| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0509 |
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| Symbol | |
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| ID | 5325666 |
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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 vannielii SB |
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| Kingdom | Archaea |
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| Replicon accession | NC_009634 |
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| Strand | + |
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| Start bp | 556537 |
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| End bp | 561021 |
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| Gene Length | 4485 bp |
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| Protein Length | 1494 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 640786172 |
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| Product | hypothetical protein |
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| Protein accession | YP_001323028 |
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| Protein GI | 150399261 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | GTGAATAAAA AATCAGCGAG AGCGCTGTTT TTAGTATTAG TTATGGTGCT CTCGAATATG
GGGGGAGTCA TGGCTCTCAA CCCTACAACC AGTGGCTGTG TTGATTGCGG CACTTCAAAC
GGGAATAGCG GTTCGGGAAC CATTATAATT GATTGTGATC AGTGCAATAC TGACGGAAGA
TGTTTTAATG TAGCTATTAC CTCACCAGCA GATATGTCTG AATGGTGCGA CCTTGTTCCA
ATTAGTGGAA CAATAGTACC TTGTGCTCAT GACACTATTG GCTGTGCTGA CTATATAGTA
GTTTATTCAA AATACTTGGG AGACTATGAA TGCCTTCCGG GAAATGCAAG TTCAATTGCA
AATACGGGTT CAGGATGGGA CTACGTAGGT AGCGACACAA CTTTAGAAGG AGAATGTCCT
ACACTATGGG GATTAGACTG GCCAATTTGC TGCGAAATTG ATGGATGGTA TGTATTAAGA
GCAATACTCT ATAATGGATG CGATGTTCAA GTCGGATGTC CATCAGATCC AGTATATGTA
TACTTCGATA AAGGGGTTAT GGTAAGCCTT GCATTACCTG ATACATTATA CTGTGGAGGA
GTTATTGAAG GATGTTTAAA TCAAACCTGT GACTGCGTTG ATTACATATT AATCACTGCA
GAATACATGG GAGATATGCC AAAATGCGAA CCATGTATGC CTACAAGAAC ATATGTTATA
GACAGAGCAG AGTTTAAAAG CGCAATGTGC TGTGACTACA CGTTTGACGT ATTTTTCAAT
GATTTATACT GCGAAGGAGA ATATAAAATA ACTGCTACGC CATATGCGGA CTGTACTGAT
AACTGCATTT ACGATGGCGT TCAAATTGGG GAAAGTTACG TAGGATACCT CGAAATTATA
AGAGGAGATG TATGCTTTGA AATACTTTGT CCTGCACCAG TTTCACCTGA ATGTGGAATG
ACGCTTTGTG GGCCGATTAA TTTTAAAGGT ATATTAAACG ACCCTTGTAG CGGGGCAAAA
TATATCGAGT TTTACGCTGA AAAAACAGGC GAATATAATT GGTGCTCTGG AGCATGTTAT
GAATCATGTA ATGCATGTGA TGGAGAAGAA ATTATAAGCT TTGACATTAA ACCTACAAAC
TTACCTGAAA ATATCTGTCC AAAGTGTGGA ACTACAATGA ATCCTATAAT TTGTGGCCCA
TGTGGTGGAA CAATTCAAGG ATACAAATGT CCAAACTGCC CTTCAAACCC GGGTAATCCT
AACGGTGGAA CGGGAGTTTC AGAGTGTATT TGTCAAAATC CTGCTGACCA TGGCAAGTAT
ATTTCTAAAT CAGCATTAGA AAATATGATT TACCTTGGAA GCACGTATGC TACAATGCCA
AACTGGTCAT TTGTTACAAA TGAAATGTGT AATCTTGATT CAGGATGCTA TAAAGTATAT
GCTGTAGTAA TTGACAGTTG TGAATGCGAT GAAGAATATA GATATGATGA CATTTCATTT
GCATACTGTA ATGAGAGAGA GTTAACAATA GAACTTGATG ACTGCATAGT AACTGAATGC
ATAGATGGAG AAGAATGTAC TAAAATATAC AAAGTAAAAA GTGGAACGGT AACTGCGAGA
GGAAATATTA CAGTTCCAAC ATGCTGGATA AACTATCCTG AATACGTAGG TCTTGAATAC
AGCCTTGGAC AAATGCAAAT ATGTGGCCCA ATTATTTGGG GCGATTGGAT ACCTGCAAGC
TGTATTGACG GGTCAATTAC GTGGAATAAC GATGGAGAAT GCCTTAAATC AGGTGTTTGG
GAAACTACAT GGTGTACTCC AGAAGATATT GAAAGCAAAT ATTTTGTAAA AGTAAGAGGA
GTTGCAAAAG AAGGATGTGG GGAATTCTAT TCTGGAGACA TTAAAACAAG TATTTACAAC
AAGTTTGACG TTAACATATT TGACCCATGC GAAGGAAATA CAATATACAA CGGTAAAGTT
ATAAGAGGAT TTGTATGGGC GGAATACGAT GGATATGGTG GAATGTTAAG TAAAAACGTA
TGTTTACCTG ACCACGTAGA TTTATACTGG AGACCATACG GAGCCCAACA CTGGGCCCCA
ATGGATAGCG CATTTTTACA CTGGAAAAAT TCTGAACAGT ATATCGACTT TATGGATTAC
GGAATAGACC CTGGAATGCC AAAATTACCT AAACTTAACT ACAAGTGGGG TAACTGGGCA
TACTGGGACG TTACATGGAC ATCATGCATG GTAAACTGCG TAGATAATGG GCACTACGAG
ATAAAAGCAG TTGTAGAACC CTGTATAGAT GATGAATGTG GAACATTTGA ACGTGCAGAA
TACATTATTG ATGTATGGGT AGACGATACA TCCGGTGTCA TGATATCCAA ACCATTTGAC
GGACAAACTG TATGCGATAA CTTATGGGTA TACGGTACTG CAGTTGGTGC AGGAGTTACA
AATGTAGACT TCTACGTGTC AACCGACAAC GTTACGTGGA CACTCTATAA AGAAGACATC
GATGTAAACG TAAATGATGG AAGATGGAAA GCACCACTTA ACACTTGCTG CTTTGAAGAT
GGGCCACTCT ACTTAAAGGC TGTTGTAGTT GGGCCGTGTG ACATTAGCGA AAGTACAATT
ATGGTAAACG TGCTAAACGC TATAGAAATG GATCTTACAT GCCCTAACGA TTGCGTATGC
TACGTAAACG GCGACAAAAT GCCAATAAGG GGGACATTAA CTGGTTGTGA TGTAGATAAT
AGGGTAGAAA ATGTAAAAGT ATACATGGGT GCAGGTAACG GCCAACTTAT TGGAATAATT
CCTGCTAAAG ACTTTAGATA CGTTGGAGAT GGAGTATGGG AATGGGGAAT GTGTTTTAAC
CCATGTGTTT TAAACGGCGG TTCAACACAG CTTATCGCTA GAGCAACATA CAGGTGTGGA
AATAACTACT TTAACATCGA TACTGGCCCA CAAAGACCAG TTATACAGCA TGATCCAAAC
CTTAAAATAA TTGATATTAC TGGGCCTGGA AGCAGTCCAT CAGTTGGCGG AACTGTTTCA
ATAGAGGGTA CTTTAGAAGG AACATGTATT GACTACCTAA CATTTGAATA CAGGAAAATA
TGTGAACCAA ATGGGCAACC ACTAAGCGAT TGGATGCCAT TCCCTGGAGT TAGCGTATTA
ACTGTTCCGG AAATGTGCAT GTGTGAAATT TGCATGTGGA CTTTTGACAT AGATACGTGT
GGAATGGATG GACTATACGA AATAAGGGTC AAAGCATTTG GCTGGCCATG TGGTGAAATA
GCCTCAGATA CTGACTTTAT ACGGATAAAT AATAAAATTG GAATTACGCT AGATGTTCCT
GCAATAAATT CAGGAATAAA AAGTGGAACT ATTGAAGTTT CAGGTACAGT TGAAAACTGC
CCTGTAATTG ACAGAATAGA ACTTTATTAC GTATTAAATG GAGATTTCTT CTTAATTAGT
GATGAAATTA CATGTAGTAA TGAAACTTGG AGTTACATGT GGGACACCAC AACTGTAGCA
AACGGAGGAT ACTGCCTTAT TGCTTACGCA TACGATGATG ATTGCGACAG TATGGCGTCA
TCAAAAACGA GAGCCATTTG TATTGAAAAT AATGGAGTAC CTCCAGTAAT AAACGAAACA
AACGACACGA TATTTAGAGA ATGTGTAAAA ATAGAAACAG TGTGTTATGT ACCATGCACA
ATGCTTAGAG TAACATTCAA CGATACAGTA TCAATTAATG ATTCATATAA CCCTGCAAGT
CCATTAGATG GATTTGAAAT TAATTACGGA AACTTCGGGC CAAATCCAAC AATGGAAGAG
GATGCAACAG ATGACCATGT AATAATAATT AACTTGGGAA CTGGTTACGT TATCACGCCA
GGAGTTACCG AAATAAAACT CAAGCCAAAT CAAACTGCAA TACTCGGTCC AAATGGAATT
CCTATTGTAG ACTGTAGTGC TGAATTAAAA ACAATTCCTC AAGCTCAGAA CAGTGGTAAT
TCTGAAAATT CCGGTGTAAT AACACTTGGA AACATGAAAA TGTTTTCAGT ACCTTGTAAA
GTAAATACTG GGCAGATGGT TGGAGATGCA GGCGTTAATA ACGGTGCATT TGTAAAATTC
ACCAATGGAA AATGGGAAGC TGTTAGTGAA TTCAAACCAT TAGAAGGCTA CGTATACATT
GGTACCTTTG AAGGAGATAT GCCAATATAT ATAGAACCAT TATTACCAAC TGACACACCA
CCTGAAATAC AATTAGCTTC AGGATGGAAC CTTGTCGGGG TAAATACTTA CGGAGGATCT
TTCGATCCAG TACCATGTAA TGAATTCCTT GGAACTGCAC CCATTAGTAA ATTATTAGAA
TTCAGTTCCA GCGGATGGTT AAAACTCAAT GGTGGAAGTA ACCTTGTACC AACTAATGCA
TATTGGGCAT ATGCTGATTC AGGATGCAGT TTTGCCGGAC AATAA
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| Protein sequence | MNKKSARALF LVLVMVLSNM GGVMALNPTT SGCVDCGTSN GNSGSGTIII DCDQCNTDGR
CFNVAITSPA DMSEWCDLVP ISGTIVPCAH DTIGCADYIV VYSKYLGDYE CLPGNASSIA
NTGSGWDYVG SDTTLEGECP TLWGLDWPIC CEIDGWYVLR AILYNGCDVQ VGCPSDPVYV
YFDKGVMVSL ALPDTLYCGG VIEGCLNQTC DCVDYILITA EYMGDMPKCE PCMPTRTYVI
DRAEFKSAMC CDYTFDVFFN DLYCEGEYKI TATPYADCTD NCIYDGVQIG ESYVGYLEII
RGDVCFEILC PAPVSPECGM TLCGPINFKG ILNDPCSGAK YIEFYAEKTG EYNWCSGACY
ESCNACDGEE IISFDIKPTN LPENICPKCG TTMNPIICGP CGGTIQGYKC PNCPSNPGNP
NGGTGVSECI CQNPADHGKY ISKSALENMI YLGSTYATMP NWSFVTNEMC NLDSGCYKVY
AVVIDSCECD EEYRYDDISF AYCNERELTI ELDDCIVTEC IDGEECTKIY KVKSGTVTAR
GNITVPTCWI NYPEYVGLEY SLGQMQICGP IIWGDWIPAS CIDGSITWNN DGECLKSGVW
ETTWCTPEDI ESKYFVKVRG VAKEGCGEFY SGDIKTSIYN KFDVNIFDPC EGNTIYNGKV
IRGFVWAEYD GYGGMLSKNV CLPDHVDLYW RPYGAQHWAP MDSAFLHWKN SEQYIDFMDY
GIDPGMPKLP KLNYKWGNWA YWDVTWTSCM VNCVDNGHYE IKAVVEPCID DECGTFERAE
YIIDVWVDDT SGVMISKPFD GQTVCDNLWV YGTAVGAGVT NVDFYVSTDN VTWTLYKEDI
DVNVNDGRWK APLNTCCFED GPLYLKAVVV GPCDISESTI MVNVLNAIEM DLTCPNDCVC
YVNGDKMPIR GTLTGCDVDN RVENVKVYMG AGNGQLIGII PAKDFRYVGD GVWEWGMCFN
PCVLNGGSTQ LIARATYRCG NNYFNIDTGP QRPVIQHDPN LKIIDITGPG SSPSVGGTVS
IEGTLEGTCI DYLTFEYRKI CEPNGQPLSD WMPFPGVSVL TVPEMCMCEI CMWTFDIDTC
GMDGLYEIRV KAFGWPCGEI ASDTDFIRIN NKIGITLDVP AINSGIKSGT IEVSGTVENC
PVIDRIELYY VLNGDFFLIS DEITCSNETW SYMWDTTTVA NGGYCLIAYA YDDDCDSMAS
SKTRAICIEN NGVPPVINET NDTIFRECVK IETVCYVPCT MLRVTFNDTV SINDSYNPAS
PLDGFEINYG NFGPNPTMEE DATDDHVIII NLGTGYVITP GVTEIKLKPN QTAILGPNGI
PIVDCSAELK TIPQAQNSGN SENSGVITLG NMKMFSVPCK VNTGQMVGDA GVNNGAFVKF
TNGKWEAVSE FKPLEGYVYI GTFEGDMPIY IEPLLPTDTP PEIQLASGWN LVGVNTYGGS
FDPVPCNEFL GTAPISKLLE FSSSGWLKLN GGSNLVPTNA YWAYADSGCS FAGQ
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