| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HY04AAS1_0917 |
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| Symbol | |
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| ID | 6743729 |
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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 | 864367 |
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| End bp | 867435 |
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| Gene Length | 3069 bp |
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| Protein Length | 1022 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 642750723 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_002121582 |
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| Protein GI | 195953292 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.2527 |
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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 | ATGAATACTA CTCGTAGAAA GTTTCTTCTT GGTGTCTCAG CCGCCGGCCT TGGTACGATG
GCTTTAGGAT ATTTAAAAAC ATTTAAATAC CTTTTTACAT TTGGAAGAAG AGGTCCAAAA
CCAAGATTTC CTATATACGG TAACGTACAT TTACCAGAAT TGTTAAAAGC CAAAACCCCA
ACAAACGAAA ATGGCAACTA CATTGTGAAC AAAGATTATT ATTATGCCAA TACCGTTTGT
ATAGGCTGCA CTACCCAATG TGGAGTACGT ATTAAGGTTG ACAAAAAAAC TGGTAAAGTG
GTGAGGGTAT TTGGAAATCC TTACAACTTG CTTTCATCAG ACCCATGGCT TGATTACGAT
AAGCCTGTAA AAGAGAGTAT TTTTTGGGTA TCTGGTATAA ATGAATCTGG CCTCACAAAC
CGCTCTACGG TTTGCGCCAG GGGCAATGTG GTATTTGACA AGCTTTACAC TAGATACAGA
GTTACAAAAC CACTTAAAAG AGTAGGACCA AGAGGTTCTC ACAAATGGGT AGAGATAGAG
CCAGAACAGC TTATCCAAGA GATTGTAAAC GGTGGTAATT TGTTCGGTGA AGGTTTTGTG
GAAGGTCTTA AAAGCATCAG AGACATAAAT ACGCCTATAG ACCCCAACAA CCCAGAATAC
GGTCCAAAAT CAAATCAACT TGGTGTACTT GGTACCAACG ACGATGGAAG AAAAACCTTT
ATAGTCCATA GATTTGTCAA AGCTTTTGGT ACAGTAAACT TTTCCGGACA TACTTCTATG
TGCGGTCTTG CAATGAGGAT AGGTCAGGCA GCTTATTTTG GCGATTTTAA AAAACTCCCT
CACGCCAAAC CAGATTTTGA CAACACAGAG TATATACTAT CTATAGGCAC AGCACCAGCT
CAGGCAGGAA ACCCCTTCAA ACGTCAAGGT AAACTTTTAG CCAGGGCTAG AACCGAAGGA
CCTTTAAAAA AGATAGTGGT GGTAACCCCA ACCGCGGTAA ATACCGATAA TATGTCAATA
GGTGCAAAAT ACGAATGGGT ACCTATTTAT CCGGGTCAAG ACTTGGCTTT TGTAATGGGG
CTTTTTAGAT ATATTATTGA AAACAACCTT TATAACGCTC CATATCTATC TATACCAAGC
GAAGAAGCCA TGAAAGCTGC TAACGAAGTA AGTTATACCA ATGCCACGCA TCTCGTTATC
CAAGACGAAG GAGAAGACTA CGGTAAAATA CTAAGAGATC AAAATGGTGA TCCATACGTC
ATGGACGCTG CCACAAACTC CCTACAAAAC GCCAAAAACG TAAGAACTGG AGTTTTGTTT
GTAAATCAGC AAGTAAGTTT AAATGGAAAA ACCTATCATG TAAAAAGTGC TTTTGAGCTT
TTAAAAGAAG CGGCTTTTGA ATATTCGTTA GATGAGTATT CTCAAATGTG CGGTGTACCA
AAAGAAACCA TCGTAAGAAT AGCTAAAGAG TTTACCTCTT ATGGTAGAAA AGCCACTACA
GATATACACG GCGGGGCTAT GAACACCGTT GGTATGTACA CCGCTTACGC TGTGGCTATG
CTTGGAGCTA TGGTAGGCAA TATGAACTAC AAAGGTGGTA TGGCTGTAAA AGGTGGGGCC
TACGACGCTT ACAAGGGTCC TGTTTACGAT CTTCTTGATT ACGATGGAAA GGTAAAAACC
CACGGAGTCA GAATAGATAG AGCTGGCTTT AAGTATCAAG ATACTACAGA ATATAAAAAT
AAAAAAGCTC AAGGATTAAA TCCATACCCT GCAAAAGACA AATGGTATCC ATTCTCAAAT
GCCATTGAAT CTGATTGGAT AGCCTCGTCT GCTCATGGAT ACCCATATCC TTTAAAAGCT
CTTATAACAG TAAACTCAAA CCCAGCTTAC GCTCAAAGTG GCTTTTCAAA TGTTATAGAA
TATCTGAAAG ATCCGAAAAA GATACCTCTT TTTATAGCCA TAGACCCATT TATAAATGAA
ACAAGCACAT ACGCAGATTA TATTGTACCA GATAACGTGT TGTACGAAGA ATGGGGTGCC
ATGGCTCCTT GGGGTGCTTA TCTTACAAAA ATAACCACCA TAAGATATCC CGCTATAGAG
AGTCCGAATG CAAAGTTTCA AAACGGTGAA GCTGTTTACG CCGAGAGCTT TTTTATAGAA
CTTGGCAAAG CTCTAAACCT ACCAGGTTTT GGAGACAACG CTATAAAAGG AAAAGACGGC
AAAACATATC CTTTACATAG GCCTCATGAT TTTTATTTAA GAGCTTTTGA GAACTTAGCT
ATGCAAGATA CACCTGTACC AGACGCTACA GATGAAGATA TAGAATTAGC GGGTCTTACA
AACTGGGTAC CTCTTCTAAA ATCCATAAAC GGCAACAATT GGCGAAAAGT AGCCACAATC
ATGAGTAGAG GCGGCAGATA TGCACCTTAT GATACAGCAT ATGACGGTAT GTATGTAAAT
CATAAATACA AGAAAATACT AAATATTTAT AACGAAGAAC TAGGAAACAC TAAAGATGCC
ATCACAGGCG AATATTATCA TGGAGTACCA AAGTATATAG AAGGACCAAT ATGTGCGGAT
GGTTCAAGCT TATGGACAAA AGTTGATAGA AACCAATACT CTCTTATAGC CTTTGGTTAT
AAATCAAACG TGTTATCATC ACCAAACGCC TCTTCTGATA AGCTAAGGGA TATAAAACTT
TCTACCTACA TAGATATAAA TTCTAAAACC GCCAAAGAGT TTGGTATAAA GTATGGTGAT
TTGGTAAAAG TCTCAAATCC CTTTGGCCAA TACATAATAG GTATAGTTAG AGTAAAAGAG
GGCATAACAC CAGGTACAAT AGGTATAGAA CATGGCCTTG GAAGGTTGGC AGAAGGCGCA
GATACTATAT ACATAAACAA TAAAAAACTA CCGGCTATAC CGCTACGCCA AACCGGAGTT
AATATAAATA TGATTGGCAT TCAAGATCCG GTACGTCCAA AAGGACATGT ACTCACAGAT
TTTGTCACCG GAGCTACCGC AAGAAACACC ATACCTGTAA AGATAGAAAA GATAAGAAGT
TTAGCCTAA
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| Protein sequence | MNTTRRKFLL GVSAAGLGTM ALGYLKTFKY LFTFGRRGPK PRFPIYGNVH LPELLKAKTP
TNENGNYIVN KDYYYANTVC IGCTTQCGVR IKVDKKTGKV VRVFGNPYNL LSSDPWLDYD
KPVKESIFWV SGINESGLTN RSTVCARGNV VFDKLYTRYR VTKPLKRVGP RGSHKWVEIE
PEQLIQEIVN GGNLFGEGFV EGLKSIRDIN TPIDPNNPEY GPKSNQLGVL GTNDDGRKTF
IVHRFVKAFG TVNFSGHTSM CGLAMRIGQA AYFGDFKKLP HAKPDFDNTE YILSIGTAPA
QAGNPFKRQG KLLARARTEG PLKKIVVVTP TAVNTDNMSI GAKYEWVPIY PGQDLAFVMG
LFRYIIENNL YNAPYLSIPS EEAMKAANEV SYTNATHLVI QDEGEDYGKI LRDQNGDPYV
MDAATNSLQN AKNVRTGVLF VNQQVSLNGK TYHVKSAFEL LKEAAFEYSL DEYSQMCGVP
KETIVRIAKE FTSYGRKATT DIHGGAMNTV GMYTAYAVAM LGAMVGNMNY KGGMAVKGGA
YDAYKGPVYD LLDYDGKVKT HGVRIDRAGF KYQDTTEYKN KKAQGLNPYP AKDKWYPFSN
AIESDWIASS AHGYPYPLKA LITVNSNPAY AQSGFSNVIE YLKDPKKIPL FIAIDPFINE
TSTYADYIVP DNVLYEEWGA MAPWGAYLTK ITTIRYPAIE SPNAKFQNGE AVYAESFFIE
LGKALNLPGF GDNAIKGKDG KTYPLHRPHD FYLRAFENLA MQDTPVPDAT DEDIELAGLT
NWVPLLKSIN GNNWRKVATI MSRGGRYAPY DTAYDGMYVN HKYKKILNIY NEELGNTKDA
ITGEYYHGVP KYIEGPICAD GSSLWTKVDR NQYSLIAFGY KSNVLSSPNA SSDKLRDIKL
STYIDINSKT AKEFGIKYGD LVKVSNPFGQ YIIGIVRVKE GITPGTIGIE HGLGRLAEGA
DTIYINNKKL PAIPLRQTGV NINMIGIQDP VRPKGHVLTD FVTGATARNT IPVKIEKIRS
LA
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