| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_2426 |
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| Symbol | |
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| ID | 3922413 |
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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 | 2674416 |
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| End bp | 2679860 |
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| Gene Length | 5445 bp |
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| Protein Length | 1814 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637898035 |
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| Product | PKD |
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| Protein accession | YP_503846 |
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| Protein GI | 88603668 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.217586 |
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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 | 14 |
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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 | ATGGGGGGAG ATATTATTTT TCGGAAACGA TCAGGCCATG TAAAGAAAAG GTATTGTGAA
GATGCTCTAT CCGAGATAGT ATCGTCGTTA TCTCTGATTG TGGTTCTTGT TATTGCAACC
GGTATAATAC TCTCTTACTC AACCGGTCAG TATCCGAAGA CAACCCTCCC TCATACCGAG
ATTGAATATA CGAACAGCTC TGGATATGCC TTTTTTACTC ATAGCGGGGG AGATAACCTC
TCACCAGACT CGATCAGAAT ACGTGTTTTT AATGGAACCT TTAAAAAAGA ATATGATCAG
CATACGATAC ACTTAATCAG ACCTGATGGA AATGCTACAA ATTGGAGCAC ATCAGGTTCA
GATCTTGGGT TTGGATATAG TCTACGTGTT CCTGCAAGCG GAACAAATCT GTCATATCAA
ATCCTTCTCA ATAAGTCAGG TGGAGAACAT CTCTATCGTG AATTCGGGAA ACCTGGTGCA
ACAACTATTC TCCCCATTCC AACAACGCCG ACTCCTACTC CGTATCCAGA TGTGAATTGT
ACGCTCACCG AATCAGATGC TCTCTTTTCT ATCACTCATA CAGGATCCAA TCCTCCTACC
TACCTTCTTT CGAGTTTGGG AAATGGCACA CATTCATACA CAATATTGGG GCAAGGTTTT
TCCAAAACAA TGAATGGAAG AGATGCGTCG ATTACATTCC CGAATCTGAC AACAGACAGG
ACATATCAGG TTATTCACAC AGTTATTCAG AAGGATAGTT ACTATCCTGT CTGCTCAAAA
TCATCTTCGC AATCAGTAAC AGTGTATGGC TGTTCTGATA CTTGTTATGC GAATTTCATT
TATGAAAGTG ATCCGTATAA TCGGTTCAAT ATTAGTTTTA GAGATCGGTC AGAAGGAGCT
GATGAATGGC GATGGAACTT TGGCGATGGC CACACAAAAT CTGAATCAAA CCCAATTCAT
GAATATTCAT CTTTAACGAT TCCGTCGTAC AGAGTCACTC TGACCATTGG GAAAAACCAG
TGTGGAAACC GTATATATTG CAGCACAACC AAACAGGTTT CCATTAATTG TTCAGCGAAT
GCAGATTTTA ATTGGATATA TGAAGGGAGA TCTCCAGATA CTTGGGATGT GAATTTCTTA
TGGAACGCTG GGACCTATCT GTTTGGCAAA CCCTATGTAC TCATCTGGGA TTTTGGCGAT
GGAAATAGGA CTCAAATTTC TCATCTTGAT TGGACTGGCT CAATCCAACA TGGTTATTCT
CATTATAATC AATGTAAAGA TTACAGCGCA ACTCTGACGG TAAATACGAA GGATTGTGGC
AGTTACTCCG CAACAAAAAC AGTGTCCTTA CCGTGTATCT GCTATGAAAA CCCGATTGCC
AACTTTTCAG TAGCAAAAGA ACAGATTGGA ACTCCTTTTG TTATCTCCAT AACCGACAAT
TCCACCCATT CAAAGTCATC AACAGGTCTC GTGCAATGGA TCTGGGATAT GGGAGATGGA
GTAGTTTTCA ATAATACAAG CCCTCCTGGG ACCTTTACCT ATTCATATCC ACGATGCGGA
GAGTATTCCA TACTCCTGAC GGTATTTGAT ACGCAGGGAT GCTGGGATGA CACCATCCGC
AAAGCTACCT GCGGTGGAGA CATCTGTATC CCTGGAATAC CGAACGCCAG TTTTGTTTAT
GTACCAACCG GAAAAACTGT GAAGTATACA GATACCTCCA AACCCGAGGG AACCATTCAG
CGATGGCAGT GGGATATGGG AGATGGCACC CGATATATCA CCCAAAACGT GACCCACGAA
TACGCAACAT ATGGCAATTA TACGGTAAAG CTGCGGGTAT GGGATCAGGA TGGTTGCTTT
GGTGATACGA TCAGGGATAT CTCTCTCACC TGCCCACAAC CTGACGCAAA TTTCACAATC
ACCAATGTAA TTGCTAATCC CCGAACGTTC CGTTTTACTG ATACCAGTAT CATACCAACT
GGTTTAGCTG CGAACTATCT CTGGGACTTT GGTGACGGAA CATCTTATTC AGGAAAGAAC
CCGCCTGATA AGGAGTATGC AACCTGCGGT CAGCATCCAG TACGTCTCAA AGTCATGACC
GATTGTGGTT CTTGGGATGA GGTAGTAAAG CCGGCTGTAT GTGGTTGTCC ACTCCCAGAA
GCGAGATTCC GCATTGAACC AACAACCGAT CCTCAGGAAT TCAGGTTCAT CAATGAATCC
GTTTCTGAAC ATCCAATCAC TGGATTATTC TGGGAATTCG GAGATGGCAC AAATTCAACA
GAGCAGACCC CGACTCACCG GTATGCAACC TGTGGCCATT TCACGATCCG CCTGAAGGTT
ACGACCGACT GTGGCTCCTC AGACGATGTC ATTCAGGATG CTATCTGTGG TTGTCCAGCT
CCTGAAGCAC AATTCAGGAT CGAGACCACT GCTGATCCAT TAGAGTTCCG TTTCATCAAT
GAGTCGTTAT CTACCCGTCC GATCACCGGA TTATTTTGGG AGTTTGGTGA TGGAACAAAC
TCAACCGAGG AAAACCCGAC TCACCGGTAT TCAACCTGTA GCCATTTCAC GGTCCGCCTG
AAGGTTACGA CCGACTGTGG CTCCATAGAC GATGTCATTC AGGATGCTAT CTGTGGTTGT
CCACTCCCAG AAGCGAGATT CCGTATTGAA CCAACAACCG ATCCACAGGA ATTCAGGTTC
ATCAATGAAT CCGTTTCTGA ACGGCCAATC ACTGCAGTAT TATGGGAGTT CGGAGATGGC
ACGAATTCAA CAGAGCAGAC CCCGACTCAC CGGTATGCAG CCTGTGGTCA GTTCACCGTC
CGCCTGAAGG TCACAACCGA TTGTGGTTCA TCAGACGATG TCATTCAGGA CGCGATCTGT
GGCTGTCCAC CACCAAAACC TGACTTTGAC TACACCTGTA CCGGGCCGAC AAACGTCAGC
TTCACCGACC TCTCCCGTGC GATTGGCGGT GGAATTAATG CCTGGTATTG GGAGTTTGGA
GATCTAAGGC CGGATAACAC CTCCGGATTA CAAAACCCGA ACCATAAATA TGATAATCCC
GGCACATATC CGGTAAATCT CACGGTCTTT ACAACATGTA ACTCATCAGC CAGATGGACC
AGATTCGTCA CCGTCCCCTG TTGTGAGATG CCGGTTCCCG GATTTACCTA TGCCTGTAAT
CCTGATGGAT TGACGGTGGA CTTCTCTGAC ACCACAAAGA CATCCGGAGA TGATATCTCT
GACTGGTTAT GGGAGTTTGG AGATGGAAAT TCATCTATCC TTCAAAACCC ACAGCATACA
TACATAAGAA ACGGAACATG GCAGGTAAAT CTCTCTGTTA CTACCACATG CGGAGCGAAG
AACAGCTATC GGGAGAGCAT ATCCACCCCC TGCTTCTGCA CCCCGCCAGT TGCGAACTTC
TCAACCGAGA TAATCTCCGG TGAACCCTTT ACTGTCAGAA TTCGCGATTC ATCCCAAAAA
CCGGAAACGA TCACCCATTG GAACTGGAGT TTTGGTGATG GAACTTATTA CACTGGACAG
AATCCCCCTG ACCATACCTA CGCAGCTGGA TGTGGAGAGT ATCTGGTTTC ACTCACAGTA
ACAAACGAAT GCGGAGCTAG GGACACATTT GACAAACTCG TTTGTTGCCC GGTATATGCC
AATTTCACCT ATAGAATGGA ACCTGTAAAT GGCACCGCTC CCCTGACTGT ATACTTTACT
GACAGGACAA TTGGAACGCC GCAATCCTGG GGATGGACCT TTGGTGATGG AGGCGTCTCT
TCATTCAGAA ACCCAGTCTA TACCTACAAA ACAGGTGGGA ATTATTCAGC AACACTCCAT
GCAACCAGCC CGTGTGGAGG GAATGAAACC CATAGTGAAC AGATACATGT CTATTGCCCG
CCGGTTGAAG CATTATTCAA TTATACCATT GTTAATGAGG ATCCCCTGAC TGTTCAGTTT
ACCGATCTCT CCACCGGATA TGACATAGTA GAGTGGAACT GGTACTTTGG CGATGGATCC
TCCTCAAAAG AGCAGCACCC GGTCCATACC TATTACATCC GTGATGACTA CCAGGTAATC
CTTACCATTA AGAACTCATG TGGAAGTGAA TCTACGAATT CCATGTATCT GCCGATTGGA
TGCCTGCCGC TAACTATTGT TGCCACAGCT CATGAGGGTG GGTTTATCAA TCCGTCAGGG
AATGTCACCG TCCCCTGTGA ATGGAGCCAG CAGTTCAATA TTACGCCGGA TCTCTGTCAT
ACGATCAGAG ATGTGGTAAT TGATGAGAAT CAACCGAATG CACTGCATCT TGGACCGGTT
GAGAGTTACA CCTTCATCAA TGTGCAGTAC GATCAGACCA TTGATGCATA CTTTGATCTA
AAACAGTTCC AGATCGCCTC ATCTGCAGAT GCGGGAGGAA CGATTGATCC ACTGGGAATA
ACTGTGGTTG ATTGTGGTTC AGATCAGAGT TATACTATTA CAGCGGCATT CTGCTTTAAT
ATCACCGATG TAATCATCAA CGGGACACAG CACCTTGGTC CTCAGGTAAG TCCCTTTACC
TATACATTTA CGAATGTAAC TTCAGATCAA TCAATTCATG CAGTGTTTGC TCTGAAGACA
TTTCCAATAA ATGCGACTGC CGGTTTTGGT GGGAATATTA CACCAAATGG GATAGTCATG
GTCAATTGTG GATATGATCA ATCTTTTAGC ATTACCAATC TCACGTGTTG GAATATTTCT
GACGTTCGGG TTGACGGGAC TTCGATGGGT CCAATCAGAA GTTATACGTT TACGAATGTG
ACTGAACCAC ATAATATCAG TGCATCGTTT GTGCCAAGAG GGCCGTATAA TATCACAGCT
TCGGCAGTAT ATCTTGATGT GGGTAGTTAC ACACCAATAC CAATTACCGG CATGATCGAT
CCGGAAGGGG TTACTTCGGT TCAGTGTGGC AATTCACAGA GTTATTCAAT GGAGCCATCC
TTTATAATCG GAAAAGAAAC CTATTTATTT GCTGAATTAT TGATTGATGG GAGATTTTCA
AGTGCAATTA ATCCATATGT GTTTACAAAT GTTCAGGAAG ATCACACCAT TGTTGCATAT
TATGGACCTA AATGTTACTT CCTGAAGGGT GTTGTGAGAA ATGAAACAAC TGGATTGCCA
ATTGAGAACA TAAGAATAGA ATTTTACCGC AATGCAACAC CAAATGAATT CCTCTGGTAT
ACGTATACTG CATCAGATGG CTCATACATT ATTCCGAATG TCATTGCAAA TGCAGCCCAA
AGATATGATG CATATATCGG AAATAATTCT CCTCCGTGGC AAACAATCCG TTCCTATCTT
TATGATGATC CGAATCCGGA TTTCAATGGA CCATGGAGAT GGAGAATTCA ATTCAACCCC
GGAAGTAAAT GTGATCGGTA TTTGGATTGG TATGGAACGT TTTAA
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| Protein sequence | MGGDIIFRKR SGHVKKRYCE DALSEIVSSL SLIVVLVIAT GIILSYSTGQ YPKTTLPHTE
IEYTNSSGYA FFTHSGGDNL SPDSIRIRVF NGTFKKEYDQ HTIHLIRPDG NATNWSTSGS
DLGFGYSLRV PASGTNLSYQ ILLNKSGGEH LYREFGKPGA TTILPIPTTP TPTPYPDVNC
TLTESDALFS ITHTGSNPPT YLLSSLGNGT HSYTILGQGF SKTMNGRDAS ITFPNLTTDR
TYQVIHTVIQ KDSYYPVCSK SSSQSVTVYG CSDTCYANFI YESDPYNRFN ISFRDRSEGA
DEWRWNFGDG HTKSESNPIH EYSSLTIPSY RVTLTIGKNQ CGNRIYCSTT KQVSINCSAN
ADFNWIYEGR SPDTWDVNFL WNAGTYLFGK PYVLIWDFGD GNRTQISHLD WTGSIQHGYS
HYNQCKDYSA TLTVNTKDCG SYSATKTVSL PCICYENPIA NFSVAKEQIG TPFVISITDN
STHSKSSTGL VQWIWDMGDG VVFNNTSPPG TFTYSYPRCG EYSILLTVFD TQGCWDDTIR
KATCGGDICI PGIPNASFVY VPTGKTVKYT DTSKPEGTIQ RWQWDMGDGT RYITQNVTHE
YATYGNYTVK LRVWDQDGCF GDTIRDISLT CPQPDANFTI TNVIANPRTF RFTDTSIIPT
GLAANYLWDF GDGTSYSGKN PPDKEYATCG QHPVRLKVMT DCGSWDEVVK PAVCGCPLPE
ARFRIEPTTD PQEFRFINES VSEHPITGLF WEFGDGTNST EQTPTHRYAT CGHFTIRLKV
TTDCGSSDDV IQDAICGCPA PEAQFRIETT ADPLEFRFIN ESLSTRPITG LFWEFGDGTN
STEENPTHRY STCSHFTVRL KVTTDCGSID DVIQDAICGC PLPEARFRIE PTTDPQEFRF
INESVSERPI TAVLWEFGDG TNSTEQTPTH RYAACGQFTV RLKVTTDCGS SDDVIQDAIC
GCPPPKPDFD YTCTGPTNVS FTDLSRAIGG GINAWYWEFG DLRPDNTSGL QNPNHKYDNP
GTYPVNLTVF TTCNSSARWT RFVTVPCCEM PVPGFTYACN PDGLTVDFSD TTKTSGDDIS
DWLWEFGDGN SSILQNPQHT YIRNGTWQVN LSVTTTCGAK NSYRESISTP CFCTPPVANF
STEIISGEPF TVRIRDSSQK PETITHWNWS FGDGTYYTGQ NPPDHTYAAG CGEYLVSLTV
TNECGARDTF DKLVCCPVYA NFTYRMEPVN GTAPLTVYFT DRTIGTPQSW GWTFGDGGVS
SFRNPVYTYK TGGNYSATLH ATSPCGGNET HSEQIHVYCP PVEALFNYTI VNEDPLTVQF
TDLSTGYDIV EWNWYFGDGS SSKEQHPVHT YYIRDDYQVI LTIKNSCGSE STNSMYLPIG
CLPLTIVATA HEGGFINPSG NVTVPCEWSQ QFNITPDLCH TIRDVVIDEN QPNALHLGPV
ESYTFINVQY DQTIDAYFDL KQFQIASSAD AGGTIDPLGI TVVDCGSDQS YTITAAFCFN
ITDVIINGTQ HLGPQVSPFT YTFTNVTSDQ SIHAVFALKT FPINATAGFG GNITPNGIVM
VNCGYDQSFS ITNLTCWNIS DVRVDGTSMG PIRSYTFTNV TEPHNISASF VPRGPYNITA
SAVYLDVGSY TPIPITGMID PEGVTSVQCG NSQSYSMEPS FIIGKETYLF AELLIDGRFS
SAINPYVFTN VQEDHTIVAY YGPKCYFLKG VVRNETTGLP IENIRIEFYR NATPNEFLWY
TYTASDGSYI IPNVIANAAQ RYDAYIGNNS PPWQTIRSYL YDDPNPDFNG PWRWRIQFNP
GSKCDRYLDW YGTF
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