| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_0551 |
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| Symbol | |
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| ID | 3922747 |
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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 | 633843 |
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| End bp | 637292 |
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| Gene Length | 3450 bp |
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| Protein Length | 1149 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637896190 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_502030 |
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| Protein GI | 88601852 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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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 | 0.0345301 |
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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 | 17 |
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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 | ATGGCAGCAA CCCCCCGTCA ACTTGAGGCA ATCTCACGGC ATGATGTCAG CATGGTGGTT
ACTGCCGGAG CAGGAACCGG TAAGACCTTT GTCCTGGTAG AAAAGTATCT GAACCTGGTT
CAGGACCAGG GATATCGCAT CAGGGATGTT CTTGCTCTTA CCTTCACCGA TAAGGCTGCG
GCAGAGATGA AGGAGCGGGT CAGAAAGACC ATTGCAGAAC GACTCAAAGA TGATCCTGAC
AATCAGGTCT GGAAGGATGC ACACGAAGAG CTTGTCATTG CACCGGTTAT GACATTTCAT
TCCTTCTGTG CTCAGATTCT CCGGGAATTT GCCATTGAAG CAGGGCTTGA CCCGGGTTTT
GTGATCCTTG ATGAGGGGCA GGCACTGGCT GTAGAACGGG AAGCATTTGA AACCCTCATT
AGAAAACCTC CGGAAGAGAT ACAGGAATCA CTTATCCGGC TTCTCGCACA GATTGAAAAA
TTCCAGGTCA ATCAGATCAT GACAACGCTC GCTAAAAATA CCGACGCATT TTTACAGTTT
GCAGAGGACC TGGCAGGAGA TCCGGATGGA ATCATCAATG CATGGGAGAT TTTTTTAGAA
CAGGTCAGAA CCCCGGTTAT AAATCAGTTT TTCGCTGACA CGGATATTAG AGATGCAATT
TCAGATTTCA TCAGATTTGA AGAGGTATAT AGAAACAAGG ATGATCGTGC AGTCCGGTAT
TTACAGCAGG TCTGTCCTTA TCTGTATGAT CTCACTCCTG ATGCCCCACC TGAAACGTTG
CATAAAGCAG CGGAAGAATT TCTAAAAATT CGTCCGACCG GTAAACTGGG GTCACAAAAA
ATATGGGACA ATGATGACTT AATCCGGTTT CGTGAAGCGA AAACCTGCCT TATCGAAAAC
CTTGAAAAAG CAGTTCCATT TTTCTCCCTG TATATCGATA AAGATTCACG ATTTACTGCA
TCAACCATCA CGTTCTTTAG GGATCTGGCT CTCGTGGCAG GATATTACTT CGACCTTTTA
CACATGCTGA AAAGGCAGGC AAACGGAGTT GATTTCAATG ATCTCATCCA GTTGACCCGG
GAATTTCTGC AATCCCATCA GGATATCGTT GCACGGCATA TCAGACCACG GTATCAGTAT
ATTCTGGTTG ATGAATTCCA GGACACCGAC CCTGCTCAAT TTGAAATAAT TACTGCTATT
ATTGGTGAAT TACAACCAGG AACGCGAAGC CTCTTCATCG TCGGTGATCC CAAGCAGTCG
ATTTACCTGT TCCGGAATGC GGATGTGACA CGGTTTAAAG AAGCTCAGAC CCGTATTCTT
TCCGATTGCA AGGGAAATCT CATCAATCTG GATACGAGTT TTCGAAGTTG CCGGGAGGTT
ATCGGATGTG TCAATTATCT CTTCTCCCGA ATCTTTGCAT CAACCGAAAA GCCCTGGGAG
TTTGGATATG AACCAATTCA GGTCTGCGAT GACCGAAAAG CATCACCGGG TTCGATTACC
GTTCTGCTTC CTGGAAAGGC ACCAAAAGGG AGTGAACGAT CAGAAACAAA GGAGATAGAA
GCAGGAATGG TGGCAGATCT TGTTCATCAG ATCGTCTCAT GCGGTTCATT TCAAATTACC
GACCGGGACG GGGTAATGCG ACCGGCCGGA TATGGAGATA TCGCAATTCT TATTGAGCGA
CGGACTCATC TTACCCGGTA TACGACCGCT CTTTCCAGAA AAGAGACACC TTTTTATGTC
CATGGGGGGA TTGGATTCTA CTCCCGGCAG GAGATCTATG ATATCTATAA TATTCTCTCG
TTCCTCTTAC GGCCCTATGA TAGTGCTGCA CTTTTCGGTG TCCTTCGGTC CCCTTATTTC
AGCTTCTCTG ATCCGCTGAT CTATCATATC CTTAACGTTC CTGGAGCGAA ACGAAGATGG
AGCCTGTATG AGAAGTTAAG AGCCTGTGCT GAACGATTCT GTACCCGCCC CTCTGAAATA
GAACCATCAG CGGAGATCCT TTCCTGCTCA CCTGCTGACC AGGAGCTCAT TCTCCGTGCA
GCCCGGTTGC TTGAATCATG GAGAAACCTG GCCGGGAGAG AGCCGGTGGT GCCTTTGGTA
AACCGCATTA TACGAGAATC CGGCATTCTT ACTATCTATG GTGCATTAGA GCAGGGTGAA
CAACAGGCTG CAAATCTGAC AAAACTTCTT GGAATCATCC GGGGGAGAAC AGAGGGAGGA
TACTATAGTT TATTTGATCT GGTACAGGAC ATGATGATCT CTATCGCCGA TGAGGAACGG
GAAGGGGAGG CTGCACTTGA TACCCTCTCG AAGACATCGG TGAATATTAT GACCGTGCAT
GCCGCGAAGG GTCTTGAATT CCCTGTCGTC ATACTTCCTG ACATGGGTTC ATCACGAGAA
GGAAAACTGG GCCCCATACT TTCCGGTGAT CATCCTCATC TCTATGGGGT CAGGATTCCG
GATCCTGATC AGGATTTTGA TATCAAAGAA ACTCCGGTCT ATACTGCATT GTCGCTTATT
CAGAAAGAAA AGGAATCGGC TGAGCGAAAA CGACTCTTCT ATGTCGGAGC CACGAGAGCC
AGGGATCATC TTGTTCTCTG TGGGAAACAA CCTGATAAAT TCTATGAATC GGTTGATAAG
AGTAATAACA GGATTGACTG GGTGTGCACG CTCTTTGGGA TAACAAAGGA CATTGCAGAA
GAAGGGGGCG TTATTAGCAT TGATCCGGAA GATGGCGGAA AACCTATAGA TATTACCATC
CTGACCGATC CTGATCAACT GACCCGGATG TGGGCACAGG AAGCACTTCC TCCTCTTACC
CTTCCAGATG AGTATGCCAA GTTGTCCGGA ACCAGAAAAC GTGGTCTTTA CTCGGATATG
CCTGATGAAA AAGCCACGAT CAGACCTGTT CCGGTGACCG ATATAGGACT ATTGGGAAAA
GCGACCGGGC ATGAAGAGAC TATTCATCAG GTCACGATTC CTGGTGGCTC TCATCTCCTG
CCTGATGAGA TTGGAACCCT GCTTCATCAT ATCTTTTCAG GAAAGGATAC AAAATCAGTA
CTTGTCTCGT ATGGTATCAC AAGTCCTGAA GCAGAGTCCT TTTGTAATAC CTTATATCAG
CGGTTTTGCA GCACTCCCCT CATTCGCGAT GCAGTTCGTT CATTCCAGGA AGTCTCCTTT
ATAACCTATT CAGGGAATTT TCCGGTTACC GGACGTATTG ACCGGCTGAT TCAGGACAGC
AGAAATGAAT GGGCTGTTAT TGATTATAAA TCTGGAGACA AGACCGGTGC AGAACTGCAA
CTGAATGTAT ACCGGATCGC AGCAGAGGTA CTCACCGGCC AGCCGGTCAG AATGTTCCTT
TATTCTATGA AAACCGGAGA GTTTACAGAG CCCCGCTTTC TTTCTGATGA AGAGATACAT
GTAGCTCTCA AAAGATATCT GGGAAAATAA
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| Protein sequence | MAATPRQLEA ISRHDVSMVV TAGAGTGKTF VLVEKYLNLV QDQGYRIRDV LALTFTDKAA
AEMKERVRKT IAERLKDDPD NQVWKDAHEE LVIAPVMTFH SFCAQILREF AIEAGLDPGF
VILDEGQALA VEREAFETLI RKPPEEIQES LIRLLAQIEK FQVNQIMTTL AKNTDAFLQF
AEDLAGDPDG IINAWEIFLE QVRTPVINQF FADTDIRDAI SDFIRFEEVY RNKDDRAVRY
LQQVCPYLYD LTPDAPPETL HKAAEEFLKI RPTGKLGSQK IWDNDDLIRF REAKTCLIEN
LEKAVPFFSL YIDKDSRFTA STITFFRDLA LVAGYYFDLL HMLKRQANGV DFNDLIQLTR
EFLQSHQDIV ARHIRPRYQY ILVDEFQDTD PAQFEIITAI IGELQPGTRS LFIVGDPKQS
IYLFRNADVT RFKEAQTRIL SDCKGNLINL DTSFRSCREV IGCVNYLFSR IFASTEKPWE
FGYEPIQVCD DRKASPGSIT VLLPGKAPKG SERSETKEIE AGMVADLVHQ IVSCGSFQIT
DRDGVMRPAG YGDIAILIER RTHLTRYTTA LSRKETPFYV HGGIGFYSRQ EIYDIYNILS
FLLRPYDSAA LFGVLRSPYF SFSDPLIYHI LNVPGAKRRW SLYEKLRACA ERFCTRPSEI
EPSAEILSCS PADQELILRA ARLLESWRNL AGREPVVPLV NRIIRESGIL TIYGALEQGE
QQAANLTKLL GIIRGRTEGG YYSLFDLVQD MMISIADEER EGEAALDTLS KTSVNIMTVH
AAKGLEFPVV ILPDMGSSRE GKLGPILSGD HPHLYGVRIP DPDQDFDIKE TPVYTALSLI
QKEKESAERK RLFYVGATRA RDHLVLCGKQ PDKFYESVDK SNNRIDWVCT LFGITKDIAE
EGGVISIDPE DGGKPIDITI LTDPDQLTRM WAQEALPPLT LPDEYAKLSG TRKRGLYSDM
PDEKATIRPV PVTDIGLLGK ATGHEETIHQ VTIPGGSHLL PDEIGTLLHH IFSGKDTKSV
LVSYGITSPE AESFCNTLYQ RFCSTPLIRD AVRSFQEVSF ITYSGNFPVT GRIDRLIQDS
RNEWAVIDYK SGDKTGAELQ LNVYRIAAEV LTGQPVRMFL YSMKTGEFTE PRFLSDEEIH
VALKRYLGK
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