| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1088 |
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| Symbol | |
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| ID | 6316613 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | - |
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| Start bp | 1146368 |
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| End bp | 1149901 |
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| Gene Length | 3534 bp |
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| Protein Length | 1177 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 642643461 |
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| Product | pyruvate flavodoxin/ferredoxin oxidoreductase domain protein |
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| Protein accession | YP_001917260 |
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| Protein GI | 188585715 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0674] Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit
[COG1013] Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit
[COG1014] Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit |
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| TIGRFAM ID | [TIGR02175] 2-oxoacid:acceptor oxidoreductase, gamma subunit, pyruvate/2-ketoisovalerate family
[TIGR02176] pyruvate:ferredoxin (flavodoxin) oxidoreductase, homodimeric |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.806923 |
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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 | 30 |
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| Fosmid unclonability p-value | 0.00527815 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGAACCAGA AATCTAAAAC TCTCAATGGT AATGAAGCAG CAGCACACAT TTCTTACCCT
TTTACAGAGG TTGCTGCTAT TTATCCTATT ACCCCTTCGT CACCCATGGC TGAAATCACT
GACAAGTGGG CTGCCCATGG TAAAAAGAAT ATGTTCGGCC AACGGGTACG AGTGGTCGAG
TTACAGTCTG AGGCTGGCGC GTCAGGAACC ATCCATGGTT CTTTAGCTGC TGGGGCTTTA
ACGACAACCT ATACAGCTTC TCAAGGTTTA CTACTTATGA TTCCCAACAT GTACAAGTTG
GTAGGCGAAC TTCTTCCCGG TGTGTTTCAC GTTAGTGCCA GGGCCTTAGC TACCCATGCC
CTTTCCATTT TCGGAGATCA TCAAGATGTA ATGGCCTGTC GCCAGACGGG TTTTGGATTC
TTAGCGGCGT CCAACGCCCA GGAAGTAATG GACCTGGGTT GTTTAGCTCA TCTAGCAGCA
ATTAAGTCAA GGATGCCATT TTTACATTTT TTTGATGGGT TTAGAACTTC TCATGAATAT
CAAAATGTCA ATGTAATAGA TTTTGAAGAT ATACAGGACC TAGTGGATTA TCAAGCTATC
AAAGAATTCA GGGCTAGAGC TTTAAGTCCA GAAAAACCAG TTGTCAGAGG AACCGCCCAA
AACCCTGATA TTTACTTTCA GGGAAAGGAA CTTCCAAACC CATATTACAA AGCAGTACCA
GAAGTTGTAG AAAATTATAT GCAAGAATTA GAAAAAATCA TCGGTAGAAG TTATAACTTA
TTTGATTATC ATGGAGACCC CCAGGCAAAA CATATTATTA TTGCTATGGG GTCAGTGTGC
GATACCATTG AAGAAACTGT AGATCATTTA AACGAACAAG GCCGAAAAGT TGGTTTAATT
AAAGTTCGGC TCTATCGGCC ATTTTCTGCA GAACATCTCC TATCAGCTAT CCCCGACACA
GTCAAGAAAA TAGCGGTCCT GGATCGAACT AAAGAACCTG GATCTTTAGG AGAACCTTTA
TATCAGGATG TTGTTCATGC ATATAAAAAT TCTCAGTTGA ACCCTGAAAT TATCGGAGGC
CGTTATGGTC TAGGGTCCAA AGAAACTAGA CCTTCACACA TAATATCCGT TTTTGACAAT
CTGGCCGAGG ATAAACCAAA GGATAATTTC ACCATCGGTA TTGTGGATGA CGTATCCCAC
ACTTCTCTAC CAGAAACAGG AGATGTGGAC ATCACACCTA GTGATACCAT TAGTTGTAAA
TTTTGGGGGC TTGGCTCCGA TGGTACCGTC GGGGCGAATC AAAGTGCAGT CAAAATAATT
GGTGATCACA CAGATTTATA CGCTCAAGCA TATTTCTCCT ATGACAGTAA AAAGTCAGGT
GGAACCACAG TATCTCATTT AAGATTTGGC AAACAACCCA TAAGAGCTCC TTATTTAGTT
TATAACGCCG ATTATGTAGC TTGCCATAAC CCAGCTTTTG TCAATAATTA CGATCTGTTA
CAAGGTCTTA AAGCAGGTGG AACTTTCGTA TTGAATTGCC CCTGGTCTAA GGAAGATCTC
GAAGAAAAAT TACCCGCTTC TATGAAAAGA TATCTAGCCG AGAACGATAT CAATTTCTAC
ATAATAGATG CCATATCCAT TGCAGGAGAA ATAGGTCTAG GAAATAGAAT CAACATGATT
ATGCAGTCAG CATTTTTTAA GCTGGCTGAT GTAATTCCAA TTGAAGATGC TGTCAAATAC
TTAAAGGAGT CTGTAGTAGA AAATTATGGT GATAAAGGAC AAAAAGTAGT TGATATGAAT
AACTTAGCTA TAGATAAAGG AATAGACTCA TTAATCAAGG TTGATATTCC TAAAGCCTGG
AAAGATGCTC AAGAAGAAGA GTATGAAGAA AGTGAATCCG AACCCGAGTT TGTCACAAAC
ATTCAAAAAC CCATGGCTAA GCACGAAGGA GATGATCTTC CGGTTAGTGC CTTTAAAGGA
ATGGAAGATG GAACTTTCCC ATTAAGAACT ACAGCTTATG AAAAGCGTGG TATTGCAGTC
AACATACCAG AATGGCAAAT TGATAAATGC ATTCAGTGCA ATCAATGTTC GTATATCTGC
CCTCACGCTG TCATCCGGCC ATATTTACTT GATGAAGAAG AAGTGCAAAG GGCTCCTGAA
ACTTTTGAAA CTAAGCAGGC TACCGGTAAA GATATGGATG ACTTAAGTTA CAGAATCCAA
GTTAGTCCTC TTGATTGTAC TGGTTGTGGA AACTGTGCCG ACATTTGCCC TGCCAAGGGA
AAAGCTTTGA TCATGGAACC GGCTGAAGAA CAAATAGAAC AACAAGAAGA TAATTGGGAA
TTTGCTCAAA CCATTACCGA AAAAACAGAT CGTGTCAATA CAAAAACCTT AAAGGGGAGT
CAGTTCGTCA AGCCTTTATT TGAGTTTCAT GGTGCCTGTC CTGGATGCGG TGAAACGCCC
TATTACAGGT TGTTAACCCA ATTATTCGGT GACAGAATGT TGATAGCCAA TGCTACTGGC
TGTTCTTCAA TTTATTGTGC TAGTGCTCCC AGCATTCCTT TTACCATTAA CTCAGAAGGA
CGTGGGCCAG CGTGGGCCAA CTCCCTTTTC GAAGATAATG CTGAGTACGG TTACGGAATG
TACTTGGCTT CAGATTACAT TCAAGATAGA TTGGCAGAAT TAGCAAGAGA GGTCTTAGAA
ACTCAACAAG GCGACCAAGA CTTAAACCAA GCTTTAGAAG AGTGGCTACA TGTTAGAAAA
GATGGCGAAA AATCCAAAGA AGCCGCTAAA AAGCTTATCA ATCTCTTAAA TAACCGGAAT
TTAGACGCTA ACACAACTTT AAAACATATT GCCGAATATC AAGATTATTT AATTAAACGA
TCACAATGGT TAATTGGCGG TGATGGTTGG GCCTATGACA TTGGTTTCGG TGGTTTAGAT
CATGTACTCT CCACAGGTGA AGATGTAAAT ACCTTGGTTA TGGATACTGA AGTTTATTCA
AATACCGGTG GTCAATCGTC TAAAGCTACT CAGACTGCTG CTATGGCCAA ATTCGCCTCT
TCTGGCAAAG CCACTATGAA AAAGGATTTA GGTATGATGG CCATGAGCTA CGGTTACGTT
TACGTCGCGC AAGTTTCTAT GGGAGCAAAT ATGAACCAGA CTTTAAAAGC TTTCTTAGAA
GCTGAACAAT ACCCTGGTCC TTCTCTAATA ATTGCATATT CTCCATGTAT CAATCACGGA
ATCAGAAGTG GTATGGGGAC TAGTATCAGC CAAGAAAAAG CAGCAGTTGA CTCAGGCTAT
TGGCATCTTT ATCGTTATAA TCCTCAGTTA AAAGAAGAAG GTAAAAATCC CTTCATTTTA
GATTCAAAAG AACCTAAAGA ATCACTGCAA GATTTCTTAA TGAGTGAAGT TAGATTTGCT
TCTTTACAAA AAGTGTTCCC AGAAACTGCA GAAAAACTAT TTGAAAAAGC CAAACAAGAT
GCTCGTACCA AATATGAAAC TTATAAAACC TTATCAGAAC ATAAACTCTT TTAA
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| Protein sequence | MNQKSKTLNG NEAAAHISYP FTEVAAIYPI TPSSPMAEIT DKWAAHGKKN MFGQRVRVVE
LQSEAGASGT IHGSLAAGAL TTTYTASQGL LLMIPNMYKL VGELLPGVFH VSARALATHA
LSIFGDHQDV MACRQTGFGF LAASNAQEVM DLGCLAHLAA IKSRMPFLHF FDGFRTSHEY
QNVNVIDFED IQDLVDYQAI KEFRARALSP EKPVVRGTAQ NPDIYFQGKE LPNPYYKAVP
EVVENYMQEL EKIIGRSYNL FDYHGDPQAK HIIIAMGSVC DTIEETVDHL NEQGRKVGLI
KVRLYRPFSA EHLLSAIPDT VKKIAVLDRT KEPGSLGEPL YQDVVHAYKN SQLNPEIIGG
RYGLGSKETR PSHIISVFDN LAEDKPKDNF TIGIVDDVSH TSLPETGDVD ITPSDTISCK
FWGLGSDGTV GANQSAVKII GDHTDLYAQA YFSYDSKKSG GTTVSHLRFG KQPIRAPYLV
YNADYVACHN PAFVNNYDLL QGLKAGGTFV LNCPWSKEDL EEKLPASMKR YLAENDINFY
IIDAISIAGE IGLGNRINMI MQSAFFKLAD VIPIEDAVKY LKESVVENYG DKGQKVVDMN
NLAIDKGIDS LIKVDIPKAW KDAQEEEYEE SESEPEFVTN IQKPMAKHEG DDLPVSAFKG
MEDGTFPLRT TAYEKRGIAV NIPEWQIDKC IQCNQCSYIC PHAVIRPYLL DEEEVQRAPE
TFETKQATGK DMDDLSYRIQ VSPLDCTGCG NCADICPAKG KALIMEPAEE QIEQQEDNWE
FAQTITEKTD RVNTKTLKGS QFVKPLFEFH GACPGCGETP YYRLLTQLFG DRMLIANATG
CSSIYCASAP SIPFTINSEG RGPAWANSLF EDNAEYGYGM YLASDYIQDR LAELAREVLE
TQQGDQDLNQ ALEEWLHVRK DGEKSKEAAK KLINLLNNRN LDANTTLKHI AEYQDYLIKR
SQWLIGGDGW AYDIGFGGLD HVLSTGEDVN TLVMDTEVYS NTGGQSSKAT QTAAMAKFAS
SGKATMKKDL GMMAMSYGYV YVAQVSMGAN MNQTLKAFLE AEQYPGPSLI IAYSPCINHG
IRSGMGTSIS QEKAAVDSGY WHLYRYNPQL KEEGKNPFIL DSKEPKESLQ DFLMSEVRFA
SLQKVFPETA EKLFEKAKQD ARTKYETYKT LSEHKLF
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