| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_0597 |
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| Symbol | |
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| ID | 3924056 |
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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 | 684443 |
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| End bp | 690031 |
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| Gene Length | 5589 bp |
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| Protein Length | 1862 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 637896235 |
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| Product | PKD |
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| Protein accession | YP_502074 |
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| Protein GI | 88601896 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.579359 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.139276 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATGGGGA ATGCGAAGAC TGTCTGGTGC CTCATTCTGG CCATTTTCTT AATAGCAGGT
ACATTCGTAT CTGCTGATGA GAATGCGGGA GATACTCAGG CATTACAGAC AAAGCTGGCT
TCAATGCCCC TTGTTTTTAT TCAGAACAAC GGGCAGTTTG AAGATAATGT ATCGTACCAG
ACCCAGTCAA CTGATCAGGT CATTTCTTTT ACTGATGAGG GTATGGAATT CAGCCATAAT
CCCGGTAACA GCTCAGTATT CATGCTCCTG AATGGGTCTA ATCCAGATAA GAAGATCATC
GGTCTGAATC CATTGAATGG AACGGCAAAC TTCTACTATG GTTCTGATCC GTCTGCGTGG
GTTATTGGTG CCATGCTGAC ATCAGGAGTC AGGTATGAGG ATGTTTATAA CGGTATTGAT
TATATCGTTT CCGGGACTGA AGGTCTTTTA AAGAGTGAAT TCATCCTTGA TGCAGGGGCA
GATCCATCCC AGATTATGCT GGTGTATCAG GGTCACACCG GTATATCATT GAATGAGACG
ACCGGGGATC TGGTTATAGA GACTCCTGCA CGACAGATTA TTGATGAAGC GCCGGTTGCA
TACCAGGAGG TAAACGGCAC ACGGACTGAG GTTGAGTGTT CCTATGTCCT GGGTCCTGAT
GCAACCGTCA CCTTTGCCCT TGGGGAGTAT GATCCATCAC TTCCACTGGT CATAGACCCG
GTACTGCGGT ATTCTCTCTA TTTTGGAGGG GATGGCCGTG ACCAGGGGAA CTCAATCAAG
GTCGATAAGG AAGGATATGC ATACTTTATT GGAACCTCGT GGTCAGATCA TCTGAAGTAT
TTCAAAAATA ATGCAAAAGA TCCTCTCTCA AATCAAAATC CACCAGGAAC CCAGCAGGCC
CTGAGTTCTG GGGATGTATC TGTGGAAGGA CTTGCACCAG GGAGTATACA GCCCTACTTT
GGTGGCGGTG AAAAGGATGC GTTTGTTGTA AAAGTGAATC CTGACGGGAC TGACCTTGTA
TACATCTCCT ATCTTGGAGG GTCCGGAACT GACGAAGGTA CCGGCCTTGT CATTGATGAA
GCAGGAAATG CATACATTAC CGGAGGAACG AATTCGCCAA ATTTCCCAAC AAAGAATCCC
TACCGGAATG CTCTTGCAGG CGGATATGAT GCCTGGATGG CAAAACTGGA TCCGACCGGA
AAGGAACTTG TCTTCTCAAC ATACTTCGGT GGAGTCCATG ATGATTTCGG ATTTGACATT
GACATCGATA AATCTCACAA TGTCTTTGTT ACCGGTCAGA CTGCATCATG GAATTTCCCG
GTTGTGAACC GGTATCAGCT CTCACCATAC GGCGGTCTTC CGGATGCCTT TATCACCAAG
TTTACCGCTG AGGGCAACTC CATTGTGTAC TCCAACTTTA TCGGTGGTTC AGCGTTTGAT
GCAGGAACTG CCGTATCAGT TGATTCCAAT GGATATGCCT GTATTGTAGG TCAGACTGAA
TCTCCGAATT TCCTGACAAT CAAACCATAT CAGGATAAAC TTCGCGGCCC GTTCGATGCT
TTTGTTACCA AGTTTGATCC AGAAGGAAAG TATCCGGCTA TGTATTCCAC CTATCTTGGT
GGTTCAGGGA CAGATGATGC ACGGGATGTT ATTTCCCTGC CGGATGGAAG CCTCATCGTC
GTAGGTATTA CCAAATCAAA GGATTTCCCG ACGGTAAATG CACTTCAGGG AGAACTGAAA
GGGCTCCAGG ATGGATTTAT CACAACTCTG AACGCTGATG GCTCGGCACT TACCCAGTCA
ACATACTTTG GTGGTTCCCT CATCGACTCA ATAACTGGTG CTGCCCGTGA TAAAGATGGC
AATATTTACG TGGTAGGAAC CACGAACTCA CCAGATATAC CGGTAACTCT TGCATACCAG
TCCAAACCCG GTGGCAGTTC TGATGTGCTG ATTGCAAAGT TCAATCCAGC CATAAGCCAG
ATTGGATATG CCACCTATCT TGGTGGTGGA AGTATCGATG AAGGTCGTGC TATTGATGTT
CTGCCCGAAG GAGAGGCATA TCTGACCGGT TATACTGAAT CCAAAAACTT CCCGAAGGTA
TGGCCATATC AGCAGAACTT TGGTGATGGA GACCGTGATG CATTCATCGT CTCCCTGTCA
GAACATGATA TGATACCGGT CACAGACTTT GAAGGTGTTC CGACTGAAGG TGATGCTCCG
CTTACGGTTC AGTTTACCGA TAAATCACTT GGTATCCCGA CTTCATGGGC CTGGGAGTTT
GGAGATGGTG GAACCTCAAC TGAGAAGAAC CCGCTTCATG TCTATGAGAA ACCGGGTGTC
TACACCGTCT CTCTGACTGC AAAGAACATT GTATCTAGCC AGAAGAAGAC AAAGGAAGAT
TATATCCACG TGTTTGAACC GGTAAAACCA CCAGTTGCAG ACTTCTCAGC AAACCCCACC
GAAGGAATGG TCCCCTTGGC AGTCACCTTC ACGGATCTTT CAACAAATGA TCCGGAAACA
TGGTCATGGG TATTTGGTGA TGGGGGAACG TCCACTGAGA GGAACCCGGT GTATACATAC
AATAATCCGG GAACCTACAC TGTGAACCTG ACGGTCAGTA ACCGTGCTGG AGTATCCTCC
AAGGAGAAGC CGGAGTTTAT CCATGCAAAG CCTGCGGTTA TCCCACCGGT TGCAGACTTC
AATGCCAACC CGACCAGTGG CATGGTCCCG CTCGCAGTAA CCTTCACCGA TGCTTCAAAG
AATGGCCCGA CTGCATGGAA GTGGACCTTT GGTGATGGTG GTTCATCAGC CGAACAGAAC
CCGGTATATA CTTATACGGT GCCCGGGACC TACAACGTCA CCCTGAACTG CAGCAACAGT
GCCGGTTCAG ATGAGATCAC AAAGCCTGAA TTCATCCATG CCCAGCCGGC AGTCATTCCA
CCAAAAGCAG ACTTCAATGC CAATCCGACC AGCGGTATGG TCCCGCTTGC AGTGACCTTC
ACCGATCTCT CAAAGAATGG CCCGACTGCA TGGAAGTGGA CCTTTGGTGA CGGAGGCTCT
TCAACAGAGC AGAACCCGGT ATACACCTAC ACGGTGCCCG GGACCTACAA CGTCACCCTG
AACTGCAGCA ACAGTGCCGG TTCAGATGAG ATCACAAAGC CTGAATTCAT CCATGCCCAG
CCGGCAGTCA TTGCCCCGGT TGCTAAATTC AAAGGTGAAC CACGGAACGG AACAGCTCCG
CTCAGGGTAA CCTTCACCGA TCTCTCCGAG AATGGGCCGA CCAGCTGGGA GTGGAACTTT
GGTGACAGTC AGGTCTCAAC CGAACAAAAT CCGGTTCACG TGTATGAGAA AGCAGGAAAG
TACACCGTGT CCCTGACGGT TAAGAACTCT GCCGGAACTG ACACTTTGGT TGAACAAAAT
TACATCATCG TCAATGAACC GGTTCTTCCG CCATGTGCAG ACTTCTCCGG TGCTCCACGG
GAGGGAAAAG CCCCGCTCAC AGTGACATTC CTTGACCTCT CAAAGAACAG TCCGAAACAG
TGGTACTGGA AATTTGGAGA TGGAACAACC TCCGAGGAAC GAAACCCGGT TCATACGTAT
CCAGCTGAAG GAAAATACAC TGTTGAACTG ACGGTCAGCA ATGAAGGTGG AGCAGACACC
AAGATTGCAC CAGATTACAT CACCGTAACT GCTCCGGGTT TCCCGCCTGA TGCACAATTC
AGAGGATTCC CAACCTCCGG AACCGCACCT CTGACCGTAA GCTTTACCGA TCTCTCTACC
GGAGATCCGA CCAAGTGGAG TTGGGATTTT GGTGACGGAT CAGTATCCAG CGATAAGCAT
CCGGAACACA CCTATACCAC TCCCGGAGAA TACTCGGTTA CCCTGACGGT TGAGAATCCG
TTTGGTATGT CCACCGAACT TCGTGAGAAG TACATCCGGG TGTATGAAAA ACCAGTTCCG
CTCAAAGCCT CCTTCATGGG AGAGCCAACC TCCGGAAAGG AACCCCTGAC TGTTCAGTTT
ACTGATCTTT CAACAGGTAA TCCTGAAACA TGGATGTGGA ACTTTGGCGA TGATCAGACC
TCAACTGAGA AGAATCCAGT TCATGTCTAT ACCAAGGCAG GTGTCTATAC TGTATTCCTG
ACGGTGACCA GAGGAGAGGA TCGGTCCAGT GAGATCAGGT ACCAGTACAT TACCGTCCTT
CCGGCTGGAA AACCACCGGT ACCTGATTTT GTTGCATCCC CGACAACCGG ATATGTCCCG
CTTGATGTGC AGTTCACGGA TCTTTCAACC GACAAACCAA CCGCCTGGAG ATGGGACTTC
GGTGATGGAC AGTCCTCATC AGAGCAGCAC CCGGTTCATC GGTATATGAC TCCTGGATCA
TACACCGTCT GCCTTGAAGC CTCGAATGAG TTCGGCTCTG CAGCAACCTG TAAGGATAAC
CTGATCAAAG TGACCGAGGC ACCCCTTGCT CCGGCAGAGT TCTTCGGTAG CATCACCGTT
GATGGAAGTC CGGGATGTAT CGGGACTATC ATCGAGGCAC GGGGAAGTGG TATTGATACC
GGTATATTCG GTAATCCTGT CACAACCACG ATTGAAGGGG CCTATGGAAC ACCAGATCCG
CTCACCGTCA AGGGAACAAT AAAGAATGGA GATGCAATCA CTTTCTGGGT AAAACCACAG
GGCAAACAGG ACTTTGTCCA GGCAGAATGC TATGATGTGT ATGCCGGTAA GGAATGGCAG
AAATCATATC CATACAAGGG TGGTTCAAAG ACCCGGCTGG ATCTTCGTGT CGGAGAAGCA
CCCATTCCGC CAATGCCGGT GCTGCCTCAT GAGTTCTATG GTGAAGTAAC ATCGAACGGT
ATGCCGATGC CTGTTGGAAC CATGATCCTG GTAAAGGGTG ACAATGTGGT TGAAGGACAT
CGTGGCAATC CGCTTGCTGT CACCTCACCT GGTGTCTACG GATTTAATGA ACTGAACAAA
CTGGTTGCAC AGGGAGACCT GAAAGCAGGA CAGCCACTCA CCTTCTGGGT AATCCCGGCA
GGTTCTGGTG AGCCGGTCAT GGCACAGGTC AGGGATGTGG ATGCAAGCGG TGAATGGGCA
AGTTCATATC CATATATCGA GGGAGGACTT ACCAGACTTG ATATCCGGAT TGATGGAGGA
ACCCCTCCAA TTCCGGTTGT TCCCATGACC ATATCCGGAA CGGCCCTTGT TGATGGAAAC
CCCATCACCC CCGGTTCCCT GATAACCGCG GACGGGAAGA ATGTCAGAGT TGGTATTGAT
GGAAACCCGG TCTCTGTTGG GAACAATGGA CGGTTCGGTG ATGGGAGAAA ACTGACAATT
CAAGGTGATA TCCAGACCGG AAGTCCGATC ACTTTCCTCA TGTATGATGC AGCATGTGGC
AATCAGTATG TGGCAGAGGT AAAGGACCCA CAGACCGGAA TCTGGGTTGC CTCTATTCCT
TTCAAGCCAG GTGCAGATAT GGAACTTGAG ATTAGATCCA GTTCTATCAT CCCGGCAGAT
AAAAAGAGTA ACGAAACTCC GGTAATTACT GCGTCTGTCC CTGAAGATGA TCAGGTTCAG
ACACAGTAA
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| Protein sequence | MMGNAKTVWC LILAIFLIAG TFVSADENAG DTQALQTKLA SMPLVFIQNN GQFEDNVSYQ
TQSTDQVISF TDEGMEFSHN PGNSSVFMLL NGSNPDKKII GLNPLNGTAN FYYGSDPSAW
VIGAMLTSGV RYEDVYNGID YIVSGTEGLL KSEFILDAGA DPSQIMLVYQ GHTGISLNET
TGDLVIETPA RQIIDEAPVA YQEVNGTRTE VECSYVLGPD ATVTFALGEY DPSLPLVIDP
VLRYSLYFGG DGRDQGNSIK VDKEGYAYFI GTSWSDHLKY FKNNAKDPLS NQNPPGTQQA
LSSGDVSVEG LAPGSIQPYF GGGEKDAFVV KVNPDGTDLV YISYLGGSGT DEGTGLVIDE
AGNAYITGGT NSPNFPTKNP YRNALAGGYD AWMAKLDPTG KELVFSTYFG GVHDDFGFDI
DIDKSHNVFV TGQTASWNFP VVNRYQLSPY GGLPDAFITK FTAEGNSIVY SNFIGGSAFD
AGTAVSVDSN GYACIVGQTE SPNFLTIKPY QDKLRGPFDA FVTKFDPEGK YPAMYSTYLG
GSGTDDARDV ISLPDGSLIV VGITKSKDFP TVNALQGELK GLQDGFITTL NADGSALTQS
TYFGGSLIDS ITGAARDKDG NIYVVGTTNS PDIPVTLAYQ SKPGGSSDVL IAKFNPAISQ
IGYATYLGGG SIDEGRAIDV LPEGEAYLTG YTESKNFPKV WPYQQNFGDG DRDAFIVSLS
EHDMIPVTDF EGVPTEGDAP LTVQFTDKSL GIPTSWAWEF GDGGTSTEKN PLHVYEKPGV
YTVSLTAKNI VSSQKKTKED YIHVFEPVKP PVADFSANPT EGMVPLAVTF TDLSTNDPET
WSWVFGDGGT STERNPVYTY NNPGTYTVNL TVSNRAGVSS KEKPEFIHAK PAVIPPVADF
NANPTSGMVP LAVTFTDASK NGPTAWKWTF GDGGSSAEQN PVYTYTVPGT YNVTLNCSNS
AGSDEITKPE FIHAQPAVIP PKADFNANPT SGMVPLAVTF TDLSKNGPTA WKWTFGDGGS
STEQNPVYTY TVPGTYNVTL NCSNSAGSDE ITKPEFIHAQ PAVIAPVAKF KGEPRNGTAP
LRVTFTDLSE NGPTSWEWNF GDSQVSTEQN PVHVYEKAGK YTVSLTVKNS AGTDTLVEQN
YIIVNEPVLP PCADFSGAPR EGKAPLTVTF LDLSKNSPKQ WYWKFGDGTT SEERNPVHTY
PAEGKYTVEL TVSNEGGADT KIAPDYITVT APGFPPDAQF RGFPTSGTAP LTVSFTDLST
GDPTKWSWDF GDGSVSSDKH PEHTYTTPGE YSVTLTVENP FGMSTELREK YIRVYEKPVP
LKASFMGEPT SGKEPLTVQF TDLSTGNPET WMWNFGDDQT STEKNPVHVY TKAGVYTVFL
TVTRGEDRSS EIRYQYITVL PAGKPPVPDF VASPTTGYVP LDVQFTDLST DKPTAWRWDF
GDGQSSSEQH PVHRYMTPGS YTVCLEASNE FGSAATCKDN LIKVTEAPLA PAEFFGSITV
DGSPGCIGTI IEARGSGIDT GIFGNPVTTT IEGAYGTPDP LTVKGTIKNG DAITFWVKPQ
GKQDFVQAEC YDVYAGKEWQ KSYPYKGGSK TRLDLRVGEA PIPPMPVLPH EFYGEVTSNG
MPMPVGTMIL VKGDNVVEGH RGNPLAVTSP GVYGFNELNK LVAQGDLKAG QPLTFWVIPA
GSGEPVMAQV RDVDASGEWA SSYPYIEGGL TRLDIRIDGG TPPIPVVPMT ISGTALVDGN
PITPGSLITA DGKNVRVGID GNPVSVGNNG RFGDGRKLTI QGDIQTGSPI TFLMYDAACG
NQYVAEVKDP QTGIWVASIP FKPGADMELE IRSSSIIPAD KKSNETPVIT ASVPEDDQVQ
TQ
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