| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HY04AAS1_1207 |
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| Symbol | |
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| ID | 6744024 |
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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 | Hydrogenobaculum sp. Y04AAS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011126 |
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| Strand | - |
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| Start bp | 1117325 |
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| End bp | 1121734 |
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| Gene Length | 4410 bp |
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| Protein Length | 1469 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642751016 |
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| Product | Glutamate synthase (ferredoxin) |
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| Protein accession | YP_002121870 |
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| Protein GI | 195953580 |
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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 | 18 |
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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 | ATGCAAGAAA AAGACTCTTG CGGTGTCGGT TTTATTTGCG ATGTAAACGG TAAAAAATCC
AATAAGATTG TAAAATATGG TATTGAAGCT GTCAAGAATC TAACTCATAG AGGAGCGGTT
GGTGCTGATG GTAAAACCGG AGACGGTGCT GGCATACTAA TACAAATACC TCATAAATTT
TTCAAAAAAG AGATAGATAG GCTTGGTTTT GAGATATCTT CTATAGAAAA CCTTGGAGTA
GGTGTTTTAT TTTTGAAAAA CAACGATACA TCAAAAGTAG AAGACATAGC CAAAAAAATG
GGCTTTAAAC TGATAGGTTT TAGAGATGTG CCCATAGATA AATCTGCCCT TGGTAAAAGT
GCCCTTGAGA CGATGCCTGT TATAAAACAA ATACTTCTTG ATTTGGAAGG CATAGAACAC
AAAGAGCTTG CTTTGTATTT TCTTCGTAAA AGCCTAAAAA AAGAGCTTAA AATATACATA
CCTTCTTTGT CTTCTAAAAC GATGGTTTAT AAAGGTATGT TTGTGGCTTA TCAGATAGAT
CATTTTTACA AAGATTTGGA AGATGAAGAT ATAGAATCTT CCATATGCCT ATTTCATCAA
AGGTATTCTA CAAACACGTT TCCAAACTGG AATCTGGCAC AGCCTTTTAG ATATTTAGCT
CACAACGGCG AGATAAACAC CATAAACGGC AATAGAAACT GGATGATGGC TATTCAATCT
GAGCTTTACC ATAAGCTTTT GGAAGACAAC ATAAAACTCA TAAAACCTAT AGTAGAGTAT
GATGAAAGTG ATTCTGCTTC TTTGGATAAA GTTTTTGAGC TTTTAGTATT AACAGAGTAC
CCAGTAGAAC ACGCTATCAA TATGCTAATA CCACCTGCTT GGGAAAACGA TGATACGCTA
AAAGATGATA TAAGGGCATT CTTTGAATAC AAATCTTTAC TTATGAAACC TTGGGATGGA
CCAGCTGCTA TCGTATTTAC AGACGGTGTG AAAGTAGGTG CTCACTTAGA TAGAAATGGA
CTAAGACCCT CAAGATACAT AATCACAAAA GACAACATAG TAATACTTGG TTCTGAAGTG
GGCATGGTAA ATATAGACCC CAAAGATATA AAAGAAAGCT CAAGACTTTC TCCTGGTGAT
ACCATCCTCA TAGATACTCA TTCTAAAAGC CTAAAAACCA CCCAAGAAAT ACTAGAAGGT
ATATCAAAGA AAAATCCATA CAAAAAATGG ATAGAAGAAA ATCTGGTAAG GCTTGAGGAT
ATCATAAAAG ATAGAACATT AGAAGATGAG CATGTAGACA AAGATATACT TACACGCTTA
CAAGCTTATT TTGGATATAC TACAGAAGAG CTTAAAAATC AAATAGACTA CATGGCAAAG
GAAGGTAAAG AATATACATT CTCAATGGGG GACGATACAC CGCTACCTCC TTTAAACGAA
AAGCCGGTGC TCATATTTAG ATACTTTAAG CAAAGGTTTG CTCAAGTTAC GAACCCTCCT
GTAGATTCTA TAAGAGAACG CTTTGTTATG AGCTTGAAGA TGAATTTAGG GCATAAGAGA
AACTTTCTCA TAGAAACTCC GGAGCATGCC AGAAGATTTC AAATAGACTC TCCGGTGCTT
TTGCCATATC ACATAAAAGC CATAGAAAAC CAGAAAAATT TTAAAGTAAA GCGCATATCC
TTATGCTATC CAAAACATAG AAGCGATAAT ATACAGGCCC TTCAAGATTT AAAAGGTTTC
GAAAGGGTTT CAGATATATT GATGGACGCT GTTTATGAAG GTATACCTAT TGTAGACTTA
AAAATAGGTT TAGAGGTTCT TGCTCATTTA GTAGAGCAAG CTGTAAAAGA AGGTGCAGAT
ATAATAATTC TTTCCGATAA AGGTGTTGAT GAAAAAAATG TAGCTATACC AAGTCTTTTG
GGCGTTAGCG CATCTGTTAG ACATCTTGCT AAGCTCGGTT TATCGCAAAA GGTAAGCTTT
ATAGTAGAAA CCGCTGAAGT AAGAGATACA CATTCTCTTG CATGTCTTAT AGGATACGGA
GCATCTGCGG TTTATCCATA TCTTCTTTAC GAAACCTTGT ATCACACTTA TCCTGAAAAC
TACGAACAGA TGTTGAAAAA TTATAAAAAA GCCCTTGAAG ATGGTATTCT CAAGATAATG
GCTAAGATGG GTATAGCTAC TTTAAACTCT TATCAAGGGG CTGAGATATT TGACTCCGTA
TGTCTTAACA AGGATTTTGT GGATGAGTAT TTTACGGGCA CTCCCGTTAC GTTAGAAGCG
GATGGTATAG AGCAAATAGA AGAATCTATT ATAAAAAGAC ATGATTTTGC TTTTAACAGC
GAAAAACCAA CCCTTGATTA TGGGGGTGAT TTGAAGTTTA GAAAAGGCGG TGTTTACCAC
GCTTGGTCTC CTCATGTGGT AAGAGCTCTT CATAAGTATT TGGAAACCCT TGATTATAAA
GATTATCTTG AATTTTCTAA GATCGCCAAC GAAGAGCATC CAACGTTTAT ACATCATCTT
TTGGATTATA AAAAAGCTAA AAGCCCAATA CCTATAGAAG AGGTAGAACC CGAAGAAGAG
ATACTAAAGC GTTTTGTTAC AGGTGCTATG TCTTTGGGAG CGCTTTCTCC AGAAGCTCAT
GAAGTACTTG CAATGGCTAC CAATATGCTT GGTATGAAAT CAAACAGCGG TGAAGGTGGA
GAAGACCCAG AAAGGTATTT TACCGAGAAA AACAGCGCTA TAAAACAAGT GGCTTCTGGT
AGGTTTGGCG TGACACCTAC TTATCTTGCT TCTGCCACCG ATATAGAGAT AAAAATAGCA
CAAGGGGCAA AACCCGGTGA AGGTGGTCAA CTTCCTGGTA AAAAGGTAAG TCCCTACATA
GCTAAGATAA GATATGCCCA AGAAGGGATA ACCCTCATAT CACCACCACC TCATCACGAT
ATATACTCTA TAGAGGATTT GGCACAGCTT ATAAACGATC TTAAAAAAAC AAATCCAAAG
GCTCGTATAT CTGTAAAGCT TGTTAGTGAA TCTGGCATTG GCACCATTGC CTCTGGTGTT
GCAAAAGCTT ATGCTGATAT CGTACAAGTG AGTGGTACCG AAGGAGGTAC TGGAGCATCT
CCTCTTAGCT CTATAAAAAA TGCTGGTAAC TATTGGGAAA TAGGTCTTTA CGATACCGTA
AAAACCCTTA TGGAAAACGG TTTAAGGGAT AGGGTTAGCG TAAGGGTAGA TGGTGGTTTT
AGAACTGGTA AGGATGTGAT AATAGGTGCT TTGTTGGGTG CAGAAGAGTT TGGTTTTGGT
ACCGCTGCCA TGATAGCAGA AGGCTGCGTG ATGGCCCGTC AATGCCACCT AAACACATGT
CCTACAGGTG TGACTACCCA AGATGCAAAG TTAAGAGCTA AGTTTAGTGG AACAAAAGAG
GGAGTGGCTG CTTATTTTAG GGCTTTGGCT AAGGAAGTAA GAGAGATACT CTCATCTATG
GGATATAGAA GTCTAAACGA TATAATAGGT CGTCTTGAGC TTTTACAACC AAAAGAATCT
CGTTTAAAAT TAGATGTGTT TACAAAAGGC TATCCAAAAG ATGCTCCAAG GTTTAGGACC
TTTGAAAGAA ACGACAACCC TGAAAAAACT TTAAACGATT TTATAGCCGA AGAATTAGAA
GAATTTATTA AAAGCCAAAC ACCAGTTGAA AGGTATTACA AAATCACAAA CATAGATAGA
AGCGTAGGGG CTACCATAAG TTATTATACG GCTATTTATC ATAGGGATAA GGGCTTGCCA
CCGACCACAT TGAACCTTTA TTTTGAAGGT GTTGCAGGTC AAAGTTTTGG AGCTTTTAAC
CACAAAGGTA TAAACTTATT TTTAAAAGGT ATGGCAAACG ATTATGTAGG AAAGGGAATG
CACGGGGGCA TCATATCTAT AAAGCCGTTT TATTATGCTG ATAAACCTTT TGTTTTGGCT
GGAAACACGA TCCTTTACGG AGCCACCGGT GGTGAGCTTT ACATAGCTGG GTCTGTGGGT
GAACGTTTTG CCGTTAGAAA CAGTGGTGCA AAAGCGGTGG TAGAAGGAGT GGGTCATCAT
GCACTTGAGT ATATGACCGG CGGCGTTGTC GTAAATATAG GGAATTTTGG CTACAACGTA
GGTGCTGGTA TGACTGGCGG CATGGCCTAT TTCTACGACA AAGAAGGGGT TTTGGAAAAG
CATATAAACA CATCTTACGT ACTGGTGCAA GATATAACCG AAGAAGATAT AGAGCTTATA
AGGTCTATGC TTGAATCCCA TGTAAAATAT ACAGATAGCC CTAAAGCTAA AGAGATATTA
GAAGGTGGAT TTGATGCTTT TAAAAAGATT ATGCCGATAG AGCTTTGTGT GAGGTCAGAG
AGTTCAGACG AATGTGTCCA GAAGGTATAA
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| Protein sequence | MQEKDSCGVG FICDVNGKKS NKIVKYGIEA VKNLTHRGAV GADGKTGDGA GILIQIPHKF
FKKEIDRLGF EISSIENLGV GVLFLKNNDT SKVEDIAKKM GFKLIGFRDV PIDKSALGKS
ALETMPVIKQ ILLDLEGIEH KELALYFLRK SLKKELKIYI PSLSSKTMVY KGMFVAYQID
HFYKDLEDED IESSICLFHQ RYSTNTFPNW NLAQPFRYLA HNGEINTING NRNWMMAIQS
ELYHKLLEDN IKLIKPIVEY DESDSASLDK VFELLVLTEY PVEHAINMLI PPAWENDDTL
KDDIRAFFEY KSLLMKPWDG PAAIVFTDGV KVGAHLDRNG LRPSRYIITK DNIVILGSEV
GMVNIDPKDI KESSRLSPGD TILIDTHSKS LKTTQEILEG ISKKNPYKKW IEENLVRLED
IIKDRTLEDE HVDKDILTRL QAYFGYTTEE LKNQIDYMAK EGKEYTFSMG DDTPLPPLNE
KPVLIFRYFK QRFAQVTNPP VDSIRERFVM SLKMNLGHKR NFLIETPEHA RRFQIDSPVL
LPYHIKAIEN QKNFKVKRIS LCYPKHRSDN IQALQDLKGF ERVSDILMDA VYEGIPIVDL
KIGLEVLAHL VEQAVKEGAD IIILSDKGVD EKNVAIPSLL GVSASVRHLA KLGLSQKVSF
IVETAEVRDT HSLACLIGYG ASAVYPYLLY ETLYHTYPEN YEQMLKNYKK ALEDGILKIM
AKMGIATLNS YQGAEIFDSV CLNKDFVDEY FTGTPVTLEA DGIEQIEESI IKRHDFAFNS
EKPTLDYGGD LKFRKGGVYH AWSPHVVRAL HKYLETLDYK DYLEFSKIAN EEHPTFIHHL
LDYKKAKSPI PIEEVEPEEE ILKRFVTGAM SLGALSPEAH EVLAMATNML GMKSNSGEGG
EDPERYFTEK NSAIKQVASG RFGVTPTYLA SATDIEIKIA QGAKPGEGGQ LPGKKVSPYI
AKIRYAQEGI TLISPPPHHD IYSIEDLAQL INDLKKTNPK ARISVKLVSE SGIGTIASGV
AKAYADIVQV SGTEGGTGAS PLSSIKNAGN YWEIGLYDTV KTLMENGLRD RVSVRVDGGF
RTGKDVIIGA LLGAEEFGFG TAAMIAEGCV MARQCHLNTC PTGVTTQDAK LRAKFSGTKE
GVAAYFRALA KEVREILSSM GYRSLNDIIG RLELLQPKES RLKLDVFTKG YPKDAPRFRT
FERNDNPEKT LNDFIAEELE EFIKSQTPVE RYYKITNIDR SVGATISYYT AIYHRDKGLP
PTTLNLYFEG VAGQSFGAFN HKGINLFLKG MANDYVGKGM HGGIISIKPF YYADKPFVLA
GNTILYGATG GELYIAGSVG ERFAVRNSGA KAVVEGVGHH ALEYMTGGVV VNIGNFGYNV
GAGMTGGMAY FYDKEGVLEK HINTSYVLVQ DITEEDIELI RSMLESHVKY TDSPKAKEIL
EGGFDAFKKI MPIELCVRSE SSDECVQKV
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