAAGCT
ATAGGCAATG CAGGCAATAG CTTTGGAGCG TTTTTGTTAA AGGGCATTAA ACTTGAGATT
ATAGGCGATA GCAATGATTA TTTAGGCAAG GGTTTAAGTG GTGGCAAAAT CATAGCAAAA
ATTTCAAATG AAGCCACTTT TTCACCTGAA GAAAATATAA TCGCAGGAAA TGCTTGTTTA
TACGGAGCTA CAAAAGGTGA AGTGTATTTA GATGGTATAG CAGGGGAAAG ATTTTGTGTA
AGAAATTCAG GAGCTTTAGC TGTGGTTTTA GGAACAGGCG TGCATGGTTG TGAATATATG
ACAGGTGGGC AAGTTGTAGT TCTTGGAGAT GTGGGTGCGA ATTTCGCTGC TGGTATGAGT
GGGGGCGTTG TTTATATCTT TGGAAGACAC AATGAAGCTC ATGTAAATAC CGAGCTTGTG
GATATTAAAG ATCTTAATGC TAAGGATGAA AAAGAATTAA AAGCTGTGAT AGAAAAACAT
ATCACTTATA CAGATTCTAA AAAGGCTAAA GATATCTTAG AAAAATTCGA TAAAAAAGAC
TTTTTTAAAG TCATGCCAAG AGATTATGAA AAGATGTTAA AAATGCTTGA TCTTTGTAAA
AATGAAAAAG ATCCAAATTT AGCAGCATTT TTGAAAATCA CACAATAA
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| Protein sequence | MDLENILENN QSIGLYHPKN EHDACGIAAV ANIRGIASYK VICDALEILM NLEHRGGAGA
EENSGDGAGI LIQIPHDFFK TQELGFELPK KGDYAVAQMF LSPNTDAKEE AKEIFLQGLK
DKKLEFLGFR EVPFNPSDIG ASALKAMPYF LQAFVKKPSK ISAGLEFERV LYSTRRLIEK
RAINVPKFYF SSFSSRTIVY KGMLLSTQLS DFYLDFKDVN MKSAIALVHS RFSTNTFPSW
ERAHPNRYMV HNGEINTIRG NVDSIRAREG LMQSEYFENL DEIFPIIAKP SSDSAMFDNT
LEFLALNGRT LEEAFMMMVP EPWHKNENME SKKRAFYEYH SLLMEPWDGP AAIVFTDGVI
MGASLDRNGF RPSRYYLTKD DMLILSSETG ALKLDEKNIK AKKRLEPGKL LLVDTARGRV
IADNEIKEHY ANAKPYKKWL KNLVELEKQK SGVYKHQFLK EDEVLKLQKA FGWSYDELKM
SVAAMAQNGK EAIAAMGVDT PLAILSKTYQ PLYNYFKQLF AQVTNPPLDA IREEIVTSTR
IYLGSEGNLL KPDENNAKRV KIALPVISNE ELFEVKALNK FQVKEFSILY DYSKKTLEKA
LDELCVKIED EVKKGVSIII LSDKGVDEKN AYIPALLAVS GVHNHLVRKN LRTHTSLIIE
SGEPREIHHF ACLLGYGATV INPYLVYESI QKLIVNKDLD LSYEKAVENF IKASSSGIVK
IASKMGVSTL QSYNGSALFE CLGLSSKVID KYFTSTTSRI EGMDLEDFEK ELIALHKHAF
NDTHKALDSK GIHGFRSAKE EHLIDPLVIF NLQQACRNKD YKSFKKYSAL VDEKQVNLRS
LMEFDFSEAI SIDKVESVES IVKRFRTGAM SYGSISKEAH ECLAQAMNKI GAKSNSGEGG
EDEERYEIKE GVDKNSAIKQ VASGRFGVDL NYLSHAKEIQ IKVAQGAKPG EGGQLMGFKV
YPWIAKARHS TAGVTLISPP PHHDIYSIED LAQLIYDLKH ANKDAKISVK LVSENGIGTV
AAGVAKAGAN LILVSGYDGG TGASPRTSIP HAGIPWELGL AETHQTLILN KLRDRVRLET
DGKLMNGRDL AIAALLGAEE FGFATAPLIV LGCTMMRVCH LNTCPFGIAT QDTELRDRFK
GKVDDVINFM YFIAEELREY MARLGFERLD DMIGRVDKLR QKSVQGKAGK LNLDKILKSL
PTYNRTAVHF KDYKDNKLEK MIDYRILLPL CKNAVEKKEP IKLSLEVGNQ SRTFATMLSS
EILKTYGKDA LDEDSIHIKA IGNAGNSFGA FLLKGIKLEI IGDSNDYLGK GLSGGKIIAK
ISNEATFSPE ENIIAGNACL YGATKGEVYL DGIAGERFCV RNSGALAVVL GTGVHGCEYM
TGGQVVVLGD VGANFAAGMS GGVVYIFGRH NEAHVNTELV DIKDLNAKDE KELKAVIEKH
ITYTDSKKAK DILEKFDKKD FFKVMPRDYE KMLKMLDLCK NEKDPNLAAF LKITQ
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