| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_3776 |
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| Symbol | gltB |
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| ID | 4183798 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | + |
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| Start bp | 4365457 |
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| End bp | 4369995 |
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| Gene Length | 4539 bp |
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| Protein Length | 1512 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638073762 |
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| Product | glutamate synthase (NADH) large subunit |
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| Protein accession | YP_680351 |
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| Protein GI | 110640141 |
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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 | 15 |
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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 | 12 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAGAGA ACAATCAAAC CGGTCTGTAT GATTCTAGTT TCGAGCATGA TTCATGCGGA
ATTGGTTTCG TAGCCAACCT GAAAGGTAGA AAATCTCATG AAACAGTTGC AAATGCCCTA
CATATGCTTG AGCGTATGGA ACACCGTGGC GCGTGCGGTT GTGAGACTAA TACCGGCGAT
GGTGCTGGTA TCCTTCTTCA GGTTCCCCAT GAATTTTTCG TGGATGAATG TGTCAAGATT
GGCATTAAAT TGCCAGCCTT TGGCGAGTAT GGTGTCGGTA TGTTATTCCT TCCGAAGGAT
GAGAAGCTGA AGGAAGAGTG TAAGAAGATA TTAAGTCGCC AGGCCGAGAA GCTGGGTCTG
GCAGTTTTAG GCTACAGACT TGTTCCTACA GATGATTCAA TGATCGGCGA TAGCGCGATT
GCTGTTGAAC CTTCTGTTGA GCAATTCTTT GTGAAGCGGC CGGATAGCGT GAAGGATGTG
GAAACATTCG AACGTAAACT ATACGTACTT CGCAACTACT CTACACGTAT TGTTAAAGAA
ACATTGAATA ATGAAGAAGT GAATCAGCGT TTTTATTTCG CGTCATTCTC TTCCAGAACT
ATTATCTATA AAGGTCAGCT GATGACCGCG CAGGTAAAAC AATTCTATCT TGATTTACAA
AGACCGGAAA TGGTTTCTGC ATTAGCGGTT GTTCACTCCC GTTTCTCTAC CAACACATTC
CCGTCATTCA AATTGGCGCA GCCTTTCCGT TACATCGCAC ACAATGGTGA GATCAACACG
GTAAAAGGTA ACGTAAACTG GATCCGTGCG CAGGAAGCAT TGTTAACTTC TACTGTATTT
ACAAAAGAAG AAATTGAAAT GCTGTTACCG ATCTGCGATC CGGGGAACTC AGATTCAGCA
CACTTAGATA ACGTAATTGA ATTACTTGTA TTAAGCGGTC GTTATTTACC ACACGTAATG
ATGATGCTTG TACCGGAAGC ATGGGACGGA AACGAAGCCA TGTCTGAAGT AAAACATGCG
TTCTACGAAT ACCACGCTGC AATGATGGAA CCTTGGGATG GCCCGGCTTC TATTTCATTC
ACAAACGGTA AAATTGTAGG CGCAACGTTA GATCGTAATG GTCTTCGTCC TTCCCGTTGG
TGTTTACTGG AAGATGATAC GGTGATCATG GCATCGGAAG TTGGCGTTAT TGATGTTGAT
CCTTCAAAAG TTGTTACAAA AGGACGTCTG CAGCCAGGTA AAATGTTCGT GGCTGATTTA
GAGCAAGGAC GTATTATTTC GGATGAAGAA CTTAAAAATG ATATCTGTAC ACGTAAGCCT
TATGGTGAGT GGCTGAAAAA CAAAATCAAA TTAAGCGAAC AGCCGGAACC TCAGGTAATC
TATAATCAAC CGGATGCAGC AGCCTTGTTG AAAAAGCAGC AGGTGTTCGG TTATACATCA
GAAGATTTAC GTTTGATCAT CGGTGAAATT GCAACTACTG CTTACGAACC GCTTGGTTCA
ATGGGTATAG ATACACCGCT TGCAATCCTG TCTGATCAGG CAATGCATTT ATCTGCGTAC
TTCAAACAAT TGTTTGCGCA GGTAACCAAT CCGCCGATTG ACCCGATACG TGAGCGCATG
GTTATGTCGC TTGTATCGTA TGTAGGCGGT TCATTAAACC TGTTGGATGA GTCTCCATAC
CATTGTCGTA TGGTTGAATT GCACCAGCCG GTTTTAACAA ATAATGATTT AGAAAAACTT
CGTCAGATTG ATGATAAGCA TTTCCAGACA AAAGCATTGG AAATAACATT CAAGGCAGAC
GAAATGCCGG GCAGCTTAGA AAAGGCATTG ACCCGCATCT GTAAGTATGC TTCAGACGCA
GTTAATGACG GCTACTCGAT TATATTATTA ACCGATCGTA AAGTTGACAG CGGACACACG
CCGATTCCTT CATTACTGGC TACTGCAGCG GTACACCACC ATTTAATCCG TGAAGGACAA
CGCGGTAAGG TGGGTATTGT GGTAGAATGC GGTGACGCCT GGGAAGTACA TCATTTCGCA
ACATTAATCG GTTACGGTGC ATCTGCTATC AATCCATACT TAGCGTTCGA AACAGTAATC
GGAATGAAAC GCAGCGGCGA ACTTCAAACG GAGTTAGCTG AAGAGAAATT GATTTACAAT
TACATCAAAG CAATTGATAA CGGTTTGTTG AAAGTATTCT CTAAAATGGG AATCTCTACA
CTTCAGTCGT ACCAAGGTGC ACAGATCTTT GAAGCATTAG GTATCAGTTC TGAAGTAATA
GATAAGTATT TTACCAATAC CGTTTCAAGA ATTGGCGGCT TATCGTTAGA TGGCATTGCG
AAAGAAGCGT TGATCAAGCA TGAGCAGGCG TATCCGAAAG TACCGGTACC ACGTCCGAAA
CTGGAAGTGG GTGGTATCTA TCAGTGGAAA CGTCGTGGTG AATTCCACTT GTTCAATCCG
CAAACAATCC ATTTATTACA GCAGGCTTGC CGTAAAGGTG ATTACCAGGT ATTCAAGAAA
TATTCAAACC TGATCGATGA TCAGAGTGTG AAAGCAATCA CACTACGTGG TTTATTGAAA
TTCAAACAAA CACGTGAGTC TATTTCAATT GACGAAGTTG AACCGGCAAC TGAGATTTAC
AAGCGTTTTG CAACTGGTGC CATGTCATTC GGTTCAATTT CTCACGAAGC GCACTCTACA
CTTGCCATTG CGATGAACCG CATCGGTGGT AAATCAAACT CCGGTGAAGG TGGTGAAGAT
GAAATCCGTT TTGACCGTAA GCCAAATGGA GATTGGGAAC GTTCTGCTAT CAAGCAGGTA
GCTTCAGGTC GTTTCGGTGT TACAAGTTAT TACTTAGCGA ATGCAGACGA GCTTCAGATT
AAAATGGCAC AAGGTGCTAA GCCGGGTGAA GGCGGTCAGT TACCAGGCCA CAAAGTGGAT
GACTGGATCG GTCGTGTACG TCACTCTACG CCGGGTGTAG GTTTAATTTC TCCTCCTCCG
CACCACGATA TTTATTCTAT TGAAGATTTA GCACAGTTGA TTTTCGATTT GAAAAACTCA
AATCCAAAAG CGCGTGTAAG TGTTAAGCTG GTGTCTGAAG CAGGGGTTGG TACTATCGCG
GCGGGTGTTA GTAAAGCACA CGCTGATTTA GTATTGATCG CCGGTTACGA TGGTGGAACA
GGAGCTTCTC CGATCAGTTC GATCCGTCAC GCAGGTTTAC CCTGGGAACT TGGTTTAGCT
GAAGCGCATC AGACATTGGT TAAAAATAAA TTAAGAAGCC GTATCACGGT CCAGTCCGAT
GGACAGATCC GTACCGGTAA AGATTTAGTT GTAGCTGCGT TATTAGGTGC AGAAGAATTT
GGTGTTGCTA CCGCAGCGCT TGTTTCTGTA GGCTGTATTA TGATGCGTAA GTGTCACCTG
AATACATGCC CGGTAGGTGT TGCAACACAA AATAAAGAAC TTCGTGCATT ATTCAGCGGT
GAGCCTGAAC ACGTAGTAAA CATGTTTACG TTCCTTGCTG AAGAAATGAG AGAGATCATG
GCTGAGCTTG GTTACAGAAC AGTTGACGAA ATGGTTGGTC AGGTTCAGAA CCTAGAAAAA
CGTACGGACA TCAATCACTG GAAATTCAAA GATCTTGATT TAAGTAAAAT CTTATACAAA
GAAGAAGCTG GTCCGGAAGT TGGATTATAC AAAACAGAAG CACAGGATCA CGGAATGGAT
AACATCCTGG ATCTTACACT TGTGAGAGAT GCAAAAGCTG CGTTAGATAA TAAAGAGGTT
GTTAAAGGCG AATATAAAAT TGAAAACATT GACCGTTCTG CCGGCACCAT GCTTTCGTAC
GAAGTGTCTA CAAGACATAA AGGACAAGGC TTACCGGATG CAACGATTCA ATATAAATTC
AATGGTTCTG CCGGACAAAG TTTTGGTGGT TTCTTAGCAC CGGGTATTCA GTTTGAATTA
GAAGGTGAAG CAAATGATTA TTGGGGTAAA GGTTTATCCG GTGGCCGTTT GATTCTGTAT
CCATCTAAAC AGGCGAAGTT CAAGCCAAGT GAAAACATCA TTGTTGGTAA CGTAGCATTC
TACGGAGCTA CAAGCGGTGA GTCATATATC CGAGGACAGG CCGGTGAGCG TTTCTGTGTT
CGTAACTCAG GCGCGAAAGC AGTTGTTGAA GGTGTAGGTG ATCATGGTTG CGAATACATG
ACAGGTGGTT TGGCTGTAAT CTTAGGAGAA ACAGGCCGTA ACTTTGCAGC AGGTATGAGT
GGTGGTGTTG CTTATGTGTA TGACAAAGCA AGAACATTCC CGGCACGCTG CAACATGGAA
ATGATTGAAT TTGATGTATT GGATACAGAA GACAACCAGA CATTAAAAAC AATGATTGAA
AATCATTTGA AATATACAGG TAGCGATGTA GCGCAGGCTA TCCTTAACAA TTGGGATAAT
GCAGTGAAGG ATTTTGTTAA AGTAATGCCT TCAGATTACA AAGCAGTTTT GTTAAAAAGA
AAAAGTCAAG GAAATAAGGA GGCCGTAATC AATGGGTAA
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| Protein sequence | MRENNQTGLY DSSFEHDSCG IGFVANLKGR KSHETVANAL HMLERMEHRG ACGCETNTGD
GAGILLQVPH EFFVDECVKI GIKLPAFGEY GVGMLFLPKD EKLKEECKKI LSRQAEKLGL
AVLGYRLVPT DDSMIGDSAI AVEPSVEQFF VKRPDSVKDV ETFERKLYVL RNYSTRIVKE
TLNNEEVNQR FYFASFSSRT IIYKGQLMTA QVKQFYLDLQ RPEMVSALAV VHSRFSTNTF
PSFKLAQPFR YIAHNGEINT VKGNVNWIRA QEALLTSTVF TKEEIEMLLP ICDPGNSDSA
HLDNVIELLV LSGRYLPHVM MMLVPEAWDG NEAMSEVKHA FYEYHAAMME PWDGPASISF
TNGKIVGATL DRNGLRPSRW CLLEDDTVIM ASEVGVIDVD PSKVVTKGRL QPGKMFVADL
EQGRIISDEE LKNDICTRKP YGEWLKNKIK LSEQPEPQVI YNQPDAAALL KKQQVFGYTS
EDLRLIIGEI ATTAYEPLGS MGIDTPLAIL SDQAMHLSAY FKQLFAQVTN PPIDPIRERM
VMSLVSYVGG SLNLLDESPY HCRMVELHQP VLTNNDLEKL RQIDDKHFQT KALEITFKAD
EMPGSLEKAL TRICKYASDA VNDGYSIILL TDRKVDSGHT PIPSLLATAA VHHHLIREGQ
RGKVGIVVEC GDAWEVHHFA TLIGYGASAI NPYLAFETVI GMKRSGELQT ELAEEKLIYN
YIKAIDNGLL KVFSKMGIST LQSYQGAQIF EALGISSEVI DKYFTNTVSR IGGLSLDGIA
KEALIKHEQA YPKVPVPRPK LEVGGIYQWK RRGEFHLFNP QTIHLLQQAC RKGDYQVFKK
YSNLIDDQSV KAITLRGLLK FKQTRESISI DEVEPATEIY KRFATGAMSF GSISHEAHST
LAIAMNRIGG KSNSGEGGED EIRFDRKPNG DWERSAIKQV ASGRFGVTSY YLANADELQI
KMAQGAKPGE GGQLPGHKVD DWIGRVRHST PGVGLISPPP HHDIYSIEDL AQLIFDLKNS
NPKARVSVKL VSEAGVGTIA AGVSKAHADL VLIAGYDGGT GASPISSIRH AGLPWELGLA
EAHQTLVKNK LRSRITVQSD GQIRTGKDLV VAALLGAEEF GVATAALVSV GCIMMRKCHL
NTCPVGVATQ NKELRALFSG EPEHVVNMFT FLAEEMREIM AELGYRTVDE MVGQVQNLEK
RTDINHWKFK DLDLSKILYK EEAGPEVGLY KTEAQDHGMD NILDLTLVRD AKAALDNKEV
VKGEYKIENI DRSAGTMLSY EVSTRHKGQG LPDATIQYKF NGSAGQSFGG FLAPGIQFEL
EGEANDYWGK GLSGGRLILY PSKQAKFKPS ENIIVGNVAF YGATSGESYI RGQAGERFCV
RNSGAKAVVE GVGDHGCEYM TGGLAVILGE TGRNFAAGMS GGVAYVYDKA RTFPARCNME
MIEFDVLDTE DNQTLKTMIE NHLKYTGSDV AQAILNNWDN AVKDFVKVMP SDYKAVLLKR
KSQGNKEAVI NG
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