| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_0951 |
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| Symbol | |
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| ID | 3923233 |
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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 | 1057935 |
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| End bp | 1061933 |
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| Gene Length | 3999 bp |
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| Protein Length | 1332 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637896587 |
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| Product | methyl-accepting chemotaxis sensory transducer |
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| Protein accession | YP_502420 |
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| Protein GI | 88602242 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.514754 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.661078 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGAAGGC AGGGAACTGA TGATTACCTG GATACAACCG GATATGGTCA ACTCCAGTCT
GAAATAAAAA AGGTTATAGA ATTTCATAAA TCCGGTTTAT CTGATACCAG GATAGATACA
AGCAGGATGT CAGATGAAGA ACAAGGCGTA GGATCTCTCT TTAATGAAAT ATTAGATCAA
TATCAACATT TTTTTTCAAT CATACGGGAT TCATTAGGAT CAATTCAGAA AGGTGATTTT
CATACAGAAG TATCAAAGCT ACCTGGAAAA TTTGCGGATA TTACTGATAC GATTGACAGC
ATTCGCTCCA GCCTGTTAAT GCTTGAAAAA GATATCATCA GGTTCTCCAA TTCATTTGAA
CAGGGTGATC TGACACTCAG AATTGATACA ACAAAATACC GGGGGGGGTT TACTGATATT
GTAGAGCACC TGGATCAGGG TATTGAGGCG ATCAATGTGC CAATACGGCT GGTCTCTCTT
GGGATTTCTG ATTTTGCCGA GGGAAAAATC CCAGATATCA ATGATGAAAA TCAGTTCAAA
GGAGATTTCA GAAGATTAAT TCAGAATTTA AATCAGATTG TTCATGTCTC CAAAATGCGA
GGAGAAGATA TAAAGACTCT GATCAGATCA GCTGAAGAAG GCATTCTGGA TGCCCGGGCA
GATCCTACAA AATACCCTGG ATATCACGGA AATATGCTGG CAGGAATGAA TAAAATCCTG
GATGCGTATA TAAGTCCCAT CAACGTTTCT GCAGAATATA TAGACAGAAT TAGTAAGGGA
GACATACCTC CGAAAATTAC TGAGGCATAC CGGGGAGATT TCAATGAGAT TAAGAATAAT
CTCAATGCCC TTATTGATGT TGTCCACATG AGAAATTCTG ATATTAACAT GCTTATTCAG
GCAGCCCTGG ATGGAAAACT GGATTTCAGA GCAGATCCTT CAAAATACCC GGGTGAAAAC
GGGAAGATGA TTGAAGGTAT TAATAAGATG TTGGATGCAT ATCTGGGGCC ATTGAATGTA
TCTGCTGAAT ACATCGACAG GATTAGCAAG GGAGATACTC CACCAAAGAT CACTGAAGAA
TATCGTGGGG ACTTTAACGA GATCAAAAAC AACCTCAATA ACCTGATTGA TGTCATTCTT
ATGAGGACTG CTGACATTAA ACTTCTTACA AATGCAGGTC TTGAAGGAAA ACTTGATGTT
AGGGCAGATT CCTCCAAATA TACCGGTTAT CATGGAAAGA TGATAGAATC GATTAATAGC
ATGCTTGATG CATATATCGG ACCAATTAAC GTATCAGCTG AATATATAGA CAGGATTAGC
AAGGGAGATA TTCCGCCAAA GATCACTGAA GAGTATCATG GAGACTTCAA TGAGATTAAA
AATAATCTCA ACGCTCTCAT TGATGTTGTC CACATGAGAA ACGATGACAT TAAGATGCTC
ATTGAGGCAG CGATACAGGG AAAACTCGAT GTAAGGGCAG ATTATGCGAA ATATCCTGGT
GAAAACGGTC GGATGATCAA GGGTATCAAT GACATGCTTG ATGCATATAT CGGACCAATT
AACGTATCAG CTGAATATAT AGACAGGATT AGCAAGGGAG ATATTCCGCC AAAGATCACT
GAAGAGTATC ATGGAGACTT CAATGAGATT AAAAATAATC TCAACGCTCT CATTGATGTT
GTCCACATGA GAAACGATGA CATTAAGATG CTCATTGAGG CAGCGATACA GGGAAAACTC
GATGTAAGGG CAGATTATGC GAAATATCCT GGTGAAAACG GTCGGTTAAT AAAGGGCATT
AATGACATGC TCGATGCATA TATCGGACCA ATTAATGTAT CAGCTGAATA CATAGACAGG
ATTAGCAAGG GAGATATTCC GCCAAAGATC ACTGAAGAGT ATCATGGAGA CTTCAATGAG
ATTAAAAATA ATCTCAACGC TCTCATTGAT GTTGTCCATA TGAGAAACGA TGACATTAAG
ATGCTCATTG AGGCAGCGAT ACAGGGAAAA CTCGATGTAA GGGCAGATTA TGCGAAATAT
CCTGGTGAAA ACGGTCGGAT GATCAAGGGT ATCAATGATA TGCTCGATGC ATATATCGGA
CCAATTAACG TATCAGCTGA ATACATAGAC AGGATTAGCA AGGGAGATAT TCCGCCAAAG
ATCACTGAAG AGTATCATGG AGACTTCAAT GAGATTAAAA ACAATCTCAA CGCTCTCATT
GATGTTATCC ACATGAGAAA CGATGATATT AAGATGCTCA TCGAAGCTGC ACTTGATGGG
AAACTTGACG TCAGAGCAGA TCCTTCCCGC TATCCAGGTG AAAATGGTCG GATGATCAAG
GGCATTAATG ACATGCTCGA TGCATACATC GGACCTATTA ACGTGTCAGC GGAATATATT
GACCGGATTA GCAAAGGTGA TACTCCTCCA AAGATCACTG AAGAGTATCG TGGCGATTTC
AATGAGATTA AAAATAATCT GAATGCACTC ATTGATGTCA TACAGATGCG GGGGGCAGAC
ATTCAGTTAC TAACAAAGGC AGGCATGGAA GGAAAACTGG ATGTTAGGGC AGATCCTTCA
AAATACTCGG GCTATCATGG TAACATGATT AAAAGCCTGA ACAATATGCT TGATACCTAT
ATTGGGCCCT TAAACCTTGC AGCTGAATAT ATTGATCGGA TTAGCAAAGG TGATCTGCCC
CCAAAAATAA CAGAAGAGTA TCATGGGGAT TTCAACGAGC TTAAAAATAA CCTGAACCAG
TGTATTGATG CCATCAGTCT TCTGATTGAA GATGTGAACC ACCTGTCTGA ATCTGCAACT
GCCGGAGAAT TACATACCAG GGCTGATGTG AACCGGCATC AGGGATCTTA TGCAACGCTT
GTGAAAGGAA TTAATGAAAC GCTCGATGCA GTTGTTGAAC CTATTGAAGA GGCAATGAGA
GTTGCGAAAG AGTATGCCCG GTGTAATCTG GCAACATCCT TTAATCCAAA TCTAGTTGTT
AAAGGCGAAT TTGCCGATTT CAAAAATTCA CTTGATAAAA TCGGCACAGA TATATCAAAA
ACTATTGAAA ACCTGAATGA GGAGATTGAA TCTCTCTCAA AACATTCAAA CAATGCACAG
TTTGGTGTTG AGGATGTCAG CAAAGGTGCT CGTGAGATAG CCCAGAATGC TGAAGAGACA
TCAATGAATG CTTCCAAAGC AGAAGAGGGA ATTGATCAGG TCCTACGTGC TATGGCTGAC
CTTACCATAA TGGTAAGTGA TATTTCTGCA AATGCTGACG CAGTTGCAAG ACTTAGCGAA
GATGCAAATA CGCTCGCAAA GAAGGGTACT GAATATGCAG GTGCTGCTGA CAAAGGAATG
GAGAGTATTA CCAGATCATC TTCTGAAGTT GAGCAGATTA TCGGTGCAAT CAGAAGTGAG
ATGGATCAGA TCCGTAAAAT CGTCAATATC ATCACCGATC TTGCAAACCA GACAAACCTT
CTTGCATTAA ATGCAGCTAT TGAAGCAGCA CGGGCAGGTG AAGCCGGCCG AGGATTTGCA
GTTGTGGCTT CTGAAGTAAA AGCCCTGGCT CAGGAATCAC GAACCTCAGC TGAATCAATC
GCTGATATGA TCATGGGTCT TGAACGAAAA TCCGATAGTG CTGCCCATGC AATTGAAGCA
GCAGGAAAAG CTGTCATTGA AGGGAACAGT GCATTATCAG ATACCCTCAA TGTTTTTACA
GAACTCACAA AAGCTGTTGA TGATATTAAT CAGAAGATGC TGACAATTGC ACAAGCAACT
GAACAACAGG CAGCCTCATT TGAGGAGATC ACAGCAAGTG CAAATGAGAT GAGTACGCTG
GTCAAACGGA CTGCCGATGA TGCCACCCAT TCTTCAGCAA CAAGTGAAGA AGCCCTGGCA
GTGGTATCGC AGATTAACGG AATTATAAAT CTGATTAATG AAGCAGTCAG TAATATGAGA
AATGAAATGG AAGTCTTCAC ATTAAGAAAA ACTTCCTGA
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| Protein sequence | MGRQGTDDYL DTTGYGQLQS EIKKVIEFHK SGLSDTRIDT SRMSDEEQGV GSLFNEILDQ
YQHFFSIIRD SLGSIQKGDF HTEVSKLPGK FADITDTIDS IRSSLLMLEK DIIRFSNSFE
QGDLTLRIDT TKYRGGFTDI VEHLDQGIEA INVPIRLVSL GISDFAEGKI PDINDENQFK
GDFRRLIQNL NQIVHVSKMR GEDIKTLIRS AEEGILDARA DPTKYPGYHG NMLAGMNKIL
DAYISPINVS AEYIDRISKG DIPPKITEAY RGDFNEIKNN LNALIDVVHM RNSDINMLIQ
AALDGKLDFR ADPSKYPGEN GKMIEGINKM LDAYLGPLNV SAEYIDRISK GDTPPKITEE
YRGDFNEIKN NLNNLIDVIL MRTADIKLLT NAGLEGKLDV RADSSKYTGY HGKMIESINS
MLDAYIGPIN VSAEYIDRIS KGDIPPKITE EYHGDFNEIK NNLNALIDVV HMRNDDIKML
IEAAIQGKLD VRADYAKYPG ENGRMIKGIN DMLDAYIGPI NVSAEYIDRI SKGDIPPKIT
EEYHGDFNEI KNNLNALIDV VHMRNDDIKM LIEAAIQGKL DVRADYAKYP GENGRLIKGI
NDMLDAYIGP INVSAEYIDR ISKGDIPPKI TEEYHGDFNE IKNNLNALID VVHMRNDDIK
MLIEAAIQGK LDVRADYAKY PGENGRMIKG INDMLDAYIG PINVSAEYID RISKGDIPPK
ITEEYHGDFN EIKNNLNALI DVIHMRNDDI KMLIEAALDG KLDVRADPSR YPGENGRMIK
GINDMLDAYI GPINVSAEYI DRISKGDTPP KITEEYRGDF NEIKNNLNAL IDVIQMRGAD
IQLLTKAGME GKLDVRADPS KYSGYHGNMI KSLNNMLDTY IGPLNLAAEY IDRISKGDLP
PKITEEYHGD FNELKNNLNQ CIDAISLLIE DVNHLSESAT AGELHTRADV NRHQGSYATL
VKGINETLDA VVEPIEEAMR VAKEYARCNL ATSFNPNLVV KGEFADFKNS LDKIGTDISK
TIENLNEEIE SLSKHSNNAQ FGVEDVSKGA REIAQNAEET SMNASKAEEG IDQVLRAMAD
LTIMVSDISA NADAVARLSE DANTLAKKGT EYAGAADKGM ESITRSSSEV EQIIGAIRSE
MDQIRKIVNI ITDLANQTNL LALNAAIEAA RAGEAGRGFA VVASEVKALA QESRTSAESI
ADMIMGLERK SDSAAHAIEA AGKAVIEGNS ALSDTLNVFT ELTKAVDDIN QKMLTIAQAT
EQQAASFEEI TASANEMSTL VKRTADDATH SSATSEEALA VVSQINGIIN LINEAVSNMR
NEMEVFTLRK TS
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