| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC6_1480 |
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| Symbol | |
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| ID | 5737354 |
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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 | 1382210 |
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| End bp | 1386730 |
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| Gene Length | 4521 bp |
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| Protein Length | 1506 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 641283981 |
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| Product | hypothetical protein |
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| Protein accession | YP_001549525 |
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| Protein GI | 159905863 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.66595 |
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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 | GTGAATAAGA AATCAGGACA AGCGCTATTC TTAGTACTTG TTATGGTTCT CTCCAATATG
GGGGGTGTTA TGGCACTTGA CATTGAAGAT TGCCCATGTA ACGGCGGCGA CAGTGGTTCA
GGTACCATTA TCATAGACTG TAACTGTACT GATAATAGAT GTTTTAACAT TAGTTTTACT
TCACCAGAAT GTGCATCCAC GTGGTGTGAT GAAGTACCGA TTGCCGGAAC AATCGTACCA
TGCGTTGATG ATGAATTGGG ATGTGCCGAC TATATTAAAG TATATTATAA ACAATTAAGC
GATGAATGCT GTGACTGTGA ATGTTACTGC GAATGCGGTA ATCCTGAAGC AGACAGTGGA
GAAGGATGGA GCGTTGTAGG TGTCGCTGAC ACTTTAAACG GAAGCTGTCC TGCAGTATGG
AGTTTAGACT GGCCTATCTG TTGTGAAACT GATGGCTGTT ACGTATTAAG GGCAGTACTC
TACGATGGCT GCGATATGCA GGTAGGATGT CCTTCAGAGC CGGTATACGT CTGCTTTGAC
AAAGGGGTTG CTGTAAGTTT AGCACTTCCA GAATCACTTT CCTGTGGAGG GGCTATTGCA
GGATGTTTAA ATGAATCTTG CGATTGCGTT GACTATATTT TAATAACTGC AAACTACACT
GGAGAAGGCT CTTGTTTAAG ATGCCCTCAA GAAGATTGCA TGCCTACAAT GACATACATT
GTCGATAGAG AAGACTTTGA AGAAGCTATG TGCTGTGACT ATATCTTTGA AGTATTATTT
AACAACCTTT ACTGCGGAGG ATGCTATGAA ATAACTGCTA CACCTTACGC AGACTGCACC
GATGACTGTA TGTACAATGG CGTACAAATC GGTGAAAAAT ACGTAGGATA CCTTGAAATT
ATAAGGGAAG ATGTGTGCTT TGAAATAGAA TGCCCTGCAC CAGTTACACC AGAATGTGGT
ATGACACTTT GTGGGCCAAT AACATTTTCA GGTATATTAA ACGATCCTTG TAATGCTGCA
GAATGTATTA AATTTTATGC GGTAAAAACA GGAAACTTCA CGCTTTGTGA TGGAGCTTGC
TGTGCACCAA CATGCAATGC ATGCGATGGG GAAGAAGTTG TAACTCTCCA GGTAGAAACC
GAAGAGTTAG CTGAAAATAT CTGCCCAATT TGCGGTGCAG AAATGAATCC AATTGTATGC
GGTGCATGCG GTGGAATAAT TACTGGATAT TACTGTCCAG AATGTCAATA TCCATCAAAT
GAAGATAGTG GAACAGGAGT TTCAGAATGT ATCTGTGGAC AGCCTGAAGA CCACGACAAT
TACATTTGTA AATGGGCATT ATGTGACATG GAATACCTTG GATGCACATA CGCTACAATG
CCAAACTGGA CATTCACAAC AAATGACTTT TGTGATTTTG ATTCAGGATG CTACGAAGTA
TATGCTATAG TTGTAGACAA ATGTGAATGT TACGATGAAT ACAGATACGA CACCGTCGAG
TTTGCATACT GCAACGAAAG AAACCTGACA ATTGAACTTG AAGATTGCGT ATGCGAAGGA
TGCTGGATGG GTAATAATTA CTATAAAGTA TATGACATTC AGAGTGGAAC AGTTACTGCA
TTTGGTAATA TCACGGTTCC AACCTGCTGG ATAGATTACC CGGACTATGT AGCCCTTGAA
TATGACTTTG GGGAAAAAGT ATATGACAGA TGCTCATGGC ATATTGAGTG GGACGGCGAA
TGGAAAGATG CAAGCTGTAC AGATGGTTCA ATTACATGGA CCTACAATGG AGCATGTCTA
ACATCAGGAA CCTGGGAAAC TGACTGGTGT ACTCCAGAAG ATATTCAGGA TGAAGAAGGA
AGATACGTAA GAATAAGGGG TGTTGCAGTA GGGGGTTGCG GAGAATTTGA ATCCGAACCT
ATTGGAACAA GCATTTATAA CGATTTTGAC ATTAAAATAA TCGATCCTTG CGAAGGAAAT
ACAATATACA ACGGTAAAGT CATAAGAGGA TTCGTATGGG TAGATACAGA CTGCTGCGGC
TGTTGGTGTT GGCCTGGATG CCACAGTTGG CCAGATGCTG ATGAAGTATG CTTGCCTGAC
CATATAGACC TCTACTGGAG AGAATATGGA ACCGAAAACT GGCTTCCAAT GGACAGCGCA
TTTTTGAGCT GGAAAAACAG TGAACAGTAC ATTGACTTTA CAGATTATGG AATAGATCCA
TTATATCCAA ACTTACCAGA TCTCAAATGG CATGACAATT ATGCATACTG GGATGTAACA
TGGACTTCAT GCATGGTAAA CTGTATAGAT AACGGACACT ACGAAATAAA AGCAGTAGTA
GAACCATGTG AAAATGATGA ATGTGGAACA TTCGAACGTG CAGAATATGT TATAGATATC
TATGTAGATG ACACCTCAGG TGTTACAATC TCAAAACCAA TCGATGGCCA AACCGTATGC
GATAACTTCT GGGTATACGG TACAGCAGTT GGTGCCGGAG TTTCAAACGT AGACTTCTAT
GTATCTGAAG ATAACACATC TTGGATGCTT TACAAAGAAG ATATCGATGT AAATGTAGAA
GATGGAAGAT GGAAAGCACC ACTTAACACC TGCTGCTTTG AAGATGGACC ATTATACTTA
AAAGCTGTAG TTACTGGCCC ATGTGACCAG AGCGAAAGCA ATGTAATGGT TAATGTAAAC
AATGCTATCG AAATTGATCT AACATGCCCT GACTGTTGCG TATACTACGT AACTGGAGAA
AAAGCACCTA TAAGAGGTAC TTTAACAGGA TGCTTAGTAG ATGAAAGAGT AGAAAGCGTA
AAAGTATACT CCAAAAGTCT CGGACTTATT GGAGAAGTAC CTGCTGAAGA CTTCAGATAC
CTCGGCGACG GCACATGGGA ATGGGGATTA TGCTTTAACC CATGTGTATT GAATGGAGCG
TCAACACAGA TATATGCTGA AGCAGAGTAC TCTTGCGCAA ATACATACAC AACAATAACA
ACAGGATATG AATGCATGCA ACATGACCCT GATCTTGTAG TATTAGAGAT TACCGGCCCT
GGAGTTGAAC CTACAGTTGC AGGAACTATT ACAATAGACG GTAATGTGCA ATGCATGTGT
TTAGACTACT TAGAATTTGA ATACAGAGAA ATATGCGAAC CTACCGGTCT ACCTATGGGC
GACTGGATGC CATTCCCAGA TGTCTCTACA ATATACCTCC CTGTAACATG CGACTGTGAA
GGTATGGTAT GGACAATCGA TTTAAATACT TGCGGAATGG ATGGACTCTA TGAAATAAGG
GCTTCAGCAT ACGGCTGGCC ATGTGAAGGT GCACTAGCAT CAGACACAAG CATGATTGAT
GTAGATAACA ATATAGGAAT TACCTTAAAC ACTCCACCAA TAAATTCAGG AGTTAAAAAC
GGTACAATAG AAGTTGGAGG TACAGTTGAA AACTGCCCTG TAATCGATAT TATCGAATTA
TGGTACATCG ATGGGGGAAT TTCAACCATG ATTTCAGATG AAATTACATG CAGTAATGGA
CTCTGGAGCT ACTTGTGGGA TACCACAACT GTAGAAGATG GATGCTACTG CCTCGTTGCT
TATGCATTCG ATGAAGATTG CGACAATATG GCTGCAACCA AAACAAGAGC AGTATGTATC
AATAATAGTG GACTACCTCC ACAAGTCAAT AACACCACTC CAGAAATAGA AAGGGAGTGT
GTATCAATAG TTAGTGCATG CTACTTACCA TGTACCACAC TAAAAGTAAC ATTCAACGAT
ACTGTAAGCA TTAATGATTC CTACGATCCT GCAAGCCCAT TGGATGGATT TGATATCACC
GATGGAAGCT TTGGAACAGG AGCTTGGATG GAAGAAGATG GCACAAATGA CCATATGATA
ATAATTCATT TAGGTACCGG CCACACCATT GCTTCGGGAA CGAGTGGAAT AGCAATCAAA
GAAAACCAGA CTGCAATACT TGGTCCAAAC GGCTTCCCAA TAGTAGATTG CAGTGCATTA
TTAAAAGCAG TTTCAGTACC TGAAAGTTCA GGAACATCTG AAAGTTCAGG AATAATCGAA
CTTGAAAACA TGAAAATGTT CTCAGTACCT GGAAAAGTAG ATACTGAACA GATGATTATC
GATGCAGGCA TTACAGAAGG TTCCTTTGTA AAATACACTA ACGGAAGATG GGAACAAGTT
ACGGAGTTCC AACCATTAGA AGGTTACGTG TACATTGGTA ACTTTGAAGG AGATATGCCA
ATATACATTG AAGACTTATT ACCTACCGAT ACTCCGCCTG AAATACAGTT AGCTTCAGGA
TGGAACTTAG TCGGTGTAAA TACTTACGGT GGATCATTAG ATCCTGTAGC ATATAATGAC
TTCATTGGAA GTGCTCCAAT CAGCAAATTG CTAGAATTTA GCTCCAGTGG ATGGCTAAAA
CTCAGCGGAA GCGACTCACT TGAACCAACA AATGCATACT GGGCATATGC AGACTCAAGC
TGCAGTTTTT CGGGACAGTA A
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| Protein sequence | MNKKSGQALF LVLVMVLSNM GGVMALDIED CPCNGGDSGS GTIIIDCNCT DNRCFNISFT
SPECASTWCD EVPIAGTIVP CVDDELGCAD YIKVYYKQLS DECCDCECYC ECGNPEADSG
EGWSVVGVAD TLNGSCPAVW SLDWPICCET DGCYVLRAVL YDGCDMQVGC PSEPVYVCFD
KGVAVSLALP ESLSCGGAIA GCLNESCDCV DYILITANYT GEGSCLRCPQ EDCMPTMTYI
VDREDFEEAM CCDYIFEVLF NNLYCGGCYE ITATPYADCT DDCMYNGVQI GEKYVGYLEI
IREDVCFEIE CPAPVTPECG MTLCGPITFS GILNDPCNAA ECIKFYAVKT GNFTLCDGAC
CAPTCNACDG EEVVTLQVET EELAENICPI CGAEMNPIVC GACGGIITGY YCPECQYPSN
EDSGTGVSEC ICGQPEDHDN YICKWALCDM EYLGCTYATM PNWTFTTNDF CDFDSGCYEV
YAIVVDKCEC YDEYRYDTVE FAYCNERNLT IELEDCVCEG CWMGNNYYKV YDIQSGTVTA
FGNITVPTCW IDYPDYVALE YDFGEKVYDR CSWHIEWDGE WKDASCTDGS ITWTYNGACL
TSGTWETDWC TPEDIQDEEG RYVRIRGVAV GGCGEFESEP IGTSIYNDFD IKIIDPCEGN
TIYNGKVIRG FVWVDTDCCG CWCWPGCHSW PDADEVCLPD HIDLYWREYG TENWLPMDSA
FLSWKNSEQY IDFTDYGIDP LYPNLPDLKW HDNYAYWDVT WTSCMVNCID NGHYEIKAVV
EPCENDECGT FERAEYVIDI YVDDTSGVTI SKPIDGQTVC DNFWVYGTAV GAGVSNVDFY
VSEDNTSWML YKEDIDVNVE DGRWKAPLNT CCFEDGPLYL KAVVTGPCDQ SESNVMVNVN
NAIEIDLTCP DCCVYYVTGE KAPIRGTLTG CLVDERVESV KVYSKSLGLI GEVPAEDFRY
LGDGTWEWGL CFNPCVLNGA STQIYAEAEY SCANTYTTIT TGYECMQHDP DLVVLEITGP
GVEPTVAGTI TIDGNVQCMC LDYLEFEYRE ICEPTGLPMG DWMPFPDVST IYLPVTCDCE
GMVWTIDLNT CGMDGLYEIR ASAYGWPCEG ALASDTSMID VDNNIGITLN TPPINSGVKN
GTIEVGGTVE NCPVIDIIEL WYIDGGISTM ISDEITCSNG LWSYLWDTTT VEDGCYCLVA
YAFDEDCDNM AATKTRAVCI NNSGLPPQVN NTTPEIEREC VSIVSACYLP CTTLKVTFND
TVSINDSYDP ASPLDGFDIT DGSFGTGAWM EEDGTNDHMI IIHLGTGHTI ASGTSGIAIK
ENQTAILGPN GFPIVDCSAL LKAVSVPESS GTSESSGIIE LENMKMFSVP GKVDTEQMII
DAGITEGSFV KYTNGRWEQV TEFQPLEGYV YIGNFEGDMP IYIEDLLPTD TPPEIQLASG
WNLVGVNTYG GSLDPVAYND FIGSAPISKL LEFSSSGWLK LSGSDSLEPT NAYWAYADSS
CSFSGQ
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