| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_1325 |
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| Symbol | gltB |
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| ID | 1169146 |
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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 oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | - |
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| Start bp | 1378347 |
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| End bp | 1382795 |
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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 | 51% |
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| IMG OID | 637343269 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | NP_716945 |
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| Protein GI | 24372903 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 GTTTTGGCTT GATTGCACAA
ATGGATGGCG AAGCTAGCCA TCGTATCGTG CGCACTGCCA TCCATGGCCT TGATCGCATG
AAACACCGTG GCGGTATCGC CTCGGACGGT CGTACTGGGG ACGGCTGTGG TTTATTAATG
CAGCTACCAT TGCAATTCTT TGAGGCCGTA GCCGCTGAAA ATGACTGGCA CTTGAGCCGC
AAGTTTGCCG TGGGCATGTT GTTTTTAAGC CAAGATGAAG AACTGGCTGA CCAAGCCAAG
TTTATTCTCG AACGCGAATT GGAACGTGAA ACATTAAGTA TTGCTGGTTG GCGTAAGGTC
CCCGTCAATC CCGATGTATT GGGGGAGATT GGTAAATCGA GCCTACCACA AATCTATCAA
GTGCTGATCA ACGCCCCTAT TGGCTGGCGT GAGAAAGATC TTGAACGTCG CCTCTACATG
GCACGCCGCC GTTTAGAGCA GCAAATTACT GACGATAAAG ACTTCTATGT CGCGAGTCTT
TCAGGCCAAG TCATCGTCTA CAAAGGCTTG ATGATGCCAG CCGACTTGCC CGCATTCTAT
CCCGACCTTG CTGACATTCG TTTGAAAAGC TCTATCTGTT TATTCCATCA GCGCTTTTCA
ACCAATACTT CACCTAAATG GCCATTGGCT CAGCCCTTTA GGTATCTTGC CCATAATGGC
GAGATCAATA CGATTACCGG TAACCGCCAA TGGGCTAGGG CTCGTGCCTA TAAGTTTAAT
TCCCCCCTTC TGCCCGACCT ACAGCAGGCA GCGCCTTTTG TGAATGAAAC CGGTTCCGAC
TCTTCCTCCC TCGATAATAT GCTCGAGATG CTGCTCTCAG GCGGCATGGA CCTATACCGC
GCCATGCGTT TGCTGATCCC GCCAGCATGG CAAAGTAACC CTGAGATGGA TGACGAGCTA
AAAGCCTTCT ATGACTTTAA CTCCATGCAC ATGGAGCCAT GGGACGGCCC AGCGGGTATC
GTCATGACCA ACGGTCGCCA CGCCGCTTGC GCAGTCGATC GTAACGGTCT GCGACCATCT
CGTTATGTGA TCACCAAAGA TCGTATCTTA ACCCTCGCCT CAGAAGTCGG CATTTGGGAC
TACGCCGCCG ATGAAGTGAT TGAAAAAGGC CGCGTCGGCC CAGGTGAGCT GTTAGTGTTG
GATACATTAA ATGGCCGATT ATATCAGTCA TTCGAAATCG ATAACGATCT TAAGCGTCGC
CACCCCTACA AAGAATGGAT GGCGAAAAAC AGTCGTACTT TAATTCCTGC CGAGCAGCTA
ACGACAGAGC AACATGGCGC CAGTGAATTA AGCCCTGAGC AACTGCTGCA ATATCAAAAG
CAATTTGGTT ACACCCGCGA AGAACTTGAA CAAGTGATTT GGGTACTGGC AAAACAAGGC
GAAGAGGCAA CGGGCTCAAT GGGCGACGAT ACGCCAATGG CAGTATTGTC GAAAAAGTCG
CGCTCGCTCT ATGACTATTT CAGGCAGAAG TTTGCTCAAG TCACGAATCC GCCAATCGAT
CCATTGCGTG AAAAGCACGT GATGTCCTTG GCGACCTGTA TTGGCCGCGA GCAAAACCTC
TTCAATGAAA CCACGGGGCA TGCCTATCGA GTGATGTTCA ACTCACCGAT ATTATTGTTC
AGTGATTTCA ATCAATTACT CGGATTAGAT AGCACTTACT ATCGCGCCAA TATCGTCGAT
TTAAACTACG AACCGAAAGA AGGCTTAGAA CAGGCGATTC GCCGCATCAC CTCAGAAGCT
GAGCGTTTAG CCCGTAGTGG CACTACGCTG CTGATTTTAT CCGACCGCGC AATTGATAAA
TCGGCGCAGG TGATTCCAGT GGCAATGGCG GTGGGCGCAG TCCAACAAAT GCTGGTAAGT
AAGAGCCTGC GCTGCGATAC CAACATCATC GTTGAGACGG CATCGGCACG TGATCCGCAC
CACTTTGCGG TGCTACTCGG CTTTGGTGCG ACGGCGATTT ATCCCTATTT AGTGTACGAA
TCTATCTCTG ATCTGGCGAA ACGCCATGAT TTAACCGATA CCACAGCCTT GATGCTCAAC
TTCCGTTACG GCATCGAGAA AGGTTTACGT AAAATCATGT CGAAGATGGG GATCAGCACC
ATCGGTTCCT ACCGCTGTAG CCAACAGTTT GAGGCCATTG GTATTGCCAG CGATGTGATT
GAGCTGTGCT TTAAAGGGGT CATTAGCCGT ATCGAAGGCG CCAGTTTTGA GGATATCGCC
AACGATCAAG CGCTACTGCA CAAGGCCGCT TACCGCGCCC ATGTGCCACT GCCACAGGGT
GGTTTACTCA AATACGTTGA CGGCGGTGAA TACCACTGCT TCAACCCTGA TGTCGTCAAC
ACACTGCAGG CATCGTTAAT CGATAAGAAT TTTGCGACCT ATAAGAAATT CGCCGAATTA
GTCGATAACC GCCCAATTGC CACGTTGCGA GATTTGATTG GCATTAAGGC TGGCCAAACT
GCAATTGAAC TGAATAACGT CGAAGCTGCC AGCAACTTAT ATCCACGCTT TGACAGCGCG
GCCATGAGTA TAGGTGCCTT AAGCCCAGAG GCCCATGAGG CGTTGGCCAT CGCCATGAAC
CGTTTAGGCG GCCGCTCTAA CTCGGGCGAA GGTGGTGAGG ATGCTCGTCG CTTTAATACC
GAACGTAACT CGGCGATTAA GCAAATTGCC TCGGCGCGTT TTGGCGTAAC TGCCCATTAC
CTAGTCAATG CCGATGTACT CCAGATTAAA GTGGCACAGG GCGCCAAACC CGGTGAAGGT
GGCCAACTCC CTGGCCATAA GGTGAGTGTC GAAATTGCGG GGCTGCGCCA CGCGCGTCCC
GGTGTAACAC TGATTTCACC ACCACCGCAT CATGATATTT ACTCTATCGA AGACTTAGCC
CAGCTGATTT TCGATTTAAA ACAAATCAAT ACCAAGGCAC TGATCTCTGT GAAGTTAGTG
TCTGAGCCCG GTGTCGGCAC TATCGCCACC GGAGTGGCAA AAGCCTACGC CGATATGATC
ACTATTTCTG GCTACGATGG CGGCACGGGC GCAAGCCCTA TCACCTCGGT GAAATACGCA
GGTAGCCCAT GGGAACTCGG CCTTGCCGAA GTACATCAAT CTCTGGTGGA AAATGGTCTG
CGCCATAAGA TCCGCTTGCA GGTCGATGGC GGCTTAAAAA CCGGTACTGA TGTTATCAAG
GCGGCCTTAC TCGGCGCCGA AAGCTTTGGT TTCGGGACTG TGCCTATGAT TGCCTTAGGT
TGTAAGTACC TGCGTATTTG CCACCTGAAC AACTGCGCAA CTGGTGTCGC GACTCAAGAT
AAGAAACTGC GCGATAACCA TTACCACGGC TTACCAGAGC GAGTGATGAC TTACTTTGAG
TTTGTCGCCG AGGAAGTCCG TGAGTGGATG GCGACTTTAG GAGTCAGTAA GTTTGAGGAC
TTAGTTGGCC GCAGTGAGTG GTTACATACC TTAGAAGGGC AAACCGATAA GCAACGTGGA
CTCGATTTAG CGCCAATCCT GTATCAGCCT AATGTCAGAG CCAGTACCTC GCGCACGTGG
CAAGAAACCA ATCCACCAGC GGATTTAGGT TTACTCAACC AACATTTGCT CAATGAGTGC
CAGAGTGCGG TCGATAAGGG CGAGAGTTTC GATGCCGCTT ACAGTATCAA CAACACCGAC
CGCTCAGTGG GCGCACGTCT ATCGGGTTAT ATCGCCACCA CCCTTGGCGT TAAAGGCAGC
AAGGCCCCGA TAAAACTCAG CTTTAACGGC AGTGCTGGCC AAAGCTTTGG CGTTTGGAAC
AGCCCAGGTC TTGAACTCAA GCTCTGCGGC GATGCCAACG ACTACGTAGG CAAAGGCATG
TCGGGCGGTA AGATTGTGAT TTATCCACCG CTGGGTAGCC CCTTCCAGAG CGAGCGCAGC
GCCATTGTCG GTAACACTTG CCTGTATGGC GCAACTGGCG GCCGCTTCTT CGCCGCAGGC
CAAGCGGGTG AACGTTTTGC GGTACGTAAC TCAGGCGCCA TTGCCGTGGT TGAAGGCTTG
GGCGATAACG GCTGCGAATA TATGACCAGC GGGATTGTGG TTGTGCTCGG CAAAACTGGG
GTGAACTTCG GCGCGGGGAT GACTGGCGGT TTTGCCTATG TCTTTGACCA ATTTGGTCGC
TTTAATCGCC GCGTCAATAG CGAACTGGTC GATACCCAAA AACTCGAATC GCCTATTCAA
CAGCAACATT TAAAAGGCTT GATTGAAGAG CATGTGGCCG AGACGGGCAG TGAGCACGCG
AAGATGATCT TAAGTGACTT TGCTAACTGG TTAGATTGCT TTGTATTAGT GAAACCAAAA
AACATTGCCG TTGCAGATCT GCTCAAATTA GAGCAATCGA GTCCAGAACT GGCAGTTAAA
GCGGGGTAA
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| Protein sequence | MSLYHPSFER DNCGFGLIAQ MDGEASHRIV RTAIHGLDRM KHRGGIASDG RTGDGCGLLM
QLPLQFFEAV AAENDWHLSR KFAVGMLFLS QDEELADQAK FILERELERE TLSIAGWRKV
PVNPDVLGEI GKSSLPQIYQ VLINAPIGWR EKDLERRLYM ARRRLEQQIT DDKDFYVASL
SGQVIVYKGL MMPADLPAFY PDLADIRLKS SICLFHQRFS TNTSPKWPLA QPFRYLAHNG
EINTITGNRQ WARARAYKFN SPLLPDLQQA APFVNETGSD SSSLDNMLEM LLSGGMDLYR
AMRLLIPPAW QSNPEMDDEL KAFYDFNSMH MEPWDGPAGI VMTNGRHAAC AVDRNGLRPS
RYVITKDRIL TLASEVGIWD YAADEVIEKG RVGPGELLVL DTLNGRLYQS FEIDNDLKRR
HPYKEWMAKN SRTLIPAEQL TTEQHGASEL SPEQLLQYQK QFGYTREELE QVIWVLAKQG
EEATGSMGDD TPMAVLSKKS RSLYDYFRQK FAQVTNPPID PLREKHVMSL ATCIGREQNL
FNETTGHAYR VMFNSPILLF SDFNQLLGLD STYYRANIVD LNYEPKEGLE QAIRRITSEA
ERLARSGTTL LILSDRAIDK SAQVIPVAMA VGAVQQMLVS KSLRCDTNII VETASARDPH
HFAVLLGFGA TAIYPYLVYE SISDLAKRHD LTDTTALMLN FRYGIEKGLR KIMSKMGIST
IGSYRCSQQF EAIGIASDVI ELCFKGVISR IEGASFEDIA NDQALLHKAA YRAHVPLPQG
GLLKYVDGGE YHCFNPDVVN TLQASLIDKN FATYKKFAEL VDNRPIATLR DLIGIKAGQT
AIELNNVEAA SNLYPRFDSA 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 KKLRDNHYHG LPERVMTYFE
FVAEEVREWM ATLGVSKFED LVGRSEWLHT LEGQTDKQRG LDLAPILYQP NVRASTSRTW
QETNPPADLG LLNQHLLNEC QSAVDKGESF DAAYSINNTD RSVGARLSGY IATTLGVKGS
KAPIKLSFNG SAGQSFGVWN SPGLELKLCG DANDYVGKGM SGGKIVIYPP LGSPFQSERS
AIVGNTCLYG ATGGRFFAAG QAGERFAVRN SGAIAVVEGL GDNGCEYMTS GIVVVLGKTG
VNFGAGMTGG FAYVFDQFGR FNRRVNSELV DTQKLESPIQ QQHLKGLIEE HVAETGSEHA
KMILSDFANW LDCFVLVKPK NIAVADLLKL EQSSPELAVK AG
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