| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC6_0141 |
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| Symbol | |
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| ID | 5738350 |
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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 | Methanococcus maripaludis C6 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009975 |
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| Strand | + |
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| Start bp | 113804 |
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| End bp | 119206 |
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| Gene Length | 5403 bp |
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| Protein Length | 1800 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 641282606 |
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| Product | cobaltochelatase |
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| Protein accession | YP_001548196 |
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| Protein GI | 159904534 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1429] Cobalamin biosynthesis protein CobN and related Mg-chelatases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGCGGTTTA AAAATATATT TTTGATATTG CTAAGCGTAT TGATGTTATC ATCAATGCTT
ACATCTGTCT CGGCAGAAGA AAATCCAAAG ATTGCGTTTG TGGTCATTGG GGCTAATGAA
GCCTACATGG TCAATCAGGC AGCTGAAGGA ACAGATGCAA ATGTTACAGT GTATTATAGT
GCACGTGATT CTACGGTAAA TGTAACATAC AATAGTTTTC AGGACATGGA TTTAAGTAGT
TATGATGTAG TTTTCGTGTA TCCAAACACG GCCATGCTAT TTTTAGGGGC TGATGTCAGG
GATGAAATTG ACGAAGCCAT TACTAACACC GTAGATCCAG CTACCCCAGT AATTGATTTA
GGCTTTGGAA CGGGTAATGT TAATCTTACA GAACATCCCT ACATCGAAGC TTACGTTGAT
AATGCAGGTA CTGAAAATAT AAGGCGGTTA ATATCATACA TCGCAATAAC TTTCTGTGAT
GCAGACGGAG ATATTGAAGA ACCGATAGTC ATCCCTGAAA ATGGTATCTA CCACCCGGAT
GCAAATTTAG TTTTTGAAGA CTTGGATAGT TACCTTGAGT GGTATTCAAG CGATGATGGA
ATTCATCACG TTTATGATTC GAATAATATT ACGATAGGGC TCAGCTTTTT TGATTCCAAT
ACTGGAACTA AAGGTAATCT TGTCGTGGAT GCTACAATAA GAGAACTCGA ATCAAGTGGC
GTTAATGTAA TCCCTGCTTT TAGACCCACA GTACTTTATG AAGATACTCC AAAATTCTTT
GAAGCAGACG GGGAATGGTT ACCCGATGCA TTTATTGACT TTGGATATGG AGTATGGGTA
ATTCCAGTAC TTAACAAAAA TACAACGTAC CTTCAGGAAG CAGGCGTTCC CGTAATCAAC
GCAGTCATGT ACTCACAGTC GCTTGATGAA TGGGCTAACG GTACAACAGG AAGCGCTTAT
GACTTCCAGT ACCAGATACC ATTAATGGAA ATCGGAGGTC ATATCGAATC TATCGTAGTC
AGCGCAAAAG TAGCTGATGA AAAATACGGA GTAGAACTAG ATACCCCGAT TCCAGCACAG
GTTGACTGGA TGATTGATAG AACTCTAAAC TGGGTTAAGC TTCAAATAAT AGAAAATGAA
GAAAAAAAAG TTGCTATAAT TTATTATAAC CATGCTCCAG GTAAGCAGGA TGTGATGACC
GCATCAAACT TAGATGTTGC TCCAAGTATT GCAAACCTTG TTGAATGTAT GGATGAAAAT
GGTTACGACC TTGGTGAAGA AGTCCCAAAT AGTACCCGTA TAAGAGAATT GGTACAAGAA
CAGGGCAGAA ATATTGGAAA CTGGGCACCT GGTGAAATGG AAGAATTAGT TAACAACTAC
GATGTGGAAT TACTTCCAGT AGAACAGTAC ATGGAATGGT TCAGTGAACT TCCGCAAGAT
AAACAGGATG AAGTTATATC GACATGGGGC GAAGCACCTG GAGACTGCAT GGTATATGAG
AACAGTTCAG GCCAATACTT TGTTTTCCCA AAGATTTCAC TTGGAAATGT GGTTTTAGTT
CCTCAACCAA CCAGAGGCGG TTCTGACAAT GATAGTTTAT TATATCACGA CCAGACACTC
CCCCCAAGCC ACCAGTACAT TGCATTCTAC ATGTGGCTCG ATAAGCAGTT CGAAGCAGAT
GCTGTAATAA ATATGGGTAG ACACGGAACA CAGGAATGGT TAGCTGGAAA AGGTGTTGGC
CTATCAATAG AAGACTGCTG GCCAGCTATT ATGATACAGG ACATGCCTTC CATTTACATT
TACGAAGTTG GTGGAATTGG TGAAGGTATT CAAGCAAAAC GTAGAGGAAA TGCGGTTATT
GTGGATCACC TTACTCCCCC AATCGTTTCA TGTGGGCTCT ACGGTAATTT GTCAACAATT
CACCTCAAAA TGCACTTGTA TGAAGAAGAA GAGAGTGAAT CGCTTAAAGA AGAATATAAA
AAAAGTATTA TTGAGTTATA TGGAACTCTA GGGTTTGATA CAACATTTAA TATCTCAAAA
GAGGAATTAA GCTCTTATAA TGAAACGGAA TTTGAAAGTT TCGTTCTCGA AGGGCCTGTG
CACGATTATC TACACGAACT TGCACAAGAA ACAATGACTT ATGGGTTACA CGTGCTTGGG
GAACCTGCTG AAGGAGATGC GCTCGTAGCA ATGGTGTACT CGATTGTTTC AGACGATCTT
ATAAAAAGTA TCTCAAAAGT AGTTGATGAT GAACACCTGC TTGACACAGC TCATCAACCC
AACGTAATTA CCGAATTAAT CGAAGATGTA ATTATAAATG GAAGCTCGCC CGATGAAGCT
GTAATGAATA AATTGAATAT TTCGGGAACG GTAACTACGG AAGTGGTTGC TACTGCAATA
AGTGATGAAG ATGGAAACTA CACGTTAGAA AATATTCCAA ATGGAAACTA TACACTTACA
AGTTTCAAAT ATATTCAAAT GGGCAGCATG GGAATGTGGT TCATTGACGA AACAGACGTA
ACTGTTCAGG ATGGACAGGA TATTTCTGAT TTCAATGTAA CTACCCATAC CGCATCATCT
GATGATGGAA ATAATGAACT AGAAACAATC ACTGCATTGA ATATTTTATT ACAGAGGGCA
GATATTTCAG GAAAAACCCT TGGAAGCTCA CGTATGGGTG GAACACAGCC ATATGTAAAT
GTAACTGTAG TTCTTACCGA CGACAAAGGG GAACTTGTAG CCAATACTAC GAGTGATGAA
GATGGAAACT ACACGTTAGA AAATATTCCA AATGGAAACT ATACACTTAC AAGTTTCAAA
TATATTCAAA TGGGCAGCAT GGGAATGTGG TTCATTGACG AAACAGACGT AACTGTTCAG
GATGGACAGG ATATTTCTGA TTTCAATGTA ACTACCCATA CCGCATCATC TGATGATGGA
AATAATGAAC TAGAAACAAT CACTGCATTG AATATTTTAT TACAGAGGGC AGATATTTCA
GGAAAAACCC TTGGAAGCTC ACGTATGGGT GGAACACAGC CATATGTAAA TGTAACTGTA
GTTCTTACCG ACGACAAAGG GGAACTTGTA GCCAATACTA CGAGTGATGA AGATGGAAAC
TACACGTTAG AAAATATTCC AAATGGAAAC TATACACTTA CAAGTTTCAA ATATATTCAA
ATGGGCAGCA TGGGAATGTG GTTCATTGAC GAAACAGACG TAACTGTTCA GGATGGACAG
GATATTTCTG ATTTCAATGT AACTACCCAT ACCGCATCAT CTGATGATGG AAATAATGAA
CTAGAAACAA TCACTGCATT GAATATTTTA TTACAGAGGG CAGATATTTC AGGAAAAACC
CTTGGAAGCT CACGTATGGG TGGAACACAG CCATATGTAA ATGTAACTGT AGTTTTAACA
AAAGAAACTG TCAAAAGTTC AGAAGAAGCT GCAGAAATAA TCGAAACACT TAATTATGCA
TCAGAAATCG CTGAAAATAT AGCAGCATGT TCTTGTGAAC TACATAGCGT TATCGATGCG
CTTGATGGAA AGTATATCAC ACCAGGCCTT GGAGACGACC CGATAAGAAG TCCCGAGGTA
ATTCCAACGG GAAGAAACTT CTATGCATTT AATCCAAATA TTATACCTAC CGAAGAAGCC
TGGAATGTTG GAAAACAACT TGTTGATGAT TTTTTGGAAG AATGGCTAGA AGAATACGGA
GAATACCCTG AAAAAGTAGG ATTTGTATTA TGGTCATCTG AAACAGGCCG ACATAAGGGA
GTTATGGAAG CAGAAATATT ATATCTCTTG GGAGTTGAAC CTGTGTGGGA TGATTCAAAT
GTTGAAGGAG TAAGACTCAT TGACAGTAAA GAGCTCGGCA GGCCAAGAAT TGATGTAGTA
GTCACAATGT CAGGAGTATA TCGTGATGAC TATAACTGGC AGGTAGAATT GATGGACATG
GCTGCAAGAC TTGCTGCGGA ATCCGAAGAT GATACCGAAT ACGAAAATTA TGTCAAAACG
CATTCTGACG AAATATATGA TTTATTAATG GCTACAGGCA ATTATACGGA AGAAGAAGCA
GATTTACTTT CCAAATCCAG AATATTTGGT CCAGCTCCCG GAACTTGGGG AGTTGGGGAA
TTTAGAAGTG CAGTTGAAAG AGGAGATTCT TGGGATAATG ACAGTATCCT TGCCGATTTA
TACGTAAGCT CCATGTCAAA CATTTATGTA AACGGAGAAT GGGGCGGACA AGAAGTTGAA
ACATTTAGAG AAGTACTCTC TGGAACTGAC GCATTATTGT TCAGTCGTAG CGGCAATGAT
GGTAGGGGAT CAAGCAGTGT TGTATTTGAC CACGTTTACG AGTTTTACGG AGGATTTGCA
ACTGCTGTAC GAGACATTAG CGGAGAAGAT CCTGTAAAAT TCATTGTAGA TCTAAAAGAT
GCTGATGAAG CCACTACAGA AGCTTTCAAT TCTTATCTTG CAAAAGAACT ACTTTCAACA
TATTACAATC CATTATACAT TAGTGGACTG ATGAGTTCAG GCTATGCAGG TGCAGCTGAG
ATTTCAAGCA TTATTGAAGA TCTTGCAGGA TTACAATACA CACTTCCAGG AGATATTAGT
GGCGAAATGT GGGAACAAAT GTATAATATA TACGTGGAAG ATTCTTACAA TCTCGGAATG
GATGAATGGT ATGCTAATGA AAATCCTTGG GCTAAACAGG CTATCGAATC TAAAATGCTG
GAAGTAGCAA TGAAAGATTA CTGGGATGCT GATGATGCAA TCTTAGAAAA TTTAGCAAAT
GAATACATTC AATCAGTAGT TGAATACGGA GTTACCTGCT GTCACCACAC CTGTGGATTC
CTTGAACTTA ACGAATGGGC AGTAACTCAT TCATCAGTTG ATGAAGAAAC ATTAAAAGAG
TTTGAAAGAT TATACGAAGA AGCTACGCAG AAAGACTTGG ATATTTCAGA CGATAGTACG
GAAATTCCAG AACAAAATGA TGAAAGTTCA AGTTCCGATA GTGATCCAGA TACATATTCA
AAAGTGTACT CTGGAAATGA ATCAGTAATC GAAGCAGTAA ATGCAACAAA TACTACAATA
CCCACAAACA CCACAGTTAC TGAAGATGCA GCACCGAGTG TTGGTTCTGA TGGAGGCAGA
AGTAGTTCTG GAAGTTCAAG TTCAAGTACA GAATCTTCTT CATCTTCAAC ATCAAAAACA
CAGAAAGCAT ACGAAGTTAC AGTTGCAAAC GAACCTGAAC AGACTGAAAC ATCTGGAACA
ACGGTTATTG CAATTATCGG TGCAGTTGGA ATGACTGGAC TTGTAGGTGT TGGATACTTT
AAGCAGAATC CAGAAGTATT TACAAATATA ATAAATGCTC TGAAACTTTT GAGAAGAAAA
TAA
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| Protein sequence | MRFKNIFLIL LSVLMLSSML TSVSAEENPK IAFVVIGANE AYMVNQAAEG TDANVTVYYS
ARDSTVNVTY NSFQDMDLSS YDVVFVYPNT AMLFLGADVR DEIDEAITNT VDPATPVIDL
GFGTGNVNLT EHPYIEAYVD NAGTENIRRL ISYIAITFCD ADGDIEEPIV IPENGIYHPD
ANLVFEDLDS YLEWYSSDDG IHHVYDSNNI TIGLSFFDSN TGTKGNLVVD ATIRELESSG
VNVIPAFRPT VLYEDTPKFF EADGEWLPDA FIDFGYGVWV IPVLNKNTTY LQEAGVPVIN
AVMYSQSLDE WANGTTGSAY DFQYQIPLME IGGHIESIVV SAKVADEKYG VELDTPIPAQ
VDWMIDRTLN WVKLQIIENE EKKVAIIYYN HAPGKQDVMT ASNLDVAPSI ANLVECMDEN
GYDLGEEVPN STRIRELVQE QGRNIGNWAP GEMEELVNNY DVELLPVEQY MEWFSELPQD
KQDEVISTWG EAPGDCMVYE NSSGQYFVFP KISLGNVVLV PQPTRGGSDN DSLLYHDQTL
PPSHQYIAFY MWLDKQFEAD AVINMGRHGT QEWLAGKGVG LSIEDCWPAI MIQDMPSIYI
YEVGGIGEGI QAKRRGNAVI VDHLTPPIVS CGLYGNLSTI HLKMHLYEEE ESESLKEEYK
KSIIELYGTL GFDTTFNISK EELSSYNETE FESFVLEGPV HDYLHELAQE TMTYGLHVLG
EPAEGDALVA MVYSIVSDDL IKSISKVVDD EHLLDTAHQP NVITELIEDV IINGSSPDEA
VMNKLNISGT VTTEVVATAI SDEDGNYTLE NIPNGNYTLT SFKYIQMGSM GMWFIDETDV
TVQDGQDISD FNVTTHTASS DDGNNELETI TALNILLQRA DISGKTLGSS RMGGTQPYVN
VTVVLTDDKG ELVANTTSDE DGNYTLENIP NGNYTLTSFK YIQMGSMGMW FIDETDVTVQ
DGQDISDFNV TTHTASSDDG NNELETITAL NILLQRADIS GKTLGSSRMG GTQPYVNVTV
VLTDDKGELV ANTTSDEDGN YTLENIPNGN YTLTSFKYIQ MGSMGMWFID ETDVTVQDGQ
DISDFNVTTH TASSDDGNNE LETITALNIL LQRADISGKT LGSSRMGGTQ PYVNVTVVLT
KETVKSSEEA AEIIETLNYA SEIAENIAAC SCELHSVIDA LDGKYITPGL GDDPIRSPEV
IPTGRNFYAF NPNIIPTEEA WNVGKQLVDD FLEEWLEEYG EYPEKVGFVL WSSETGRHKG
VMEAEILYLL GVEPVWDDSN VEGVRLIDSK ELGRPRIDVV VTMSGVYRDD YNWQVELMDM
AARLAAESED DTEYENYVKT HSDEIYDLLM ATGNYTEEEA DLLSKSRIFG PAPGTWGVGE
FRSAVERGDS WDNDSILADL YVSSMSNIYV NGEWGGQEVE TFREVLSGTD ALLFSRSGND
GRGSSSVVFD HVYEFYGGFA TAVRDISGED PVKFIVDLKD ADEATTEAFN SYLAKELLST
YYNPLYISGL MSSGYAGAAE ISSIIEDLAG LQYTLPGDIS GEMWEQMYNI YVEDSYNLGM
DEWYANENPW AKQAIESKML EVAMKDYWDA DDAILENLAN EYIQSVVEYG VTCCHHTCGF
LELNEWAVTH SSVDEETLKE FERLYEEATQ KDLDISDDST EIPEQNDESS SSDSDPDTYS
KVYSGNESVI EAVNATNTTI PTNTTVTEDA APSVGSDGGR SSSGSSSSST ESSSSSTSKT
QKAYEVTVAN EPEQTETSGT TVIAIIGAVG MTGLVGVGYF KQNPEVFTNI INALKLLRRK
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