| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_I2562 |
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| Symbol | gltB |
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| ID | 6987817 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011312 |
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| Strand | + |
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| Start bp | 2745319 |
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| End bp | 2749866 |
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| Gene Length | 4548 bp |
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| Protein Length | 1515 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643380827 |
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| Product | glutamate synthase, large subunit |
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| Protein accession | YP_002263909 |
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| Protein GI | 209695979 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 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 | ATGGTAGATA GAGAGCAAAG TGCACAGGGC ATGTATACTC CGGAATTGGA GCATGATGCA
TGTGGTATCG GTTTTGTCGC TCACCTTAAA AACCGTAAAT CTCATGATGT GGTAACTCAA
GCACTTGATA TGCTAGCCCG TATGGAGCAC CGTGGTGGCC AAGGCTGTGA TCCATGCAGT
GGTGATGGCG CAGGTATTTT ATTACAAAAA CCTCATGAGT TTTTATTAGA AGAAGCCGTT
AAACTTAGTA TTAAAATACC TTCTTTTGAT AAATACGGTA TTGGCGTTGT TCTTTTTCCA
AAAGATGAAT ACAAACGTCA ACAATGTAGA GATATTTTAG AGCGTAACGC TCAACGTCTT
GATTTGGAAA TTCTTGGATA TCGTATATTA CCTGTCGATA ACTCGATGCT AGGTAATGAT
CCTCTAAGTA CCGAACCTCA ATTTGAACAC GTCTTTATTT CTGGTGGTCC ATCAATGGAT
CCCGCAGAAT TAGAACGTAA ATTGTATGTT CTTCGTAACT ATACAGTTCG TGTTTGTTTA
GAAAGTATTT CCAACATCGG TGATGATTTC TACATTAACT CATTATCATA CAAAACCTTA
GTATACAAAG GCCAGTTAAC TACAGAGCAA GTACCTCAAT ATTTCTTAGA TTTACAAAAC
CCATCAATGG TCACTGCTTT AGCTCTAGTC CATTCTCGCT TTTCAACCAA TACATTTCCT
CGTTGGCGCC TAGCTCAACC ATTCCGTTAC ATTGCTCATA ATGGTGAAAT CAATACTGTT
CGTGGTAATT TGAACTGGAT GAAAGCCCGT GAAGCGATCA TTGAATCAGA TCTCTTTAGC
CAACAAGAAA TGGACATGCT ACTTCCTATT TGTCAGGAAG GCAGTTCAGA TTCATCTAAC
TTTGATATGG CATTAGAATT ACTTGTTCTT TCTGGTCGTA GCTTGCCACA TGCATTAATG
ATGATGATCC CTGAAGCATG GCAAGAAAAT AAAAACATGG ACCCGACTCG TCGTGCATTT
TATCAATATC ACGCCAACGT AATGGAACCA TGGGATGGCC CCGCTTCTGT TTGTTTTACC
GATGGCGTTC AAGTAGGTGC AACGCTTGAC CGTAATGGTC TTCGCCCTTC TCGCTATACA
GTAACAAAAG ATGACTTCCT TGTTATGGCA TCTGAATCTG GCGTAGTAAA AATAGCCCCA
GAAAATATTG AGTTCCGTGG TCGCTTACAA CCAGGCCGTA TTTTTGTTGC TGACTTAGAG
CAAGGTCGCA TTATTTCTGA TGAAGAAGTA AAAGATGGCA TTGCAAACTC ACAACCTTAT
GAAAAATGGG TTGAAGAAAA CCTGCTTAGT TTGAAAAAAC TGCCTGAAGC AACGAACCAA
TACAGCCAAC CTTCTCCAGA ACGTCTACTG AATCGTCAAC AGGCGTTTGG TGTTACCTCT
GAAGAAGTTA ATGAAATTAT TCTACCATTA GCGAAAACGG CTTATGAGCC ATTAACTGCA
ATGGGTGCAG ATTGGCCATT AGCGATTCTT TCGCATCAAT CTCAGCATTT ATCTAACTAC
TTTAAGCAAT TATTTGCACA AGTAACTAAC CCACCGATCG ACCCGATCCG TGAGCGTATG
GTTATGTCAC TTAATACTTA CCTAGGTAAA GATCAAAACT TACTTGCTGA AACCCCTGAG
CATTGTCAAA AAGTAGAACT TGAATCCCCT GTTTTGTCGA ATTCTGAATT AGAAAAATTG
CGTGCGATTG ATAATGAACA CCTACAAGCA AAGACACTTG ATATCGTATT CCAAGCAAGT
GAAGAGCCGG GTAAATTAGA ACGTGCACTA AAACGCATCT GCCAATACGC TGAAGATGCG
GTAAATGATG GTTATTCTAT TATTCTACTG ACTGACCGCG CTGTAAACTC TAACCATGCT
GCGATTCCAG CAATGCTTGC TGTGGGCGCC GTTCATCACC ACTTAATTCG TAAAGGATTA
CGAGCTAAAT GTGACATCGT TATAGAAACG GGGGATGCAC GTGAAACACA CCACTTTGCA
ACACTCGTTG GTTATGGTGC GAATGCAGTT AACCCATACT TAGTCATTGA AACGATTGTT
GAACTTCAAC GCGTTAAGAA ACTCGATCCA ACACTTCATC CAAAAGAGCT ATTTGATAAT
TACCGTAAAG GGGTTAATGG CGGTCTGCTT AAGATCTTCT CAAAAATGGG AATTTCAACA
TTACAGTCAT ACCATGGTGC TCAAATATTT GAAGCATTAG GCATTAGTAA ATCCGTTGTT
GACAAGTACT TCACAGGTAC TGTTTCTCGT ATTCAAGGCC TTACTATTGA TGATATAGCA
AAAGAAGTGC TTATCCGTCA CCGTATTGGC TACTCTACTC GAGAAATCCC AGTTCAAGTA
CTTGATGTTG GTGGTGTTTA CCAATGGAAA CAACGTGGTG AGAAGCATTT ATTCAATCCA
GAAACCATCT CACTACTGCA AGAATCAACA CGTAATAAAG ATTACGAACA ATTTAAGAAA
TATACCCAAG CTATTGATGA CCAAGGTGAC AATGCAGCAA CACTGCGTAG CCAATTAGCC
TTTATTAAAA ACCCAGCGGG CTCTATTCCT TTAGAGGAAG TGGAACCAAT AGAGAATATT
CTTAAACGTT TTGCAACTGG CGCTATGTCG TTCGGTTCTA TCTCACACGA AGCACATTCA
ACACTTGCTG TTGCAATGAA CCGTATCGGT GCGAAATCTA ACTCAGGTGA AGGTGGTGAA
GACCCGATTC GCTTTGAGAA AAAAGAAAAT GGTGACTGGG AGCGCTCTGC AATCAAACAA
GTTGCATCTG GTCGATTTGG TGTTACCTCT TACTACCTGA CCAACGCCGA TGAATTGCAA
ATTAAGATGG CTCAAGGTGC AAAACCAGGA GAAGGCGGAC AGTTGCCTGG AGATAAAGTC
GACGATTGGA TTGGGGCAAC TCGCCACTCA ACTCCAGGCG TTGGACTTAT TTCACCACCG
CCACATCATG ATATTTATTC AATCGAAGAT TTAGCACAAC TTATCTACGA TCTTAAAAAT
GCAAACCGTA AAGGCCGTGT TAACGTTAAG TTAGTGTCTG AAGCAGGTGT TGGTACTATC
GCCTCTGGTG TTGCTAAAGC AAAAGCTGAC GTAGTACTTA TTGCAGGCTT TGATGGTGGT
ACTGGTGCAT CTCCTATGTC CTCTATTCGT CACACAGGCT TACCGTGGGA ATTAGGTCTA
GCTGAAACAC ACCAAACATT ACTGAAGAAT GGTTTACGTA ACCGTATCGT TGTTCAGTCT
GATGGCCAAA TGAAAACACC TCGAGATCTT GCGGTAGCAA CACTTCTTGG CGCCGAAGAG
TGGGGTGTAG CGACGGCGGC TCTTGTTGTT GAAGGTTGTA TCATGATGCG TAAGTGTCAT
AAAAACACTT GCCCTGTTGG TATTGCAACA CAGAATAAAA CATTACGTGA GCGTTTTGAT
GGTCGCGTAG AAGACGTTGT TACTTTCTTC CAATATATGG CTGAAGGCCT TCGCGAAGTT
ATGGCTGAAC TTGGTTTCCG CTCTATTGAA GACATGGTTG GTCAATCTCA CAAACTTAAG
GTTCGTGACG ATATTGGTCA TTGGAAATAT AAAAACTTAG ATTTATCACC AGTACTTCAC
GTAGAACAAC CTCGTGCTGA AGATGGTATT TTCAATCAAA TAAAACAACA GCATAATCTT
GAAGATGTAT TGGACCGCAA ACTTATAAAA CTTGCAAAAC CAGCACTCGA AGAAGGTAAA
TCAGTTAATG CAGAGTTTGA TATTCTAAAT ACTGACCGAA GTGTCGGAAC GATGCTTTCA
AATGAAATAT CTAAAGTCTA TAAAGACCAA GGATTACCGC AACCAATGAA TGTGAAATTT
AATGGTTCCG CGGGGCAAAG TTTAGGAGCA TTCTTAGCGA AAGGCGTCAA ATTTGAAGTA
GAAGGTGACG CAAATGACTA CTGGGGCAAA GGGTTATCAG GAGGTACACT CGTACTTTAT
CCAGACACAA GATCAAGTAT TGTAGCTGAA GATAACATTG TTGTTGGTAA CGTTTGTTTC
TATGGTGCCA CCTCTGGCGA GTCTTACATT CGAGGAATGG CAGGCGAGCG TTTCTGCGTT
CGAAACTCTG GGGCAAGAGT TGTTGTGGAA GGTGTTGGTG ACCATGGTTG TGAATACATG
ACGGGTGGTG TCGCGATTAT CCTTGGCTCA ACCGGCCGCA ACTTTGCCGC TGGAATGAGT
GGTGGTGTAG CGTATGTTTG GGATAAGTCA GGAGACTTTG AATCAAAGTT AAACCAAGAA
CTTGTTGACC TAGACCCAAT CGAACAAGAA GATAAAGATC TTTTACATAA AATGCTAACT
AAGCATGTTG AATTCACTGG AAGTGAAGTA GCAAAGTCTT TCTTAAGTAA TTTTGAAGTA
AATTTAGCCT CTCTGGCTAA AGTTATGCCG CGAGACTATA AAGCGGTACT TCAAAAGCGT
AAGACTGAAG CACAACACGC ACAAATGGAA GAAGTGGAGG CAGTATAA
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| Protein sequence | MVDREQSAQG MYTPELEHDA CGIGFVAHLK NRKSHDVVTQ ALDMLARMEH RGGQGCDPCS
GDGAGILLQK PHEFLLEEAV KLSIKIPSFD KYGIGVVLFP KDEYKRQQCR DILERNAQRL
DLEILGYRIL PVDNSMLGND PLSTEPQFEH VFISGGPSMD PAELERKLYV LRNYTVRVCL
ESISNIGDDF YINSLSYKTL VYKGQLTTEQ VPQYFLDLQN PSMVTALALV HSRFSTNTFP
RWRLAQPFRY IAHNGEINTV RGNLNWMKAR EAIIESDLFS QQEMDMLLPI CQEGSSDSSN
FDMALELLVL SGRSLPHALM MMIPEAWQEN KNMDPTRRAF YQYHANVMEP WDGPASVCFT
DGVQVGATLD RNGLRPSRYT VTKDDFLVMA SESGVVKIAP ENIEFRGRLQ PGRIFVADLE
QGRIISDEEV KDGIANSQPY EKWVEENLLS LKKLPEATNQ YSQPSPERLL NRQQAFGVTS
EEVNEIILPL AKTAYEPLTA MGADWPLAIL SHQSQHLSNY FKQLFAQVTN PPIDPIRERM
VMSLNTYLGK DQNLLAETPE HCQKVELESP VLSNSELEKL RAIDNEHLQA KTLDIVFQAS
EEPGKLERAL KRICQYAEDA VNDGYSIILL TDRAVNSNHA AIPAMLAVGA VHHHLIRKGL
RAKCDIVIET GDARETHHFA TLVGYGANAV NPYLVIETIV ELQRVKKLDP TLHPKELFDN
YRKGVNGGLL KIFSKMGIST LQSYHGAQIF EALGISKSVV DKYFTGTVSR IQGLTIDDIA
KEVLIRHRIG YSTREIPVQV LDVGGVYQWK QRGEKHLFNP ETISLLQEST RNKDYEQFKK
YTQAIDDQGD NAATLRSQLA FIKNPAGSIP LEEVEPIENI LKRFATGAMS FGSISHEAHS
TLAVAMNRIG AKSNSGEGGE DPIRFEKKEN GDWERSAIKQ VASGRFGVTS YYLTNADELQ
IKMAQGAKPG EGGQLPGDKV DDWIGATRHS TPGVGLISPP PHHDIYSIED LAQLIYDLKN
ANRKGRVNVK LVSEAGVGTI ASGVAKAKAD VVLIAGFDGG TGASPMSSIR HTGLPWELGL
AETHQTLLKN GLRNRIVVQS DGQMKTPRDL AVATLLGAEE WGVATAALVV EGCIMMRKCH
KNTCPVGIAT QNKTLRERFD GRVEDVVTFF QYMAEGLREV MAELGFRSIE DMVGQSHKLK
VRDDIGHWKY KNLDLSPVLH VEQPRAEDGI FNQIKQQHNL EDVLDRKLIK LAKPALEEGK
SVNAEFDILN TDRSVGTMLS NEISKVYKDQ GLPQPMNVKF NGSAGQSLGA FLAKGVKFEV
EGDANDYWGK GLSGGTLVLY PDTRSSIVAE DNIVVGNVCF YGATSGESYI RGMAGERFCV
RNSGARVVVE GVGDHGCEYM TGGVAIILGS TGRNFAAGMS GGVAYVWDKS GDFESKLNQE
LVDLDPIEQE DKDLLHKMLT KHVEFTGSEV AKSFLSNFEV NLASLAKVMP RDYKAVLQKR
KTEAQHAQME EVEAV
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