| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1013 |
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| Symbol | gltB |
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| ID | 5661412 |
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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 | Shewanella pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | - |
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| Start bp | 1232360 |
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| End bp | 1236808 |
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| Gene Length | 4449 bp |
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| Protein Length | 1482 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 641235559 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | YP_001500875 |
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| Protein GI | 157960841 |
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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 | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.471869 |
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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 | ATGAGCTTAT ATCATCCAAG TTTTGAGCGG GATAATTGTG GATTTGGCTT AATCGCCCAA
ATGGACGGTG AACCGAGTCA CCGAATTGTA CGTACCGCTA TCCACGGCCT AGACCGAATG
AAGCATCGTG GTGGTATCGC AGCAGATGGT CGCACTGGCG ACGGCTGCGG TCTATTGATG
CAGTTACCGC TTAATTTCTT CAAAGCGATT GCCGAAGAAA ATGAATGGCA CCTTAGCCGC
CGTTTTGCAG TGGGAATGCT ATTTCTCAGC CAAGATGCGA TTTTAGCTTC GCAAGCCAAG
CAACTAATAG AACAAGAGCT GCAGAAAGAG ACTTTAAGTG TTGCGGGTTG GCGACATGTG
CCGGTCAACA CTGAGGTTCT GGGGCCTATA GGTAAAGCGA GTCAGCCCCA AATAGTACAG
GTCTTGATTA ATGCCCCTAT CGGCTGGCGA GAAAAAGACT TAGAACGTCG CCTATATATG
GCAAGACGCA GGGTAGAACA GCAACTCACC CACGATAAAG ACTTCTATGT TGCCAGCCTT
TCAGGCCAAG TCATCGTCTA TAAAGGCCTG ATGATGCCTG CGGATCTGCC CGATTTTTAT
AGCGACCTGG CAGACATACG CTTACAGAGT GCAATTTGTT TATTCCACCA GCGCTTCTCT
ACCAATACCT CACCTAAGTG GCCGCTGGCT CAGCCACTAA GATATCTGGC CCATAATGGT
GAGATCAACA CCATTACCTG TAATCGTCAA TGGGCAAGAG CCCGTGCTTA CAAATTTACC
GCGCCACTGC TTGCCGACTT ACAGCAAGCT GCCCCATTCG TAAATGAGAC AGGCTCTGAT
TCTTCATCAC TCGATAATAT GCTTGATATG CTGCTTGCTG GCGGAATGGA CTTGTACCGA
GCCATGCGTC TGCTTATTCC ACCAGCATGG CAGAGTAATC CAGAGATGGA TGAAGAGCTA
AAAGCCTTCT ATGACTTTAA CTCAATGCAC ATGGAGCCTT GGGATGGCCC GGCGGGGATC
GTAATGACCA ATGGCCGTCA TGCGGCCTGT GCCGTCGACC GTAATGGTCT ACGCCCGTCA
CGCTATGTGA TCACCAAAGA CCGGATTTTA ACCTTAGGCT CAGAAGTTGG AATTTGGGAC
TACGGTCCAG ATGAGGTGAT TGAAAAAGGC CGTGTAGGCC CAGGAGAACT ACTGGTTCTC
GATACCTTAA ATGGGCAGCT TTATTCCTCG TTTGAGATCG ATAACGACCT TAAGCGTCGC
CACCCTTATA AAGAGTGGAT GGCCAAAAAT AGTAAAGTGC TAAAGCCTGC CGAGGAGTTT
GGTCCAAATG AGCAAGGCAA GCGCGAGTTT GACGATGCCC TGCTGTTGCA GTACCAAAAG
CAGTTTGGCT ACTCACGCGA AGAGCTTGAA CAGATTATCT GGGTGCTCGC CCAAAAGGGC
GAAGAAGCGA CAGGCTCTAT GGGTGATGAC ACCCCTATGG CTGTGCTATC GAAAAAGTCT
CGCACAATCT ATGATTATTT CCGTCAAAAG TTTGCTCAGG TGACCAATCC ACCTATCGAT
CCGCTGCGTG AAAAGCATGT GATGTCGCTT ACTACCTGCG CTGGTCGTGA GCAGAATCTA
TTTAACGAAA CCACAGGCCA TGCTTATCGC GTGATGTTTA ACTCGCCTGT GTTGCTATTT
AGTGATTTCA ACCAGCTGAT GGCACTCGAT AGCACCTATT ATCGCGCTAA TAGGATTGAC
CTGAATTATG ACCTCAGCGA AGGACTAGAA GCTGCCGTGA AACGCATCTG TGACGAAGCC
GAGCGCTTAG CTCGCTCCGG CACCACACTG TTGGTGTTAT CAGATCGCGC TACCGCTAAG
TCAAAGCAAG TAATCCCGGC TGCTATGGCT GTCGGTGCCG TGCAGCAAGT ATTGGTCGAT
AATAGCCTGC GCTGCGATAC CAACATCATA GTGGAAACCG CATCGGCAAG GGATCCGCAC
CACTTCGCCG TACTACTCGG CTTCGGTGCA ACGGCTATTT ACCCATACCT TGTTTATGAG
TGCATCTCAG ATCTCGCCGA GCGTAACGGT GTTAACAATA CTCGTGACTT GATGCTCAAC
TTCCGTTACG GCATAGACAA AGGCCTACGT AAGATCATGT CTAAGATGGG CATTAGTACC
GTGGCATCTT ATCGCTGTAG CCAACAATTT GAAGCCGTAG GACTTGCTGA TGAAGTGGTA
GAGCTTTGCT TTAACGGCGT AATCAGCCGT ATTAAGGGCG CAAGCTTCGA GCTAATTGAA
CAAGATCAAC AGCTCTTACA TAAGCATGCA TTTAGAGCCC ATCAGCCACT ATCACAGGGT
GGCCTACTCA AGTATGTTGA AGGCGGCGAA TACCACTGCT TTAACCCAGA TGTGGTCAAT
ACCTTACAAT CGAGCCTAAA AGAGCAGAAT TACCAGACTT ACAAGCGTTT TGCCGAGCTT
GTGGATGATC GTCCGATTGC CACCTTACGT GACTTAATTG AGGTCAAAGG TGAACTTGCT
CCTGTAGCAC TTGAGCAGGT TGAAGCGCCT AAAACCCTCT ACCCACGTTT TGACAGTGCC
GCTATGAGTA TCGGTGCACT AAGCCCCGAG GCTCATGAAG CCTTGGCCGT CGCCATGAAC
CGCTTAGGCG GTCGCTCAAA TTCAGGCGAA GGCGGTGAAG ATCCACGCCG CTTTGGCACC
GAAGGGAACT CTGCCATCAA GCAGATCGCA TCGGGACGTT TCGGCGTTAC CGCCCACTAC
CTTGTTAATG CCGAAGTGCT GCAGATCAAG GTCGCTCAAG GCGCTAAACC TGGTGAAGGT
GGCCAACTTC CTGGTGACAA GGTCAGTGTA GAAATTGCCG CGCTGCGTAA TGCACGTCCG
GGTGTCACTC TGATTTCGCC ACCGCCGCAT CACGATATTT ACTCTATCGA AGATTTGGCC
CAGCTAATTT TCGATTTGAA ACAGATTAAT CCTAAAGCGC TAGTGTCGGT CAAGCTGGTA
TCAGAACCCG GTGTCGGTAC CATTGCAACG GGCGTAGCCA AAGCTTATGC CGATATGATC
ACCATATCCG GATACGATGG TGGAACGGGT GCTAGCCCTA TCACCTCGGT TAAATATGCG
GGTAGTCCTT GGGAGCTTGG ACTTGCAGAA GTTCATCAAT CACTGGTTAC AAATGGTTTA
CGGCATAAGA TCCGCCTGCA GGTGGATGGT GGCTTAAAAA CTGGTAAAGA CGTTATCAAA
GCCGCGCTTC TTGGCGCCGA AAGTTTTGGT TTCGGAACAG TGCCTATGAT TGCCCTTGGT
TGTAAGTACC TTCGTATCTG TCACTTAAAC AATTGTGCCA CAGGTGTCGC AACCCAAAAC
CCAAAGCTTC GTAATGAGCA TTATCATGGT CTTCCTGAGC GAGTAATGAC ATATTTTGAG
TTTGTCGCAC AAGAGATCCG TGAGTATATG GCCGCTCTTG GTGTCACTGA ATTTGAACAG
CTTGTCGGTC GAAGCGACTG GTTGACGACT ATAGAAGGTG AAACTGCCAA GCAGCAAAGC
CTAGATTTAG CGCCAATCCT ATATCGCCCA CAGGTACCAG AAAGCTCTGC AGTAACCTGG
CGTGAAATCA ATCAGCCAGC AGACAAGGGG CAACTAAACC AGCGTCTCGT GGCCGATTGC
AAAGAGGCGG TACAAGCGGG TATATCGATT TGTGAAATGT TCAGTATTAA CAATACTGAC
CGCTCTGTAG GCGCAAGTCT TTCTGGGTAT ATTGCCACCC ACGCTGGCCG CGATGGCGCT
AAAGCCCCTA TCACCTTGAA GTTTAACGGC AGCGCAGGCC AAAGTTTTGG TGTGTGGAAT
GCTCCCGGCC TTGAGCTAAT GCTCTGCGGT GATGCCAACG ACTATGTAGG TAAAGGTATG
TCAGGCGGTA AGATCTGTGT CTACCCGCCT CTAGGTAGTC CATTTAGAAG CGAACGTTCT
GCTATTTTGG GTAACACCTG TTTATATGGT GCCTCTGGTG GCAAGTTATT CGCATCGGGT
AAGGCTGGTG AGCGTTTTGC CGTACGTAAC TCAGGGGCTA TTGCCGTTGT CGAAGGCTTA
GGTGATAACG GCTGCGAATA CATGACTGGC GGTATCGTAG TCGTGCTGGG TAAGACAGGA
GTTAATTTTG GTGCAGGTAT GACGGGCGGT TTCGCCTACG TCTTTGACCA GTATGGGCGC
TTCAACCGCC GCGTTAACAC AGAGATGGTC GACACCCATA AAGTCCAGTC GCCAATTCAG
CAGCAACATC TGCGCGGCTT GATTGAACAG CATGTTAAAG AGACTAACAG TGAACATGCC
AAGATGATCT TAAGTGATTT TGAGAACTGG CTAGATTGCT TCATTTTGGT CAAACCTAAA
AATGTTGAAC TAAGCGATCT ATTGAAGTTA GAACAATCTG AACCTGCACT AGCAGTAATA
GCGGGGTAA
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| Protein sequence | MSLYHPSFER DNCGFGLIAQ MDGEPSHRIV RTAIHGLDRM KHRGGIAADG RTGDGCGLLM
QLPLNFFKAI AEENEWHLSR RFAVGMLFLS QDAILASQAK QLIEQELQKE TLSVAGWRHV
PVNTEVLGPI GKASQPQIVQ VLINAPIGWR EKDLERRLYM ARRRVEQQLT HDKDFYVASL
SGQVIVYKGL MMPADLPDFY SDLADIRLQS AICLFHQRFS TNTSPKWPLA QPLRYLAHNG
EINTITCNRQ WARARAYKFT APLLADLQQA APFVNETGSD SSSLDNMLDM LLAGGMDLYR
AMRLLIPPAW QSNPEMDEEL KAFYDFNSMH MEPWDGPAGI VMTNGRHAAC AVDRNGLRPS
RYVITKDRIL TLGSEVGIWD YGPDEVIEKG RVGPGELLVL DTLNGQLYSS FEIDNDLKRR
HPYKEWMAKN SKVLKPAEEF GPNEQGKREF DDALLLQYQK QFGYSREELE QIIWVLAQKG
EEATGSMGDD TPMAVLSKKS RTIYDYFRQK FAQVTNPPID PLREKHVMSL TTCAGREQNL
FNETTGHAYR VMFNSPVLLF SDFNQLMALD STYYRANRID LNYDLSEGLE AAVKRICDEA
ERLARSGTTL LVLSDRATAK SKQVIPAAMA VGAVQQVLVD NSLRCDTNII VETASARDPH
HFAVLLGFGA TAIYPYLVYE CISDLAERNG VNNTRDLMLN FRYGIDKGLR KIMSKMGIST
VASYRCSQQF EAVGLADEVV ELCFNGVISR IKGASFELIE QDQQLLHKHA FRAHQPLSQG
GLLKYVEGGE YHCFNPDVVN TLQSSLKEQN YQTYKRFAEL VDDRPIATLR DLIEVKGELA
PVALEQVEAP KTLYPRFDSA AMSIGALSPE AHEALAVAMN RLGGRSNSGE GGEDPRRFGT
EGNSAIKQIA SGRFGVTAHY LVNAEVLQIK VAQGAKPGEG GQLPGDKVSV EIAALRNARP
GVTLISPPPH HDIYSIEDLA QLIFDLKQIN PKALVSVKLV SEPGVGTIAT GVAKAYADMI
TISGYDGGTG ASPITSVKYA GSPWELGLAE VHQSLVTNGL RHKIRLQVDG GLKTGKDVIK
AALLGAESFG FGTVPMIALG CKYLRICHLN NCATGVATQN PKLRNEHYHG LPERVMTYFE
FVAQEIREYM AALGVTEFEQ LVGRSDWLTT IEGETAKQQS LDLAPILYRP QVPESSAVTW
REINQPADKG QLNQRLVADC KEAVQAGISI CEMFSINNTD RSVGASLSGY IATHAGRDGA
KAPITLKFNG SAGQSFGVWN APGLELMLCG DANDYVGKGM SGGKICVYPP LGSPFRSERS
AILGNTCLYG ASGGKLFASG KAGERFAVRN SGAIAVVEGL GDNGCEYMTG GIVVVLGKTG
VNFGAGMTGG FAYVFDQYGR FNRRVNTEMV DTHKVQSPIQ QQHLRGLIEQ HVKETNSEHA
KMILSDFENW LDCFILVKPK NVELSDLLKL EQSEPALAVI AG
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