| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_1178 |
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| Symbol | gltB |
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| ID | 4841390 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 1356767 |
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| End bp | 1361215 |
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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 | 50% |
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| IMG OID | 640118397 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | YP_001049565 |
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| Protein GI | 126173416 |
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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 | 10 |
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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 | ATGAGCTTAT ATCATCCCAG TTTTGAGCGG GACAATTGTG GTTTTGGGTT GATAGCACAA
ATGGATGGCG AAGCCAGCCA CCGTATAGTG CGCACGGCAA TCCATGGTCT AGATCGCATG
AAGCACCGCG GTGGCATTGC CTCCGACGGT CGCACTGGCG ACGGCTGTGG TTTATTAATG
CAATTGCCAG TGCAATTTTT TGAAGCGATT GCCGCGGAAA ATGATTGGCA TTTGAGCCGT
AAATTTGCCG TAGGTATGCT GTTTTTAAGT CAAGATGATG AACTGGCCGA ACAAGCTAAG
TTTATTCTTG AGCGCGAACT CGAGCGTGAA ACCTTAAGTA TTGCAGGCTG GCGCAAAGTG
CCGGTCAATC CCGACGTATT AGGTGAAATC GGCAAGGCTA GCCTGCCACA AATCTACCAA
GTGCTGATCA ACGCCCCTAT TGGCTGGCGT GAAAAAGACT TGGAACGCCG CCTTTATATG
GCGCGTCGCC GCTTAGAGCA GCAAATCACC GACGACAAAG ACTTCTATGT CGCGAGTTTG
TCTGGCCAAG TTATCGTCTA TAAAGGCTTG ATGATGCCTG TAGACTTGCC CGCGTTTTAT
CCCGATCTTG CGGACATTCG CTTAAAAAGC TCTATCTGCC TATTCCATCA ACGTTTCTCA
ACGAATACTT CTCCTAAATG GCCATTAGCT CAGCCGTTTA GATATTTAGC CCATAACGGC
GAAATCAACA CGATTACGGG TAACCGTCAA TGGGCCCGCG CCCGCGCCTA TAAGTTTAAT
TCACCGCTAC TGCCAGATTT GCAGCAGGCC GCTCCCTTTG TGAATGAAAC AGGCTCAGAC
TCTTCTTCCT TAGATAACAT GCTGGAAATG CTGTTATCCG GTGGCATGGA CTTATACCGT
GCCATGCGTC TATTGATCCC GCCTGCTTGG CAAAGTAATC CAGAAATGGA TGACGAACTA
AAAGCCTTCT ACGACTTTAA CTCCATGCAC ATGGAGCCTT GGGATGGTCC GGCAGGTATT
GTGATGACCA ACGGTCGCCA TGCCGCCTGC GCCGTTGACC GTAATGGTCT GCGTCCATCG
CGTTATGTGA TCACAAAAGA TCGTATTTTG ACCTTGGCCT CCGAAGTCGG TATTTGGGAT
TACGCCGCCG ATGAAGTGAT TGAAAAAGGC CGCGTTGGGC CCGGTGAGCT GCTGGTACTC
GATACCTTGA ACGGCCGCCT GTACCAATCC TTTGAAATTG ATAACGACTT GAAACGTCGC
CACCCTTACA AAGAGTGGAT GGCGAAGAAC AGCCGTACTT TAACGCCAGC GGAAGATTTA
GCCTCTGAAC AACATGGCGC CAGCGAGTTA AGCCCCGAAA TTTTACTGCA ATACCAAAAA
CAATTTGGCT ATACCCGTGA AGAATTAGAG CAAGTCATTT GGGTACTGGC AAAACAAGGC
GAAGAAGCCA CAGGTTCTAT GGGCGACGAT ACGCCTATGG CGGTATTGTC GAAAAAGTCA
CGTTCACTGT ATGACTATTT TAGGCAAAAA TTCGCTCAAG TGACTAACCC ACCCATAGAC
CCATTACGTG AAAAACACGT TATGTCCTTG ACCACTTGTA TTGGCCGTGA GCAGAACCTA
TTTAATGAAA CGACCGGTAA TGCCTACCGC GTCATGTTCA ACTCACCCAT CTTATTGTTC
AGTGATTTTA ACCAGTTACT GGGATTAGAT AGTACTTACT ACCGCGCCAA CATTGTGGAT
TTGAATTACG AGCCACAGGA AGGATTAGAA AGTGCCATTC GCCGCATCAC AGCCGAAGCC
GAGCGTTTAG CCCGCAGCGG TACGACTTTA CTTATCCTCT CGGACAGAGC CATAGGGAAA
ACGGCGCAAG TGATCCCTGC TGCCATGGCG GTTGGTTCTG TGCAACAAAT GCTGGTGAAT
AAGAGTCTGC GCTGCGACAC CAACATCATA GTTGAAACCG CATCGGCGCG AGATCCGCAT
CACTTTGCCG TCTTGCTTGG CTTTGGTGCC ACCGCGATTT ATCCGTACCT AGTGTATGAG
TCAATTTCTG AACTGGCGAA ACGTCACCAG TTAACCGATA CCACAGCATT GATGCTGAAC
TTCCGTTACG GTATCGAAAA AGGCCTGCGT AAGATCATGT CCAAAATGGG CATCAGCACT
GTCGGCTCCT ATCGTTGTAG CCAACAGTTT GAAGCCATCG GCATCGCCAG TGATGTAATT
GAACTGTGCT TTAAAGGCGT GATTAGCCGT ATCGAAGGCG TCAGTTTTGC TGAAATTGCC
CAAGACCAAG CGATTCTGCA CAAAGCCGCC TACCGTGCCC ATGTGCCATT ACCGCAAGGT
GGCCTGCTGA AATACGTTGA AGGGGGTGAA TATCACTGCT TTAACCCTGA TGTGGTCAAC
ACTTTACAGG CGTCATTGAT TGACAAAAAC TTCGCGACCT ATAAAAAGTT TGCCGACCTC
GTCGACAATC GTCCAATAGC CACGCTACGT GACTTAATCG GTATCAAGGG TGCGCAGGCA
TCAATTGATG TCGCTAACGT CGAAGGCGCA GCGGGCTTGT TTCAACGTTT TGACAGCGCA
GCCATGAGTA TCGGCGCCCT CAGCCCCGAA GCCCATGAAG CGCTGGCTAT CGCGATGAAC
CGCTTAGGCG GCCGCTCGAA CTCAGGTGAA GGTGGTGAGG ATGCTCGCCG CTTTAATACT
GAACGCAACT CTGCAATTAA ACAGATTGCC TCGGCGCGCT TTGGCGTTAC GGCGCACTAC
TTAGTCAATG CCGATGTGTT GCAGATTAAA GTCGCCCAAG GGGCAAAACC CGGTGAAGGA
GGCCAGTTAC CCGGCCATAA AGTGAGTGTT GAAATCGCCG GACTGCGTCA TGCACGTCCT
GGTGTAACCT TGATTTCACC GCCGCCGCAC CACGATATTT ACTCTATCGA AGATTTAGCC
CAACTGATTT TCGACTTGAA GCAAATCAAC ACGAAAGCGC TGATTTCAGT CAAACTTGTG
TCTGAACCCG GCGTGGGCAC GATCGCCACC GGCGTAGCTA AAGCCTATGC GGATATGATC
ACGATTTCAG GGTATGACGG CGGCACAGGT GCCAGCCCAA TAACCTCAGT GAAGTATGCG
GGGAGTCCGT GGGAGCTAGG TTTAGCCGAA GTGCATCAAT CGCTCGTGGA AAACGGTCTA
CGCCATAAAA TTCGCCTGCA AGTCGATGGT GGTTTAAAAA CCGGTACCGA TGTAATTAAA
GCCGCGTTGT TAGGCGCTGA GAGCTTTGGT TTTGGTACTG TGCCTATGAT CGCCCTAGGT
TGTAAATACC TGCGTATTTG CCACTTGAAC AACTGCGCGA CAGGCGTGGC GACGCAAGAT
AAAAACCTGC GTGACAACCA TTACCATGGT CTGCCAGAGC GAGTAATGAC TTACTTTGAG
TTTGTCGCCG AGGAAGTCCG TGAATGGATG GCAACCTTAG GGGTGAGCAA GTTTGAAGAT
TTAGTCGGTC GCAGCGAATG GTTATATGCC CTCGAAGGCC AAACCGCTAA GCAACAAGGC
TTAGATCTGT CACCGATTTT GTATCAACCT AAGGTGCCGG CAACCTCGTC ACGCACTTGG
CAAGAAACCA ATCCACCAGC GGATTTAGGA CTGCTTAACC AACATTTATT AAACGAGTGC
CAAAGCGCCG TCGATAAGGG CGAGTGTTTC GATGCCGCTT ATAGCATCAA CAACACCGAC
CGCTCCGTTG GCGCGACCTT GTCAGGCTAT ATCGCGAGCA CGCTCGGCGT GAAAGGCACC
AAAGCGCCGG TCAAACTGAG CTTTAACGGC AGTGCCGGCC AAAGCTTTGG CGTGTGGAAC
AGCCCAGGCC TTGAGTTAAA ACTCTGCGGC GATGCCAACG ACTATGTCGG TAAAGGTATG
TCTGGCGGCC AAATAGTGAT TTATCCGCCT ATTGGCAGCC CGTTCCAGAG TGAACGCAGC
GCCATTGTCG GTAACACCTG CCTTTACGGC GCGACAGGCG GCAAGTTCTT CGCCGCAGGT
CAAGCGGGCG AGCGTTTTGC GGTCCGTAAC TCAGGAGCAA TTGCTGTGGT CGAAGGGCTC
GGTGATAACG GCTGTGAATA CATGACCAGC GGTATTGTGG TTGTCCTTGG TAAAACAGGG
GTGAACTTCG GCGCAGGTAT GACAGGTGGT TTTGCCTATG TATTCGATCA ATTCGGCCGC
TTCAATCGCC GTGTGAACAC TGAGCTTGTC GATACTCAAA AACTCGAATC ACCTATTCAT
CAACAACATT TGAAAGGTCT GATTGAAGCC CACGTGGCCG AAACGGGCAG TGAACATGCC
AAGATGATCT TAAGTGATTT TGGTAACTGG TTAGATTGCT TCGTATTAGT AAAACCTAAA
AATATTGCCG TGGCCGATCT ACTCAAGTTA GAGAAATCGA GCCCAGAATT AGTTGTAAAA
GCGGGGTAA
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| Protein sequence | MSLYHPSFER DNCGFGLIAQ 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 SPEILLQYQK QFGYTREELE QVIWVLAKQG
EEATGSMGDD TPMAVLSKKS RSLYDYFRQK FAQVTNPPID PLREKHVMSL TTCIGREQNL
FNETTGNAYR 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 AGLFQRFDSA AMSIGALSPE AHEALAIAMN RLGGRSNSGE 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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