| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_0970 |
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| Symbol | |
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| ID | 3923819 |
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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 | 1084159 |
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| End bp | 1088745 |
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| Gene Length | 4587 bp |
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| Protein Length | 1528 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637896606 |
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| Product | PKD |
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| Protein accession | YP_502439 |
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| Protein GI | 88602261 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.290385 |
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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 | 13 |
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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 | ATGAAATTAT GTATTAAATC AGGAGTAGTC GGGGTAATTC TGTTATCTTT GATCCTGTGC
ATTGGTACAT CCACTGGAGA CTTCCCTCCA ATTAGTGTGC AGAATGCGCA TACAACCATT
ACAGCAGATT TTACTGCTGA TAAGCAAGAA GGAAATGTTC CTTTTACGGT CTCCTTTACC
GATCTCTCTA CTGGAATACG CGACCACTAT GAATGGTCAT TTGGTGATGG TGAGAGTTCA
TCAGAACAAA ATCCGGTTCA TACGTATTTT TCACCCGGTG TATATTCGGT TTCGTTGACT
GTTTCAGGAA CTGCCGGTTC AGATAAAAAG ACAAGAATTG GATATATTTC GGTTTCAGAA
CCTGATTCAG AATCAGTCTC ATCGTCTGAG CCGGTTCTTA CAGAGCGCAC CTTAGATACC
AAGTCTTCTA TTGTCGTTCA GAACGGAGAG ATCACGGAGC CTGAAGATCT GGTGACTGTT
CTGAATGTGC CAGAACCAGT ATCAGAACAT ACTGTACCTG CAACTCCTGC ACCCGTTCCT
GCAGTATCAT CGATCCATGC TGATTTTTCA GTGGCTGATG CGGTTGGTCT TTCGCCTCTG
AAGGTCAGTT TCACTGATCT ATCAACAGGA CTGGTATCTT CCTGGTTATG GGACTTTGGT
GATGGGACCA CATCTGCAGC AAAATCTCCA ATACATATTT ACCAGACAGA TGGAACGTAT
GATGTCTCAT TACACATTGA AGGTGATGGA AGTACTGATA CAATTACAAA AACCGGAATT
ATTCAGGTAA TCACTCCGGT GGTGTCATCA TTTACTGCTG AACCAACTGA AGGAACCACT
CCTCTGCAGG TCAAGTTTAA CGAACAGACT TCCGGAACTA TAGTCTCGAG GGAATGGTCA
TTTGGAGATG GATTATTTTC AGAACTTGAA AACCCAACCC ATGTATATGA AAAACCTGGA
ACATATGAAG TATCTCTCAA AGTGACCGGT ACCCATAATG ATGATATTCT GACCAGACCA
TCATATATTA TAGTTCACCC TGATCTTCCG CCACCGACCC TGGCCCCAAC AACTCCCACT
CCGGTACCTG TTTCTTCTTT TTCTCCTGTT CCTGAACCAG TACTGCCAAC TCCTATAACT
GATAATATCC CAGTTCTTAC TGAATCAGTT CCTTCTCCTG CTCCTGAAGA TACGCGTAAC
CCAATATCTG TTGAGTCCGA ACAAGTACTT CCAGAACCTG AAGAAATTGT CTTACCAACT
GATACCATCA ACCAAATTTC AAAATCATCT GAAGATACTG AAGTTACAGG AGAAAGCATT
GAACCAATTA CAACAGCCGC AATACATGAG ACATCTGAAC CTGTTGCTTC CGTATCTGAA
CCTTCTGTGA ACTTTGTATG TACACCTGCG TCAGGCGATG TTCCACTTTC GGTTCAATTT
ACCGACACAT CAACCGGAGA GTATGAAACA AGATACTGGG ACTTTGGCGA TGGTTCAAAC
TCTACTGAAC CGGCTCCTAC TCATATATTT GACAAACCCG GGGATTACCC GGTAAGCCTT
ACTCTGCATT ATGCCGGCTC TGAAGAAGGA ATTGTAAAAA CTTCGGTTAT ATCTGTACTT
TCACCTCCAA AAGCTCCGGT TGCAGATTTC TCTATAAGCA GCACAGAAGG GACTGCTCCC
TTTGCCATAG TATGTACTGA TCAGTCTGAA GGTGAAATCA ATGAATGGAT CTGGGATTTT
GGCGATGGTA AGGTAATCAG AGGTAAAAAT CCCACTCATA CCTATATTTT GCCCGGCCAG
TATTCCATTA CGCTGACCGT CAGGGGACCT GGCGGGAAAG ATGAATTGCG TGAAAATTCA
GTTATTACCG TGCTAGAAGC CCCTCCAGTT CTCAAAGCAA AATTCTCTGC TGATCCGGTT
CAGGGACATG TTCCCCTGGA TGTATCATTC CATGATGAGT CAACGGGTAT AATTACTGCA
TGGGACTGGG ACTTTGGTGA TGGAATTTCA TCAACCGAAC AAAACCCTGC CCACGTGTAT
ACCAACCCTG GAACATATCA TGTAAAACTT GGTGTAACTG GTCCGGATGG TACAGATGTT
CTTGTAAAAG AGAATTTAAT CATTGCTGAA AAATCTATTG AACCAGTCCA TGCTTCTTTC
TCTGCCCTTC CAATTTCAGG AGATGCGCCA CTTACCGTTG CATTTACTGA TAAAACAACC
GGTGATGTCG AAAACCTGAC CTGGATATTT GGGGATGGGT TTACTTCCAA TGAAAAGAAT
CCTGAGCATA CCTATACAAA ACCTGGTATC TACACCGTTC TTCTGAATGC GGACGGACCG
GGTGGGAATG ACAGTGTGGA AAGGACAGAC CTGATATCTG TTCTGGGATC TGCACTATCC
CCTGAATTAA TCATCAATGC TGAACCTGCG AAAGGAACTG CTCCTCTCAC AGTCACATTT
GGAAAATCGG ATGTCGGCAA TGTGATGAGT TCGCAATGGA GTTTTGGAGA CGGTAATACC
TCCAATGAAC CATCGCCTGT ACATACCTAT GCAATGCCTG GTGTCTATAC TGTGAGTCTC
ACAATTCAGG ATTTCCAGGG ACAATCCCGT ACTATTACCA AGAATGAATT TGTGAATGTT
ACAATGCCAA TCCCGCCACC GGTTGCGAAT TTCTCAAGTA ACGGCACAGA AGGCTATGCC
CCGTATTCAG TCAGGTTCAC CGATCAGTCA CTCGGTGAGA TTACTGAATG GATCTGGGAC
TTTGGTGATG GATCGTCTGC AAAAACACAA GATGCTGTTC ATACCTACAA TGCCACCGGT
TCATACCTTG TTTCACTCAA TGTCAAAGGA CCTGGTGGAG AGAACCGATA TTCTGCTCCC
CGGCCGGTTT TGGTTAAGGA ACCAGTTCCT GTAATTCCTG AATCGAAAGC TGACAATATT
TCACCGATTC AAACAAGAGG TGAGGAGCCT TTTATTATTT CTAATGAGTC GAATCAATCG
AATCAATCAC TAATAGTTGT CCCGGTTATT TCTGAACCAA TGGTTGTTCC AAATCGTACT
AGTCTGAATG TTCCTCCTAA TGAGTCTTCA GATAATCAGA GTGCACGTAT CAATGGAACA
GAAAAAATAG AGCCGGATAT ACTGATCCCG ATAAATAAGA CAGAAACCCT TACTAATGTA
TCGAAATATG AGGTAGGCAG AGGTACTGAT ACGAAAGAAA GATCTGAAAT ACTAATTCCA
GAAATTATAG TATCAGAGAA GACAGGTCCC GCACCTCTTA CCGTTGATTT TAGTTCATCA
TGGGTAAAGG AAAATGGAAC CTATCTCTGG AAATTCGGGG ATGGAATGAC CTCGAATGAA
TCAGAAGTTA CTCATACCTA TACAAAACCA GGGATCTATT CTGTTCACCT GACTCGCGAA
TTTGAAGGAA ATACACAGGA GATAATCAAT ACCAATCTTA TCAATGTGAC AGAATCCATA
TCAATCCCAA TTGCATCATT CTCTGCTGAC CCGGTATCAG GCCCGGCACC ATTGCATGTT
ACATTTAGAA GTGAATCTAC CGGTACAATA TCTGATTGGA TTTGGAACTT TGGAGATTCA
TCAAATGGAA CTGGTGAGAC GGTTAGCCAT ACCTACACCC ATCCAGGTAT CTATACCGTC
GGTGTTCAGG TTCATGGTCC TGATGGCTCC TCGACAGAAG TAAGAGAAGA TTATATTACA
GTAGGTACCT CTCTTACTCC ACCACAAGCA CGATTCAGAA CTGATAAAAG AACCGGATAT
GCACCATTAA CGGTCCGGTT TACTGACCAG TCACTGGGAA AGGTATCTGA CTGGAAATGG
GACTTTGGAG ATGGAGAGAT CTCCACTGAA AGAAACCCGA CTCATGAATT CAATAAGACC
GGTGTCTATT CAGTATCATT GACAGTTTCC GGACCGTCCG GAACAAATCA GGTCAGCAGA
AAGGGATATA TTGTAGTTTC ACCTGAACCT GAACCCCTTG TTGCTGGTTT TAGTCTGAAA
CCATCAGAAG GAATAGCTCC CCTCTCTGTA CAGTGCACCG ATGAATCTAC AGGAAGTATA
AATCGGTACC TCTGGGAGTT TGGAGATGGA GCGGTTTCGG AATTCAGACA TCCATCTCAC
CGGTATACCG CACCTGGTTC ATATATTGTC AAGCTCACGG TGTATGGACC GTCAGGAATC
AGTTCAGCTG ATCAAGTCGT GACAGTGGGA CCGACCTATT CAAAATCTGA CCGGATAAAT
CCATCCATAT TCTCTTCAGA CATTAGCAAG AAAAAGAATC AATCTGATAT GAATGATTTA
GATTTATCGG AGACATCCAA ACCAATAGCT GATTTTGCTA TCAACAAAAA GAGCGGAAAA
ACTCCTCTGT CCATCACCTG TGAAGACCGT TCTTCAGGAA CGATTGAATC ATGGTCATGG
AACTTTGGTG ATGGCAGTAA TTCTATTGAA CAGAATCCGG TTCATTCATA TATCAAGCCA
GGAACATACA CCATATCTCT GACTGTAAAG GGTCCGTATG GTGTTTCAAC GAAAAAGTTG
CGTGATGCAA TTCAGGTATT TGATTAA
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| Protein sequence | MKLCIKSGVV GVILLSLILC IGTSTGDFPP ISVQNAHTTI TADFTADKQE GNVPFTVSFT
DLSTGIRDHY EWSFGDGESS SEQNPVHTYF SPGVYSVSLT VSGTAGSDKK TRIGYISVSE
PDSESVSSSE PVLTERTLDT KSSIVVQNGE ITEPEDLVTV LNVPEPVSEH TVPATPAPVP
AVSSIHADFS VADAVGLSPL KVSFTDLSTG LVSSWLWDFG DGTTSAAKSP IHIYQTDGTY
DVSLHIEGDG STDTITKTGI IQVITPVVSS FTAEPTEGTT PLQVKFNEQT SGTIVSREWS
FGDGLFSELE NPTHVYEKPG TYEVSLKVTG THNDDILTRP SYIIVHPDLP PPTLAPTTPT
PVPVSSFSPV PEPVLPTPIT DNIPVLTESV PSPAPEDTRN PISVESEQVL PEPEEIVLPT
DTINQISKSS EDTEVTGESI EPITTAAIHE TSEPVASVSE PSVNFVCTPA SGDVPLSVQF
TDTSTGEYET RYWDFGDGSN STEPAPTHIF DKPGDYPVSL TLHYAGSEEG IVKTSVISVL
SPPKAPVADF SISSTEGTAP FAIVCTDQSE GEINEWIWDF GDGKVIRGKN PTHTYILPGQ
YSITLTVRGP GGKDELRENS VITVLEAPPV LKAKFSADPV QGHVPLDVSF HDESTGIITA
WDWDFGDGIS STEQNPAHVY TNPGTYHVKL GVTGPDGTDV LVKENLIIAE KSIEPVHASF
SALPISGDAP LTVAFTDKTT GDVENLTWIF GDGFTSNEKN PEHTYTKPGI YTVLLNADGP
GGNDSVERTD LISVLGSALS PELIINAEPA KGTAPLTVTF GKSDVGNVMS SQWSFGDGNT
SNEPSPVHTY AMPGVYTVSL TIQDFQGQSR TITKNEFVNV TMPIPPPVAN FSSNGTEGYA
PYSVRFTDQS LGEITEWIWD FGDGSSAKTQ DAVHTYNATG SYLVSLNVKG PGGENRYSAP
RPVLVKEPVP VIPESKADNI SPIQTRGEEP FIISNESNQS NQSLIVVPVI SEPMVVPNRT
SLNVPPNESS DNQSARINGT EKIEPDILIP INKTETLTNV SKYEVGRGTD TKERSEILIP
EIIVSEKTGP APLTVDFSSS WVKENGTYLW KFGDGMTSNE SEVTHTYTKP GIYSVHLTRE
FEGNTQEIIN TNLINVTESI SIPIASFSAD PVSGPAPLHV TFRSESTGTI SDWIWNFGDS
SNGTGETVSH TYTHPGIYTV GVQVHGPDGS STEVREDYIT VGTSLTPPQA RFRTDKRTGY
APLTVRFTDQ SLGKVSDWKW DFGDGEISTE RNPTHEFNKT GVYSVSLTVS GPSGTNQVSR
KGYIVVSPEP EPLVAGFSLK PSEGIAPLSV QCTDESTGSI NRYLWEFGDG AVSEFRHPSH
RYTAPGSYIV KLTVYGPSGI SSADQVVTVG PTYSKSDRIN PSIFSSDISK KKNQSDMNDL
DLSETSKPIA DFAINKKSGK TPLSITCEDR SSGTIESWSW NFGDGSNSIE QNPVHSYIKP
GTYTISLTVK GPYGVSTKKL RDAIQVFD
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