| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_2061 |
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| Symbol | |
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| ID | 3923711 |
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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 | Methanospirillum hungatei JF-1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007796 |
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| Strand | - |
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| Start bp | 2330191 |
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| End bp | 2336232 |
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| Gene Length | 6042 bp |
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| Protein Length | 2013 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 637897668 |
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| Product | putative DNA helicase |
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| Protein accession | YP_503488 |
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| Protein GI | 88603310 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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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 | 11 |
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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 | GTGAATACTG AAAAATTTCC GCCAGATCAA CAGAGTGTAC CTGATGGGTC ATCCCCGCTC
TCTCTCATCG TTGAGTATGA TTCGGCAATC AGCTATGCGG TTCAGCAGAA CCGGATTCCT
GTCATCAAGC GGATAAAGGT CGGGAACCTG GCAGATACTC CCTTACATGC CTTACGTCTT
TGCATCACAT CAGATCCCTC TTTTTCTGAT CCTTATGAGA TCATCATATC AAAGATATCA
CCTGGGGAGA CCTTTACCAT TCATACGATC CCTCTCATCC TTCGTCATGG ATTTTTCAGA
ACGGTCGTTT CTCCGGTTCA TGGTTCATTC ACGGCTGAGA TCTCGTACCA AGGGAAACCA
CTTCTCATTC AGTCATACTC GGTCAGGATT CTTGCCTATG ATCAATGGAG TGGTCTTCGG
TCAGTTCCTG AACTCATATC TGCGTTTATC ATCCCGAACA GTCCTGAAAT TACTGCAATC
GTACAAAAAG CACAGGATAT CCTGTATAGG TGGACCAGGG ACTCCTCACT GACCGGGTAT
CAGACTCGTG ACAGTAACCG GGTCAGGAAG ATGGCAGCGG CGGTCTATGC TGCACTCCAG
GATCTGCATA TCAGGTATGC GACACCTGAA GCCGGGTTTG AACAGGAAGG GCAGAAGGTA
AGGCTTGCAG ATACGATAAT CGGGGAACGG ATGGGAAACT GCCTTGATCT CTCCCTTCTG
TATGCCGGAT GTCTTGAGCG AATCGGTCTT CATCCCCTCA TATGTATCAC TGAGGGCCAT
GCCTTTGCCG GATGCTGGCT GATTCCTGAC ACCTTCAGTG ATGTGGTCAT TGAAGCATCT
CTGCCCATCA AAAAGCGGGT AGAACTTGGT GAAATTCTCC TTCTTGACGT GGTGACGGCG
ACGTCTGATA CCCCTGTATC TTTTGAGATG TCTGTGACCA GTGGAGCCGG TCACCTCTCT
GACAGTCAGG GTTTTTTCTG TGCTATTGAT ATAAAGACCT CACGAAATGG GAGATATAAT
ATCATTCCTC TTCCGGTGTG GGCAGAAGAA CTGGCAGTTT CAGATGAAAC CCCGATACCG
GATGATCAGG ACCGGAGAAC AGAGCCGGAT AATCTCTCTG AAGGAGATGG ATCTAGCGGT
TCCATCCCTG CTCCTCCTGG CGATATTCAC CCGCCCCTGC CTTTCTTTCC ATATGAGAAG
AGACGATCCT GCTATCCCCG GCTCGAACGG TGGATGCATA ATCTCCTTGA TCTCACGCTT
AGAAACCACC TGTTGAATAT GTATAATTCG GGGTCTCATC TCACGCTTCT GACTCCGGAT
CTCACACGGC TGAAGGATGC GGTTTTTGAA GGGAGAGCGT TTCATGTGCA TCACTTTGAT
CATACCGGAG AAGTTACCCC CCACTCCCTG CTCCCGCATG ATCCCCTGTT TGGGTATTTT
GTCGAGGAAC TGGGCAGGAA TCGATTATAT TGTCAGATAT CAGAGAAAGA ACTGAGTAAA
AGACTGTACA ATCTCTATGC CCAGGCGAAG AAGTCTTTGG AAGAGAGCGG AGCAGAAACC
CTCTACCTTG CACTCGGGAC CCTGATATGG TATGAGACAG ACATCTCTGA TACACCCCTT
CATGCACCCA TCCTGCTCAT ACCCCTTGAA ATAACCAGAA AAGATGTGAC TACCGGGTTT
TCCATCCGGA TGGGAGATGA CGAACCACGG ATCAACACAA CCCTGTTAGA GCGACTGTAT
CAGGATTTTC AGATTGAGAT ATCTTCCATC GATCCACTTC CGATAGATGA GCACGGGGTG
GATGTTGCCG CAGTCCTGCA CCAGTTCAGG AAGAGTGTGA AGAATCTGCC CAGATATGAG
GTAGTGAGCA CGGCAGTCAT CGGTCACTTC ACCTTCCTTA AGTATCTCAT GTGGCGGGAT
CTCTCTACCT ATGCTGAAGC CTTCATGGAG AATCCCCTGG TGAGTAATCT CGTGGAACCC
CACCTCTTTC CGTACCCGAA GGATGGATCA TTTCGAAAGC CGGCAACCCT TGATTTGGCT
GTGCAGCCGG GAGATGCGTT CTGCCCGGTT GGTGTTGATT CGTCACAGCT TGCTGCAGTC
ATTGCTGCCG GGGAAGGGAA GACCTTTGTC CTCCATGGAC CACCGGGGAC CGGCAAGTCG
CAGACCATCA CTAATATCAT CGCCCACTGT CTGGCTCTTG GGAAGACGGT ATTATTTGTG
TCAGAAAAAA GGGTAGCCCT TGATGTTGTT CACAGCCGGC TGAAAGAGTC CGGCCTTGCA
CCATTCTGCC TTGAACTTCA CTCGAACAAG AGCCATAAAC GGGAGGTATT ACGCCAGTTT
GAAGAGGTCC TTTCCTTGGA TGAATTACCT GCTCCTGATG ACTGGTCATT GTATGCCGAA
TATCTTGCCG ACCTTCGGGC CGGGCTGAAC TCCTATGTCC ACGCCCTTCA TTCGGTCAGG
AGCACCGGGG AGAGTTTCTA CCAGGGGCTC GAGCGTCTTA TTCGTCTTCG AAATGTAGAG
TATATACCCC TTTCATGGCC GGATGCATCT GATTGTACGA GGGAAACGCT TCAGGATATC
CAGGCATTTA TCCATGACAG CCGGATCATC ACCGGGCAGA TCGTCCATCC ACGGGATAAT
GTCTGGGCAG GTGTCCACTG CACGGAGTGG AGTGCCAGAT GGAAGACGGC AGTGGAGACG
GGGCTTGGAC ATTTCAGATC CTCTATTGAG AAACTTTCTT CCCTCTTTCC AATTCTGTGT
GATATTCTGG GAATTGATCC GGCATCTCCC TCGTCATTTC TCAACGAGAT TATCCCGATA
TACCGGCTAC TCAGCACAGC TGGATGTGCC CTCTCCCCTG ATCTGCTTCG TGCTCTTCGG
GACCCCCATA CCCGTAAAGA GATAGGCGGT TTCATTCAGG CCGGAAAGGA GCGGAACAGG
ATATGGAATT ATCTGGCAGG ACGGTATCAT CCAGATATCT CCCAGCTTGA CTGCACCTCT
CTCTCCAAAA AGATTGAGAG CATGAGATCA GCCTGGTTTC TGCGGCGGAA AGCACTGGTC
AGGGAGATAC AATCAGATAT CCTGCCGTAT TGTCTCATGT CCATTCCACC GGTTGAAGAA
TTCTCTCATG ACATCCCGAA GATCCACCGG ATGCAGGAAC TGGATAACAT CATCCGGAAT
TTCTCTGATC GTGCCGCCCT GTTCTTTGGC CGGTACTGGA ATGTGGAGGA TCAGGACTTT
GATATCTGTG AGAACCTAGT ACGGTCAGCA GAGGCAGTTT CGGCTGCTGC ATCCCGAATC
AGGGCAGATG AGGATGGGTA TATCCGGCTT GTCACCTGCT GGAGTGATCT GACGTTCCGG
TTTATGAATG AGTCAGATGC CAGGCAGATT CGGCAGCAGT TCTCTGATTA TGAGGATGCA
TTACACCAGT ATGACCGTGA AGGATCATCC CTTGCCGATC TGCTGCAGTA TGATCCCGGG
ATACTCTGGC CGCAGCAAAC GGTGACCGAT CTTCTCAGTG CCCAGGCTGC AACAGTTCAG
CGATGGGAGA AGGAGACATC ACACCTGAAG AGCTGGTGTC AGTGGAACCG GATCAGACAG
GTAGCGGATG AGAAGGGGTA TTCACCGGTC ATCCAACGGT ATGAGGATGC AACGCTTATC
CATTCCCAGA TTGAGGATCT GATGCTCCGG AGCTATTACC AGAACTGGGT AGATGGCATT
CGTGAACAGG ATCCGGTACT GAAGGAATTT TACCGCCCGA AGTTTGAGGA TTCCATCGAA
AAATTCAGGG AGATTGATGA GAGGTTCACC GACCTGACCA GAAAGGAGAT AGAGGCCAGA
CTGTCGGCAC GGATCCCAAG GGGTGAAGGG GCAGAGAAGG AGGAATTAGG GGTTCTGCGT
CATCAGATTC ACCTGCAGCG CCGTAACATG CCGGTCAGGA GTCTTTTTAA GAGTATTCCC
ACAATTCTTC CGCGATTAAA GCCCTGTTTG CTGATGAGTC CGATCTCGGT TGCCCAGTAC
CTTGACCCTG ATATCCACCG GTTTGACCTG GTCATCTTTG ACGAGGCGTC GCAGATCCCG
GTGTCAGATG CGATTGGGGT GATCGCACGG GGAAATTCTG CCATTATTGT TGGTGATCCA
AAACAGCTTC CTCCGACCAG CCTCTTTCAG CGGATGAATG AAAGTGATGG AGATGATTTC
AGGACATCTG CTCTTGATCT TGAGAGTATC CTGGATGAAT GCATTGCATC AGATATCCCA
CAGTTGCACC TTGCATGGCA TTACCGGAGC AGGCATGAGA GTCTTATCGC CTTTAGCAAC
TACCACTTTT ACCGTAATCG TCTCCTGACA TTTCCCTCGC CCCATACCAG CCCGGCCATC
TCGCTTGTCC ATATTGATGG GGTCTTTGAC TCAGGAAATA CCCGGACAAA CCGGGCAGAG
GCTGAAGCAG TGGTTAGCGA GATAGTACGG CGGCTTTGCG ATCCTGCCAC GTCCTCAGAC
TCTATCGGGG TGATCACGTT TAACGAACGG CAGCAGGATC TCATCCGGAC CCTTCTGGAG
AAGGAACGGC GGATGAGGCC TGATATAGAA CCTTATTTCA GTGATGACCG TCCTGATTCG
GTCTTTATCA AAAACCTTGA GAATGTTCAG GGTGATGAAC GGGATGTCAT TCTCTTCTCT
GTTGGATATG GTCCTGATAA ATCGGGCAGG GTTTCCCTTA ACTTCGGGCC GCTGAACCGT
GACGGGGGAG AAAGACGGCT GAATGTGGCA ATTACCAGGG CACGGAAAGA GATTAAAGTA
TTCTCTTCGA TGACTCCGGA GCAGATCGAT CTGTCCCGGA CCAGGCGGAT GGGAGTTGTC
CTCCTGAAAT CATTCCTTGA GTTCGCGGAA AAAGGGCCGA AAGCGATTGC AGAGACCTGT
ATCCGGGATA TGGAGACGGA TCTCCTGCCC ATTGTGTCGG ATGTAGCGAA ATCCCTTACA
GATCAGGGGT ATGAGGTCCA TACTCATGTT GGATGCGGAG GGTACCGGAT CGATGTTGCA
GTACTGGACC CTGACCTGCC TGGACGGTAT ATTCTTGGTA TTGTATGTGA CGGGCCACGG
TACCAGAAGG CAAAATCAGC CCGTGACCGC GACGTTCTCA CCTTCTTTGT CCTGCATACC
CTTGGCTGGA ATATTCACCG GTTGTGGTCT ACCGACTGGT GGGATGAGCA GGAGGTTGAG
CTGCATCGCA TCATCCACAC CATTGAAAAG ATCAGAAGTG AGTATGCACC GGAAACAATG
CTCTATTGTC CGGTTGAGGG CGAGGAACTG GAGGAGAAAT GTGAGGAAGG CGATCAGGGA
GAACATGAGA TCCTACAGGA TGATGGTGAC GAACATGGTA TCTCCGGCGA TGAGGGATCT
CCAAAATCCG CTGTAAAATC GTTCGAAAGA TCATCCCTGC CACACCATAT CCCATCCGTG
CCGGTGAAAT TTCCCGAGAT CTGTTATGTG GCGTATGTGG GATATGAGGT CCTGGGAACA
AAGGATGATC TCCTGAGTGG AACCCGTGAC GAAGACATTA TCCGGGTTTT ACAAGAGATT
GTGGCAATAG AAGGTCCTGT CCCCCGTGAC ATCTGTATTG CACGTCTTCT CCCCCACTGG
CAGATCACAA GGAAAACCGC ATCGGTAAAG AATAAAATAG AATCTCTTCT CCTATCGCTT
CCCTTCCACC GGGAGACAGA AGGAAACCAG ATCTTTTTCT GGTCCAATCA TCAGGCATTT
CTTGAATATG TGACCTTCCG CTCCCACCCG GCAGGAGATC CCTGGCAACG AAAAGCGGAT
GAGATATCAA TGTATGAGTA TTCCAACGCG ATCATCCATC TGATGAAACA GACGGGATCG
ATGAGCACCA GTGCGTTAAC CCGCATAGTC GGTTCCCTGT TTGGAATAAA ACGGATAAAT
CATGCACTTG AGACCAGGAT AGAACAGGGT ATTGCCCTTC TCATGGATCG CGGTGAGGTA
CAGTGTAAAG GAGATGAACT GGTTTATGTT CCTCCTGACT GA
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| Protein sequence | MNTEKFPPDQ QSVPDGSSPL SLIVEYDSAI SYAVQQNRIP VIKRIKVGNL ADTPLHALRL
CITSDPSFSD PYEIIISKIS PGETFTIHTI PLILRHGFFR TVVSPVHGSF TAEISYQGKP
LLIQSYSVRI LAYDQWSGLR SVPELISAFI IPNSPEITAI VQKAQDILYR WTRDSSLTGY
QTRDSNRVRK MAAAVYAALQ DLHIRYATPE AGFEQEGQKV RLADTIIGER MGNCLDLSLL
YAGCLERIGL HPLICITEGH AFAGCWLIPD TFSDVVIEAS LPIKKRVELG EILLLDVVTA
TSDTPVSFEM SVTSGAGHLS DSQGFFCAID IKTSRNGRYN IIPLPVWAEE LAVSDETPIP
DDQDRRTEPD NLSEGDGSSG SIPAPPGDIH PPLPFFPYEK RRSCYPRLER WMHNLLDLTL
RNHLLNMYNS GSHLTLLTPD LTRLKDAVFE GRAFHVHHFD HTGEVTPHSL LPHDPLFGYF
VEELGRNRLY CQISEKELSK RLYNLYAQAK KSLEESGAET LYLALGTLIW YETDISDTPL
HAPILLIPLE ITRKDVTTGF SIRMGDDEPR INTTLLERLY QDFQIEISSI DPLPIDEHGV
DVAAVLHQFR KSVKNLPRYE VVSTAVIGHF TFLKYLMWRD LSTYAEAFME NPLVSNLVEP
HLFPYPKDGS FRKPATLDLA VQPGDAFCPV GVDSSQLAAV IAAGEGKTFV LHGPPGTGKS
QTITNIIAHC LALGKTVLFV SEKRVALDVV HSRLKESGLA PFCLELHSNK SHKREVLRQF
EEVLSLDELP APDDWSLYAE YLADLRAGLN SYVHALHSVR STGESFYQGL ERLIRLRNVE
YIPLSWPDAS DCTRETLQDI QAFIHDSRII TGQIVHPRDN VWAGVHCTEW SARWKTAVET
GLGHFRSSIE KLSSLFPILC DILGIDPASP SSFLNEIIPI YRLLSTAGCA LSPDLLRALR
DPHTRKEIGG FIQAGKERNR IWNYLAGRYH PDISQLDCTS LSKKIESMRS AWFLRRKALV
REIQSDILPY CLMSIPPVEE FSHDIPKIHR MQELDNIIRN FSDRAALFFG RYWNVEDQDF
DICENLVRSA EAVSAAASRI RADEDGYIRL VTCWSDLTFR FMNESDARQI RQQFSDYEDA
LHQYDREGSS LADLLQYDPG ILWPQQTVTD LLSAQAATVQ RWEKETSHLK SWCQWNRIRQ
VADEKGYSPV IQRYEDATLI HSQIEDLMLR SYYQNWVDGI REQDPVLKEF YRPKFEDSIE
KFREIDERFT DLTRKEIEAR LSARIPRGEG AEKEELGVLR HQIHLQRRNM PVRSLFKSIP
TILPRLKPCL LMSPISVAQY LDPDIHRFDL VIFDEASQIP VSDAIGVIAR GNSAIIVGDP
KQLPPTSLFQ RMNESDGDDF RTSALDLESI LDECIASDIP QLHLAWHYRS RHESLIAFSN
YHFYRNRLLT FPSPHTSPAI SLVHIDGVFD SGNTRTNRAE AEAVVSEIVR RLCDPATSSD
SIGVITFNER QQDLIRTLLE KERRMRPDIE PYFSDDRPDS VFIKNLENVQ GDERDVILFS
VGYGPDKSGR VSLNFGPLNR DGGERRLNVA ITRARKEIKV FSSMTPEQID LSRTRRMGVV
LLKSFLEFAE KGPKAIAETC IRDMETDLLP IVSDVAKSLT DQGYEVHTHV GCGGYRIDVA
VLDPDLPGRY ILGIVCDGPR YQKAKSARDR DVLTFFVLHT LGWNIHRLWS TDWWDEQEVE
LHRIIHTIEK IRSEYAPETM LYCPVEGEEL EEKCEEGDQG EHEILQDDGD EHGISGDEGS
PKSAVKSFER SSLPHHIPSV PVKFPEICYV AYVGYEVLGT KDDLLSGTRD EDIIRVLQEI
VAIEGPVPRD ICIARLLPHW QITRKTASVK NKIESLLLSL PFHRETEGNQ IFFWSNHQAF
LEYVTFRSHP AGDPWQRKAD EISMYEYSNA IIHLMKQTGS MSTSALTRIV GSLFGIKRIN
HALETRIEQG IALLMDRGEV QCKGDELVYV PPD
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