| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Msed_0814 |
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| Symbol | |
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| ID | 5105137 |
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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 | Metallosphaera sedula DSM 5348 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009440 |
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| Strand | + |
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| Start bp | 743206 |
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| End bp | 747510 |
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| Gene Length | 4305 bp |
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| Protein Length | 1434 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640506719 |
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| Product | anaerobic dehydrogenase |
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| Protein accession | YP_001190913 |
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| Protein GI | 146303597 |
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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 | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0197792 |
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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 | 25 |
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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 | ATGAGCCACT TGAAATTGTC CAGAAGGGAC TTTCTTAAGG TAAGCGGTGC GGCTGCTCTA
GGAACGGCTC TCATCCTAGG CGGAAATTCG GTGGCTAAGA AAATATTTGA TACTTTCTCT
GAGACAAATT ATACCCTTAA TTATCCCAGC GACGAGATAG TCTACTCCAA CTGCTTCCAG
TGTCTCGGAA GATGCGCCCT AGAGATAGTG AGAACTCCAA CGGGATTCCC GAGGTTCATC
ACTGGTACCA TAGGGTGGCA CATAAATGAC GGTGGCGTAT GCCCTAGAGG GGCATCAGAC
GTCTATTACT ATTTCGCTCC AGCTAGGTTA AGGTATCCTC TCCTTAGGGC TGGGGATAGG
GGTTCAGGTA AGTGGATGGC CATAGATTAC GACACTGCTT TCGACATACT GGTTAATGGT
GCCTCAGCCA AGAGCTGGAG CAACTTAGGA ATTACCCCAC AGGAACTAGG GGTTGCTAAT
TTCCAAGGTC TAATGCAGAT TAGGGAGACA AATCCGCACT CCCTAGTCTT CATGCAGGGA
AGGGATCAGT TAATCCCAGG AATTACCGCA GGCTTCTTTG CAGGCAATTA TGGTACAGCT
AACGCCGGGG CACACGGTGG ATTCTGCTCC ATGAACGTCT ACACTGCAGG AGTTTACGTT
ACTGGTGCTC CAGTGTGGGA GTACGCTGGA CCTGACGAGG AGAGGGCTCA GTACTTCATT
CTAGCAGGTC TAGCTGGAGA TCACTTCCCC AACTGGATGA GAAGGATCAT TGCGAGGATA
AGGGAGAATG GAGGTAAAGT GGTTACAATT GCCCCTGAAA GGTTCGGTTT CTACTCTGTT
TCTGATGAAC ACCTCTTCAT CAATCCAGCC ATGGACGGAG CATTGGCCAT GGGATGGATA
AGGGTTTTGG TTGACTTCCA CTATTACGTG TATAAGGCTT ATCTTGCTTC CACGGGACAA
GGTCCAACGG TCCTTAACCC GATCACCTTG ACGCCGGTGC AACCTGCATA CGACACCTCC
TCTGGCCAAC TGGTGATGCA GACGGTTACC CCATCTGGTC AAGTGCAGGC TATACCCAGT
TTAGGTGATA TTCCCAGCAC CGCCGTATTC CCGCATATTG ACGAGGAGTT CTTGAGATAC
TACACCAACA TGTCCTGGCT CGTCATAGTG AACCCTAACC CGCAGAACGG TGACGCCCTA
GATCCCACAG ATCCGACTGC AGGGAATAAC GTGGGGCTAC ACCTGAGGAT GCCCGTTAAC
AACTCAGAGT ACAGTGGCGC TCATCCATGG CTAGAGGCCA TTATGGGGAA TGACGGCAAC
GTTTACTCCT ATGTGGACAC TCCATGGCAG AAAAACGTGA TGCCAATCCT AACCATGGAT
GAGCTTCCCT CAAGCATGCA GTCAAGCATT GTGCAGGTTC CCTACAAGCT AAAGAATGGA
ACGTCAGTGA AAGTACCAGC TATCCAGGTC ACAGTTCCCA AGGCCTTAGG TTCCTCTGAG
ACCATAACGC TCACCGTTAC GACTGCGTTC GAGCTATTTA GGGCCGAGCT TCTCAACTAC
GATCCATATA CACCTTCATC TTCCTCACCA CAATACGGAG CCCTTAACGT TGCTGAGCTC
GCTGGTATTC CCCATAACAC GATAGTTAGA ATTGCCAATG AGCTTGCGAC TGTCGCATTC
CAGAAGTCGA TCTACGAACC AGCTCAATGG GTTGACTACC TAGGTAGGTA TCACGATCAT
GTTGTGGGAA GACCTGTCTC GATTTACTTC ATGAGAGGTC TAGCTGCTCA TGCCAATGGG
TTCATGAGCT CAGCTGCCTA CTATTACCTT GTGCTGGCCC TGGGTGCCTG GGACAACCCT
GGTGCCGATC TTTATAAGTA TCCTTATCCG CACTACTTCC CTGGTCATGC TGTACCTCCG
CATCCCTTAG CTAACTCTCC ACAGATTGAC CCCAACATAG CTTCAGCTAT AAGTGGGATG
AACGTTACGA TACCTAAGGG TAGATCTGGC TTCCTCAAGA CGGAGTACAT CTATAATGAT
GGCACCGTTG ACATAAAGAA AGTCACTGTC GTGGGTGCAG GTCCCTACGG ATATCCTGAT
GGACCAGATG ATCTGGTACT ATTCAGTACT GGAAGACCCT TACTCATCGA CAGAGGTTAC
AGCTGGGAGA TGCCTCTTTC CACGCAGAGG TCCATTTCAG CAGTTGCTTA CACAACATAT
TTCGCTAACA AGAATCCCAA CCAGGTTATT CCGTATACCG TTAACGCAAT GATGTGGTAC
ATTACTGCTC CCTACTGGAA CAATGCCTAC ACTTTGACCG ACCTATTACA GAAGGTCACA
GAGAAGGGTA GCGATGGTAA TTATGTAATT CCATTTACCA TAAGCTTCGA TCTCTTCATG
CAGGAGACTA ACAACGTTGT AGACCTGGTG ATGCCAGACC TATCCTTCCT CGAGATATAT
GGTTTCCACA GCACCTTTGA TAGACCCACC AGTCTACCAC AAGGTCCCTC CGATTCCTTG
AACTGGCCCG CACTACCATC CATGTATCCG GTCCTATCTA CAGGGGACAC GTTACTGACC
CTTCTATGGT TACTTAGGGC ATATCCAGGG CAGAAATCCA TAACACCTAC CGATAATCCT
CACTACACTA CCCAAGATCC AATAACAGGT GGAAATCTGG TAAGCCCGGT CTCCGTTACG
GACCCAATAA CAGGAACTCA AATACTGACT CAAGGTCAAC CTGGTCTAAT CTCTTCTGCA
ATGTATATTC TGAAGTCCGG AACGTTACTA GCGGGATATG GAAGTAACTT CGAGTATATC
CTTGCAGACT CAGAGGGTAA ACAGGTACCA AACCCACAGC AACTAAAGCT CTACGCCTCC
TTCGTCCCAG CCTCCTCTAA TCAGCAGAGT GTTATTAATC AGATACTAAG TAGTGTGCCA
TCTGGTCAGA CCTTCTCCAC AGCGCCTACA TACAAGATTG GGGCAAGCGA CAGGTCCTCA
GGTACAGAAC ACTACTTCAG GATTCCGGTC AAGTTCCAGC CGGGCCTTCA AACAAAATTA
CAGAATATCA TCAGCAAGTA CGCTCCTAAC ATGTCCCTTA GTGACATCAA TCCTGGATAC
GTCAAGGTAG GAAAGGGAGG CGCAGCGTAC GTTCTTCCTC CTTCCATAAG GTACATGAGA
AACGTAAACA TGTTCTACTT CCTGGGATGG GGCGCTTATA TGCCAGGAGG ATATGGACCC
ATTGGACTGC CGTATGTCCA CAGGATTTAC TTGGAATACC TCCAGAAGTT CAGGTTAGCT
GCAGCCGGAA AGTGGACAGG ATACAATGCA GCTTACTATT ACTACTACCA GCTGACTGGA
AATTCCAACT TCAAGGTGCA GTCCGTGTTG CCGAATGACA GCTATGGTCA AGCTCTGGCA
AAGAACATAC TGGACTATCA CAGACCCTTC GGAGGGTATT ATCCACCACC AGCTTGGGCT
TCCAACATAA CATCAGACGG GATCAATGAG AATGAGTATC CCTTAACGTT CTTTGTGAGA
AGGCACGACA GGACATATCA CACTTGGTCA TTCAATGTTC CATGGTTAAC TGCTATCATG
CCCTATACTC CAGTCATGCT AAGTTCCGCA GACCCCTACG TGCAGAGCAT GGGGATACAG
AGCGGTGACA TGGTCCAGTT TGAGGCAATA AACGAACCTT GGAGCGGTGG TCTCAGAACC
ACATTGACAG CTGTGGCATT CCTGGATAAT GCCACCAGGC CCGGTGCAGC TTGGGTTGTA
GTATCTGCCC AGGCTCTACC TGGATTCAGG GGACAGACTG CTGAGTCTCC GCAGGTGAAG
TATAGCGTTC TAAATAACTG GGCCAATATC TCCTACATGC CACCATCTAG GGGAGGACAA
CTCTCTCCGA CAACGGACAA GGCGTTCCCA ATCATGTACC TAGATCCGAT CACTGGTCAA
ACTTCATGGC ACGATAGCAG GATAAAGATT GTGGGTAAGT CCTCTGCGAC ACAGGTACAG
GTCACAGCTA ACAAGTTCGT GTACATGGGC CAGGACTTCT CAAACCAGGA TATTCTATCC
ACTATACTTA ACCAAATGGG AGGTCAGATA TCTGTCAGCA ACTCCCCATC TACCCCGACC
TTTGCACAAC CTGTGAATGT GCCTCACCTG AGATTTGATG CCAACAACAT GACCTCCACA
AGTATATGGA GCTACGTATC GCCAGGATCC CTGGCACCAG GTTACACCAT AGGCAACTAC
AAGGTGAGGT TCGGTTTTGC GACCGATCCT TCAAGTCAAG GGTGA
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| Protein sequence | MSHLKLSRRD FLKVSGAAAL GTALILGGNS VAKKIFDTFS ETNYTLNYPS DEIVYSNCFQ
CLGRCALEIV RTPTGFPRFI TGTIGWHIND GGVCPRGASD VYYYFAPARL RYPLLRAGDR
GSGKWMAIDY DTAFDILVNG ASAKSWSNLG ITPQELGVAN FQGLMQIRET NPHSLVFMQG
RDQLIPGITA GFFAGNYGTA NAGAHGGFCS MNVYTAGVYV TGAPVWEYAG PDEERAQYFI
LAGLAGDHFP NWMRRIIARI RENGGKVVTI APERFGFYSV SDEHLFINPA MDGALAMGWI
RVLVDFHYYV YKAYLASTGQ GPTVLNPITL TPVQPAYDTS SGQLVMQTVT PSGQVQAIPS
LGDIPSTAVF PHIDEEFLRY YTNMSWLVIV NPNPQNGDAL DPTDPTAGNN VGLHLRMPVN
NSEYSGAHPW LEAIMGNDGN VYSYVDTPWQ KNVMPILTMD ELPSSMQSSI VQVPYKLKNG
TSVKVPAIQV TVPKALGSSE TITLTVTTAF ELFRAELLNY DPYTPSSSSP QYGALNVAEL
AGIPHNTIVR IANELATVAF QKSIYEPAQW VDYLGRYHDH VVGRPVSIYF MRGLAAHANG
FMSSAAYYYL VLALGAWDNP GADLYKYPYP HYFPGHAVPP HPLANSPQID PNIASAISGM
NVTIPKGRSG FLKTEYIYND GTVDIKKVTV VGAGPYGYPD GPDDLVLFST GRPLLIDRGY
SWEMPLSTQR SISAVAYTTY FANKNPNQVI PYTVNAMMWY ITAPYWNNAY TLTDLLQKVT
EKGSDGNYVI PFTISFDLFM QETNNVVDLV MPDLSFLEIY GFHSTFDRPT SLPQGPSDSL
NWPALPSMYP VLSTGDTLLT LLWLLRAYPG QKSITPTDNP HYTTQDPITG GNLVSPVSVT
DPITGTQILT QGQPGLISSA MYILKSGTLL AGYGSNFEYI LADSEGKQVP NPQQLKLYAS
FVPASSNQQS VINQILSSVP SGQTFSTAPT YKIGASDRSS GTEHYFRIPV KFQPGLQTKL
QNIISKYAPN MSLSDINPGY VKVGKGGAAY VLPPSIRYMR NVNMFYFLGW GAYMPGGYGP
IGLPYVHRIY LEYLQKFRLA AAGKWTGYNA AYYYYYQLTG NSNFKVQSVL PNDSYGQALA
KNILDYHRPF GGYYPPPAWA SNITSDGINE NEYPLTFFVR RHDRTYHTWS FNVPWLTAIM
PYTPVMLSSA DPYVQSMGIQ SGDMVQFEAI NEPWSGGLRT TLTAVAFLDN ATRPGAAWVV
VSAQALPGFR GQTAESPQVK YSVLNNWANI SYMPPSRGGQ LSPTTDKAFP IMYLDPITGQ
TSWHDSRIKI VGKSSATQVQ VTANKFVYMG QDFSNQDILS TILNQMGGQI SVSNSPSTPT
FAQPVNVPHL RFDANNMTST SIWSYVSPGS LAPGYTIGNY KVRFGFATDP SSQG
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