| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0091 |
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| Symbol | |
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| ID | 5326381 |
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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 aeolicus Nankai-3 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009635 |
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| Strand | + |
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| Start bp | 94937 |
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| End bp | 98734 |
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| Gene Length | 3798 bp |
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| Protein Length | 1265 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640787486 |
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| Product | DEAD/DEAH box helicase domain-containing protein |
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| Protein accession | YP_001324295 |
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| Protein GI | 150400529 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1204] Superfamily II helicase |
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| TIGRFAM ID | [TIGR01443] intein C-terminal splicing region
[TIGR01445] intein N-terminal splicing region |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | ATGGAAAACA AAAATCTGCC AAATAATTTC CAAAGGAAAA ATGAAACAAA AGTTATGAAT
ATACTTAATG AAAACGGCAT AAAATCTCTT AGACCACCAC AACAAAAAGT ATTAAATAAT
AATTTGCTTG ATAAAAATAA AAATTTTTTA ATTTGTATTC CTACGGCATC GGGAAAAACA
CTTATTGGAG AGATGGCTTT TATAAACCAC CTGTTGGATG AAAACAAACA ACCGACAGGG
AAAAAGGGAC TATTTATAGT TCCATTAAAA GCCCTTGCAA ATGAAAAATA CGACGAGTTT
AAAGAAAAAT ATGAAAAATA TGGTTTAAAA GTGGCTTTGT CCATTGGAGA TTTTGATGAA
AAAGAGAATT TATCGAGCTA CGATCTAATC ATAACTACTG CTGAAAAACT TGATTCTTTA
ATGAGACATA GGATCGATTG GATAGATAAG GTTTCTGTTG TAGTGGTAGA TGAAATCCAT
TTAATAGGGG ATGATGAAAG AGGAGGAACC CTTGAGATCA TTTTAACGAA ATTAAAGAAT
TTAAATAATA TCCAATTAAT CGGTTTGTCT GCAACTGTTG GGAATCCAGA GGAACTTGCA
AACTGGCTAA ATGCAACACT TGTAATTGAT GATTGGAGAC CTGTGGAATT AAAAAAAGGA
ATATTCTATA AAAACAAAAT AGAATACATT GATGAAAATA ATTCATTAGA CGAAATCACG
AAGAGTGATT TCGTTGCTCT CCGTTCGCTT CGCTCACTCC AAAAACCCCT AAACGATAGT
TATAAAAATG ACATTATGAA TTTGGTTGTA GATTGTATCG ATGAAGATGG TTCATGTTTA
ATTTTTTGTA ATTCTAAGAG AGGAGCGGTT AGTGAAGCAA AAAAATTGAA TTTAAAGAAA
TACTTATCCC ACAGTGAAAA ACACGAACTT CAAAAACTGA AAGACGAAGT TTTAAGCATA
TTCGATCCAC CAACTGAAAC CTGTAGAGCT CTTGCAGAAT GTATTGAAAA AGGGGTGGCA
TTTCACCATG CAGGTCTTAC CTATGAACAG AGGAAAATAG TTGAAGAAGG ATTCAGAAAG
AAACTGATAA AGGTTATATG CTGTACTCCG ACACTCTGTT TAAATGCAAA TACCGAGATA
TTGCAAGAAA GTGGATTTAA AAAGATTACA GAATTGAATA AAAATGAAAA GGTATTTGCA
TTGTGTGGAA ATAAAATAAG ACCAGTGGAT TGTTGGAAAG TTCATAAAAC CCCGCAACAT
GAATATAATA TTGTTGTAAA AACCGCAAAT GGGCTAAAAA TTACCACAAC CCCCAATCAT
TTGTTCTTAG TTAAAAAAGG AAAAGAGACC TGTGAAAAAG AAGCAAAGGA TTTAAAAGTG
GGGGACTATG TGGCTACTGC TGATAAAATA GTGGTTGAAG AAAGAGATAT TGATTTATCC
TATGGGGACC TTTATTTCAT TGGATATTTT ATAGGAGATG GCTATACCGG TGTTATCGAA
AAAAATGTAT TTAGAGGTAG TCCCGATATT ACGTTTAATC CAAAATACCC GCCAAATTTT
GATGACTCTA AACTTCACAA AAAATACTTT TTAAAAATTA AAGAGGAAGG AAATGTTTCT
CATTATGTAT ATTCAAAAAG ACTAAGGGAA GTATTTAATG AATTAAATAT GCTCACTAAG
GATAACAAAA ATATTGATGT ATTTTACATT CTTCCATTGG AAAAGTTATC ACACTTTATT
GCAGGGTTGT TTGATAGTGA TGGATACATT AATGCCAACA GAAAGAAAAT AGGATTCTCT
TCGATATCAG AAAATCTAAT CAAAAAACTA CAATTAGCAT TATTGAGGTT TGGAATACAT
AGCACCATTA GAAAAAGAAA AGGAAAAGTT ATGAAGCTTA ACAAAACCTT CAGGTTTTGT
AAGTCTCGAC GAAACCGAAG GTTTCGTGAG TCAGCAAATC TTCGATTTGC TTCGACAGCG
AATCCAAAGG ATTCGCTTCG ATCGCCAACA AATAATAAAG AATACAAAAG TAGAGATATT
TATGAACTAA TAATTGGTGA TTTTGTAAGT GTAAAAAGAT TTTATGAAAA TATTCCACTG
AGACACAAGG AAAAAAGAAG AAAATTGGAA GAAATCGTAA AAAGTAAGGA AATTGCTAAA
ATGTGGTGTG ATTGCGGATT TAGCATTGAT TTAACTATGT TTAAGCCAAG AACAAAAAGT
CAGAATGAAT TAAATAAAGA GCGTGTAAAA TTACTTTTTG AACTATTAAA TGGAAAAAAA
TTGGTTATGA ACTACAATAA CTACTATTCA AAGAGAAAGA ATCCCCATTT TGAGTTTATC
ATAAGAGAAA AGATAGGTGG AAATAAAAAA GGAGTATATT ATTCTCTAAA TGATAAAGGA
AAAATTTTAA TGAATCTTCT TAATAAAAAT ATAAAAGATA AAGAGAACTT AGAAGAAATG
TATGACTTCT TAGTAAATCT TGAAAAATGC CCAATTTGTG GCAAGCCACT CTACAAAGAA
ATGAGACATA GTTGGAAAAA AGAATATTAT GATGGAGATA TTTATTGGAG CATGATCAAA
GAAATTAAAA AAATAAAGGT AAATGACAAA TATGCTTATG ACATAGAACT ACCAGATGAT
GGGACAAATG ACCATTATGT TGTGGCAAAT GGATTTATAG TACATAACTC TGCTGGACTA
AATTTACCTT GTAGAAGAGC AATTGTAAGG GATTTAAAGA GATTTTCCGG TAGAGGTATG
GCTCCAATTT CAAAAATGGA AATTCAGCAA TGTATTGGAA GAGCCGGGAG ACCTGGTTTA
GATCCTTATG GTGAAGGAAT AGTCTATATA AAAAATCCAA ACGATGTTGA AAAAGGTTTT
GAATACTTAA CTGGAAAGGT GGAGGACATA TACTCAAAAC TTTCCAATCA AAAAGTTCTT
AGAACCCATA TCCTTGGATT GATATCCACG AGGGAAGTTG AAAATGAAAT GGATTTAAAA
AACTTTATAA AAAACACATT TTATGCTCAC CAGTATGGAA GTCTCCAAGG AGTTTTGAGG
AATGTAAAAG AAGTCGTTGA TTTTTTAGAG GATTATGATT TTATCGTTGC ATTTACACCA
ACAAAACTTG GGAAAAGAGT TTCAGAACTG TATATTGATC CATATAGTGC AAAAATAATT
ATAGATGGAT TAAAAAAGAT CAACAAATCC TCTGAGTTAA ATACAAATCT AGAGCTCTAT
ATGTTATATG TACTGTCAAT GACCACGGAA ATGAGGCCCC CTTTAAGAGT AAGAAATCAT
GAAGAAGAAG ATTTAATTTT AGAAATGATG GACTTAAATA TTGATGATTA TTCCTGGGAA
AATTTAGAAA GCTTTAAAAC TGCAAAGATG TTCTACGACT GGATTAATGA GGTTCCAGAG
GAGGATATAT TAAAAAGGTA TGGAATTGAA CCTGGGATTT TAAAGTACAA AGTTGAACAG
GTTAAATGGA TGGCATATTC TGCAAAAGAA ATATTTAATC AATTAAATTT AAAAAATGAA
CAAATCAAAG ACTGTTTATC TGAATTGGAG ATAAGACTCG AGTATGGTGC TAAAAAAGAT
ATCATTGAGT TACTCAAAAT TAAACACGTT GGAAGAGTTA GGGCCAGAAA ACTATACGAC
GCTGGAATAA GGAGCAAAAA TGATATTGTA ACGAACCGCT CAAAAGTCAT CAGTTTGCTT
GGAGATAAGA TCGGAAAAAA AGTCTTAGAA GGATTTGGTT TGAAATATGG TCAGCAGACA
CTACTTAGCT TCCAATAG
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| Protein sequence | MENKNLPNNF QRKNETKVMN ILNENGIKSL RPPQQKVLNN NLLDKNKNFL ICIPTASGKT
LIGEMAFINH LLDENKQPTG KKGLFIVPLK ALANEKYDEF KEKYEKYGLK VALSIGDFDE
KENLSSYDLI ITTAEKLDSL MRHRIDWIDK VSVVVVDEIH LIGDDERGGT LEIILTKLKN
LNNIQLIGLS ATVGNPEELA NWLNATLVID DWRPVELKKG IFYKNKIEYI DENNSLDEIT
KSDFVALRSL RSLQKPLNDS YKNDIMNLVV DCIDEDGSCL IFCNSKRGAV SEAKKLNLKK
YLSHSEKHEL QKLKDEVLSI FDPPTETCRA LAECIEKGVA FHHAGLTYEQ RKIVEEGFRK
KLIKVICCTP TLCLNANTEI LQESGFKKIT ELNKNEKVFA LCGNKIRPVD CWKVHKTPQH
EYNIVVKTAN GLKITTTPNH LFLVKKGKET CEKEAKDLKV GDYVATADKI VVEERDIDLS
YGDLYFIGYF IGDGYTGVIE KNVFRGSPDI TFNPKYPPNF DDSKLHKKYF LKIKEEGNVS
HYVYSKRLRE VFNELNMLTK DNKNIDVFYI LPLEKLSHFI AGLFDSDGYI NANRKKIGFS
SISENLIKKL QLALLRFGIH STIRKRKGKV MKLNKTFRFC KSRRNRRFRE SANLRFASTA
NPKDSLRSPT NNKEYKSRDI YELIIGDFVS VKRFYENIPL RHKEKRRKLE EIVKSKEIAK
MWCDCGFSID LTMFKPRTKS QNELNKERVK LLFELLNGKK LVMNYNNYYS KRKNPHFEFI
IREKIGGNKK GVYYSLNDKG KILMNLLNKN IKDKENLEEM YDFLVNLEKC PICGKPLYKE
MRHSWKKEYY DGDIYWSMIK EIKKIKVNDK YAYDIELPDD GTNDHYVVAN GFIVHNSAGL
NLPCRRAIVR DLKRFSGRGM APISKMEIQQ CIGRAGRPGL DPYGEGIVYI KNPNDVEKGF
EYLTGKVEDI YSKLSNQKVL RTHILGLIST REVENEMDLK NFIKNTFYAH QYGSLQGVLR
NVKEVVDFLE DYDFIVAFTP TKLGKRVSEL YIDPYSAKII IDGLKKINKS SELNTNLELY
MLYVLSMTTE MRPPLRVRNH EEEDLILEMM DLNIDDYSWE NLESFKTAKM FYDWINEVPE
EDILKRYGIE PGILKYKVEQ VKWMAYSAKE IFNQLNLKNE QIKDCLSELE IRLEYGAKKD
IIELLKIKHV GRVRARKLYD AGIRSKNDIV TNRSKVISLL GDKIGKKVLE GFGLKYGQQT
LLSFQ
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