| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_1222 |
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| Symbol | gltB |
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| ID | 5369532 |
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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 baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | - |
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| Start bp | 1459491 |
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| End bp | 1463879 |
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| Gene Length | 4389 bp |
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| Protein Length | 1462 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640829421 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | YP_001365436 |
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| Protein GI | 152999755 |
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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 | 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 | ATGGATGGCG AAGCCAGCCA CCGTATAGTG CGCACGGCAA TCCATGGTCT AGATCGCATG
AAGCACCGCG GTGGCATTGC CTCCGACGGT CGCACTGGCG ACGGCTGTGG TTTATTAATG
CAATTGCCAG TGCAATTTTT TGAAGCGATT GCCGCGGAAA ATGATTGGCA TTTGAGCCGT
AAATTTGCCG TAGGTATGCT GTTTTTAAGT CAAGATGATG AACTGGCCGA ACAAGCCAAG
TTTATTCTTG AGCGCGAACT CGAGCGTGAA ACCTTAAGTA TTGCAGGCTG GCGCAAAGTG
CCGGTCAATC CCGATGTGTT AGGTGAAATC GGCAAGGCTA GCCTGCCACA AATCTACCAA
GTGCTGATCA ACGCCCCTAT TGGCTGGCGT GAAAAAGACT TGGAACGCCG CCTTTATATG
GCGCGTCGCC GCTTAGAGCA GCAGATCACC GATGACAAAG ACTTCTATGT CGCGAGTTTG
TCTGGCCAAG TTATCGTCTA TAAAGGCTTG ATGATGCCTG TAGACTTGCC CGCGTTTTAT
CCCGATCTCG CGGACATTCG CTTAAAAAGC TCTATCTGCC TATTCCATCA ACGTTTCTCA
ACGAATACTT CTCCTAAATG GCCATTAGCT CAGCCGTTTA GATATTTAGC CCATAACGGC
GAAATCAATA CGATTACAGG TAACCGTCAA TGGGCCCGCG CCCGTGCCTA TAAGTTTAAT
TCACCACTAC TGCCAGATTT GCAGCAGGCC GCTCCCTTTG TGAATGAAAC AGGCTCAGAT
TCTTCTTCCT TAGATAACAT GCTGGAAATG CTGTTATCCG GTGGCATGGA CTTATACCGT
GCCATGCGTC TATTGATCCC GCCTGCTTGG CAAAGTAATC CAGAAATGGA TGACGAGTTA
AAAGCCTTCT ACGACTTTAA CTCCATGCAC ATGGAGCCTT GGGATGGTCC GGCAGGTATT
GTGATGACCA ACGGTCGCCA TGCAGCCTGC GCCGTTGACC GTAATGGTCT GCGTCCATCG
CGTTATGTGA TCACAAAAGA TCGTATTTTG ACCTTGGCCT CCGAAGTCGG TATTTGGGAT
TACGCCGCCG ATGAAGTGAT TGAAAAAGGC AGAGTTGGGC CCGGTGAGCT GCTGGTACTC
GATACCTTGA ACGGCCGCCT GTACCAATCC TTTGAAATTG ATAACGACTT GAAACGTCGC
CACCCTTACA AAGAGTGGAT GGCGAAGAAC AGCCGTACTT TAACGCCCGC GGAAGATTTA
GCCTCTGAAC AACATGGTGC CAGCGAGTTA AACCCTGAGC TTTTGCTGCA ATACCAAAAA
CAGTTTGGTT ATACCCGTGA AGAATTAGAG CAAGTCATTT GGGTACTGGC AAAACAAGGT
GAAGAAGCCA CAGGTTCTAT GGGCGACGAT ACGCCTATGG CGGTGTTGTC GAAAAAGTCA
CGTTCACTGT ATGACTATTT TAGGCAAAAA TTTGCTCAAG TGACTAACCC ACCCATAGAC
CCCTTGCGTG AAAAACACGT TATGTCGTTG ACCACTTGTA TTGGCCGTGA ACAGAACCTC
TTCAATGAAA CGACTGGGCA TGCTTACCGC GTGATGTTCA ATTCACCTAT TTTATTATTC
AGTGATTTTA ACCAGTTACT GGGATTAGAT AGCACTTACT ACCGCGCCAA TATTGTCGAT
TTGAATTACG AGCCACAGGA AGGATTAGAA AGTGCCATTC GCCGCATCAC AGCCGAAGCC
GAGCGTTTAG CCCGCAGCGG CACGACTTTG TTGATCCTTT CGGATAGAGC CATAGGTAAA
ACGGCGCAAG TGATCCCTGC GGCCATGGCG GTCGGTTCTG TGCAACAAAT GCTGGTGAAT
AAGAGCCTGC GCTGCGACAC CAACATCATA GTTGAAACCG CATCGGCGCG AGATCCACAT
CACTTTGCCG TCTTGCTTGG CTTTGGTGCC ACCGCGATTT ATCCATACCT AGTGTATGAG
TCAATTTCTG AACTGGCAAA ACGTCACCAG TTAACCGACA CCACAGCATT GATGCTGAAC
TTCCGTTACG GCATCGAAAA AGGTTTGCGT AAGATCATGT CCAAAATGGG CATCAGTACT
GTCGGCTCCT ACCGTTGTAG CCAACAGTTT GAAGCAATCG GTATTGCCAG TGATGTAATT
GAACTGTGCT TTAAAGGCGT GATCAGCCGT ATCGAAGGCG TCAGTTTTGC TGAAATCGCC
CAAGACCAAG CGATTCTGCA CAAAGCAGCC TACCGTGCCC ATGTGCCATT ACCGCAAGGT
GGCCTACTGA AATACGTTGA AGGGGGTGAG TATCACTGTT TCAACCCTGA TGTTGTCAAC
ACTTTGCAGG CGTCATTGAT CGACAAAAAC TTCGCGACCT ATAAAAAGTT CGCCGACCTC
GTCGACAATC GTCCAATAGC CACGCTACGT GACTTAATCG GTATCAAGGG TGCGCAAGCA
TCAATTGATG TCGCTAACGT CGAAGGCGCA GCGGGCTTGT ATCAACGTTT TGACAGCGCA
GCCATGAGTA TCGGCGCCCT CAGCCCCGAA GCCCATGAAG CGCTGGCTAT TGCAATGAAC
CACTTAGGCG GCCGCTCGAA CTCAGGTGAA GGTGGTGAGG ATGCTCGCCG CTTTAATACT
GAACGCAACT CTGCGATTAA ACAGATTGCC TCGGCGCGCT TTGGCGTTAC GGCGCACTAC
TTAGTCAATG CCGATGTGTT GCAGATTAAA GTCGCCCAAG GGGCAAAACC CGGTGAAGGT
GGCCAGTTAC CCGGCCATAA AGTCAGCGTT GAAATCGCCG GACTGCGTCA TGCTCGCCCT
GGTGTAACCT TGATTTCACC GCCGCCGCAC CACGATATTT ACTCTATCGA AGATTTAGCC
CAGCTGATTT TCGACTTGAA GCAAATCAAC ACGAAAGCGC TGATTTCAGT CAAACTTGTG
TCTGAACCCG GCGTGGGCAC GATCGCCACC GGCGTAGCTA AAGCCTATGC GGATATGATC
ACGATTTCAG GGTATGACGG CGGCACAGGT GCCAGCCCAA TCACCTCAGT GAAGTATGCG
GGGAGTCCGT GGGAGCTAGG TTTAGCCGAA GTGCATCAAT CGCTCGTGGA AAACGGTTTA
CGCCATAAAA TTCGCCTGCA AGTCGATGGC GGCTTAAAAA CCGGTACAGA TGTGATTAAA
GCCGCGTTGT TAGGCGCCGA AAGCTTTGGT TTTGGTACTG TGCCAATGAT CGCCCTAGGC
TGTAAATACC TGCGTATTTG CCACTTGAAT AACTGCGCGA CTGGCGTGGC GACGCAAGAT
AAAAACCTGC GTGACAACCA TTACCATGGT CTGCCAGAGC GAGTGATGAC TTACTTTGAG
TTTGTGGCCG AGGAAGTCCG TGAATGGATG GCGACCTTAG GGGTGAGCAA GTTTGAAGAT
TTAGTCGGTC GCAGCGAATG GTTATATGCC CTCGAAGGCC AAACCGCTAA GCAACAAGGC
TTAGATCTGT CACCGATTTT GTATCAACCC AAAGTGCCGG CAACCTCGTC ACGCACTTGG
CAAGAAACCA ATCCGCCAGC GGATTTAGGG TTGCTTAACC AGCATTTATT AAACGAATGC
CAAAGCGCCG TCGATAAGGG CGAGTGTTTC GATGCCGCTT ATAGCATCAA CAACACCGAC
CGCTCCGTTG GCGCGACCTT GTCAGGCTAT ATCGCGAGCA CGCTCGGCGT GAAAGGCACC
AAAGCGCCGG TCAAACTGAG CTTTAACGGC AGTGCCGGCC AAAGCTTTGG CGTGTGGAAC
AGCCCAGGCC TTGAGTTAAA ACTCTGCGGC GATGCCAACG ACTATGTCGG TAAAGGCATG
TCTGGCGGTC AAATTGTGAT TTATCCGCCG ATTGGCAGCC CGTTCCAGAG TGAGCGCAGC
GCCATTGTCG GTAACACCTG CCTTTACGGC GCGACAGGCG GCAAGTTCTT CGCCGCGGGT
CAAGCGGGAG AGCGTTTTGC GGTCCGTAAC TCAGGGGCGA TTGCCGTGGT CGAAGGGCTC
GGTGATAACG GCTGTGAATA CATGACCAGC GGTATTGTGG TTGTCCTTGG TAAAACAGGG
GTGAACTTCG GCGCAGGTAT GACAGGTGGT TTTGCCTATG TGTTCGATCA ATTCGGCCGC
TTCAATCGCC GCGTGAACAC TGAGCTTGTC GATACTCAAA AACTCGAATC GCCTATTCAT
CAACAACATT TGAAAGGTCT GATTGAAGCC CACGTGGCCG AAACGGGCAG TGAACATGCC
AAGATGATCT TAAGTGATTT TGGTAACTGG TTAGATTGCT TCGTATTAGT GAAACCTAAA
AATATTGCCG TGGCCGATCT GCTCAAGTTA GAGAAATCGA GCCCAGAATT AGTTGTAAAA
GCGGGGTAA
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| Protein sequence | MDGEASHRIV RTAIHGLDRM KHRGGIASDG RTGDGCGLLM QLPVQFFEAI AAENDWHLSR
KFAVGMLFLS QDDELAEQAK FILERELERE TLSIAGWRKV PVNPDVLGEI GKASLPQIYQ
VLINAPIGWR EKDLERRLYM ARRRLEQQIT DDKDFYVASL SGQVIVYKGL MMPVDLPAFY
PDLADIRLKS SICLFHQRFS TNTSPKWPLA QPFRYLAHNG EINTITGNRQ WARARAYKFN
SPLLPDLQQA APFVNETGSD SSSLDNMLEM LLSGGMDLYR AMRLLIPPAW QSNPEMDDEL
KAFYDFNSMH MEPWDGPAGI VMTNGRHAAC AVDRNGLRPS RYVITKDRIL TLASEVGIWD
YAADEVIEKG RVGPGELLVL DTLNGRLYQS FEIDNDLKRR HPYKEWMAKN SRTLTPAEDL
ASEQHGASEL NPELLLQYQK QFGYTREELE QVIWVLAKQG EEATGSMGDD TPMAVLSKKS
RSLYDYFRQK FAQVTNPPID PLREKHVMSL TTCIGREQNL FNETTGHAYR VMFNSPILLF
SDFNQLLGLD STYYRANIVD LNYEPQEGLE SAIRRITAEA ERLARSGTTL LILSDRAIGK
TAQVIPAAMA VGSVQQMLVN KSLRCDTNII VETASARDPH HFAVLLGFGA TAIYPYLVYE
SISELAKRHQ LTDTTALMLN FRYGIEKGLR KIMSKMGIST VGSYRCSQQF EAIGIASDVI
ELCFKGVISR IEGVSFAEIA QDQAILHKAA YRAHVPLPQG GLLKYVEGGE YHCFNPDVVN
TLQASLIDKN FATYKKFADL VDNRPIATLR DLIGIKGAQA SIDVANVEGA AGLYQRFDSA
AMSIGALSPE AHEALAIAMN HLGGRSNSGE GGEDARRFNT ERNSAIKQIA SARFGVTAHY
LVNADVLQIK VAQGAKPGEG GQLPGHKVSV EIAGLRHARP GVTLISPPPH HDIYSIEDLA
QLIFDLKQIN TKALISVKLV SEPGVGTIAT GVAKAYADMI TISGYDGGTG ASPITSVKYA
GSPWELGLAE VHQSLVENGL RHKIRLQVDG GLKTGTDVIK AALLGAESFG FGTVPMIALG
CKYLRICHLN NCATGVATQD KNLRDNHYHG LPERVMTYFE FVAEEVREWM ATLGVSKFED
LVGRSEWLYA LEGQTAKQQG LDLSPILYQP KVPATSSRTW QETNPPADLG LLNQHLLNEC
QSAVDKGECF DAAYSINNTD RSVGATLSGY IASTLGVKGT KAPVKLSFNG SAGQSFGVWN
SPGLELKLCG DANDYVGKGM SGGQIVIYPP IGSPFQSERS AIVGNTCLYG ATGGKFFAAG
QAGERFAVRN SGAIAVVEGL GDNGCEYMTS GIVVVLGKTG VNFGAGMTGG FAYVFDQFGR
FNRRVNTELV DTQKLESPIH QQHLKGLIEA HVAETGSEHA KMILSDFGNW LDCFVLVKPK
NIAVADLLKL EKSSPELVVK AG
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