| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_2032 |
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| Symbol | |
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| ID | 3922148 |
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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 | 2292729 |
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| End bp | 2296586 |
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| Gene Length | 3858 bp |
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| Protein Length | 1285 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637897639 |
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| Product | methyl-accepting chemotaxis sensory transducer with Pas/Pac sensor |
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| Protein accession | YP_503459 |
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| Protein GI | 88603281 |
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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 | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.295891 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCATAA CCACTCATTC AATGATCCGA TCACAAGATG TCTCCACACT TCAGAGACTT
ATTGACGAGA TCCCTTGTGC AATATTCATT CTAAATTCAA ACGGTATCTT TATTGAATGT
AGTAAACCTT GTCTAAACGT TTTTCATTTA GATAACCCTG ATCAGATAAT TGGAAAAAGC
CCCGAGATAA TTTCTCCACC GTTTCAAAGA AATGGAAAAA ATAGCAACGA AGAAATAAAA
AAATGGATAC TTTTAGCATG TCAGAATGGC AGTGTTACAT TTAACTGGGA TCATAAACGC
TTGAACGGGG ACATATTTCC TGCAAAAGTA ACGTTATCAA CGTCGATATA TGAGGGAGAA
ACATGTGTAC TTGCCACAGT TATTGATAAC ACCGGTAATG TTTTAGAAGA GGAAATCGAA
GCGTTGATAA ATGGAAACCC CTATGCTCTC ATAGTTCTCA ATCCAGATTT GACCATTGCC
GATGTCAACC CGGCATTTTC CAGGATTTCC GGATATAATC GTGAAGAATG GATCTCTAAA
AATCTTTCAG ATTTTACTAT CTTAAAGCGG GATGGTCAAA CCGTTGAAGA GGCTATTAAG
AATAAAAAAA CAGTATCCGG AAAAATTATC GTTCAATTTC CAACAGGTAT CAGACATATG
GAATATTCTT ACATTCCTGT TTTTGATGCC AATGGGGAAT TAATAAAGAT ATACGACATT
TTCGCTGATC AGACAGACAT TTTCGAAAAA CTTCATGAAT CAGAAACCCT GATTTCTGAA
AACCCCACGA GCATTATTAC GACTGATATT AATGGCAATA TTCTCCAATT TAATAACTCT
TTTTTGGATC TTACCAGAAT TCCGGGGGAT CAATTACGAA CGATGAATCT TGCTGATTTT
AAATTATTAT CGAGGGAAGG AGCAACATTT TCTGATGCAC TAAACTCTAA AAATCCGGAA
AAAGGGACAA TGTTGGTGGA TTTTGGTGAC CGGATTAAAG TCCTGGAATA TACATACCTA
CCAGTTCTGG ATGTAAATAA TGCGATACAA AAAATATTGT GCATATATAA TGATTTAACA
GATCTGAAAA CATACATTGA AGAGAATAAA ACTTTTGTAT CTGAAAACCC GTATGCAATA
TTTACTTTAA ATCTTGATTT ACAGATAACC GATGTAAACC CGGCTTTCTC TAAATTAAGC
GGATATTCAG CGGAGCAACT TCTGAAAATG AAACTACAGG ATTTCATCGT CAAACAAAGA
GATGGGCCGA GTGTTTCTGA TGCAATAAAT TCAGGGAAAC TCAAAGGGGG AAGTATGGTC
GTACAATTCC CAGTAGGTAT CCGTCATGTA GATTACTTCT ATATACCTAT TAAGGATCCA
CGGGGAAATG TTCATAAGGT CATTGAGATT TTTTTGGATC GGACAAACCT TGTGGAACAA
TTGCATGAAT CAGACACACT TATATCAGAA AATCCCACAA GTATTATTTC CACTGATCTC
AAAGGGAATT TCCTCCAATT TAATAAGGCT TTTATGAATC TCACCCAGAT TCCAGAAGAA
ACATTACGAA CGATGAACCT TGCCGATTTC AAGCTCATTT CCAGAGATGG GGCGATGTTT
TCAGATGTTC TTTCTTCGAA AAAACCGGGA TATGGTTCTA TGGTGGTGGA TTTTGGTGAC
CGGATTAAAG TCCTGGAATA TACATACCTA CCAGTTCTGG ATGTAAACAA TGCGATACAA
AAAATATTGT GCATATATAA TGATTTAACA GATCTGAAAA CATACATAGA AGAGAATAAA
ACTTTTGTAT CTGAAAACCC GTATGCAATA TTTACTTTAA ATCTTGATTT ACAGATAACC
GATGTAAACC CGGCTTTCTC TAAATTAAGC GGATATTCAG CGGAGCAACT TCTGAAAATG
AAACTACAGG ATTTCATCGT CAAACAAAGA GATGGGCCGA GTGTTTCTGA TGCAATAAAT
TCAGGGAAAC TCAAAGGGGG AAGTATGGTC GTACAATTCC CAGTTGGTAT CCGTCATGTA
GATTACTTCT ATATACCTAT TAAGGATCCA CGGGGAAATG TTCACAAAGT CATTGAGATT
TTTTTGGATC GGACAAATCT TGTGGAACAA TTACATGAAT CAGAGACTTT AGTAAATGAT
AGTCCTGCCG GAATAATTAC AACAGATCTA AATGGGAAAA TTCTCTCATC AAACAAGGCA
TTTCAGGATA TTATTCAGTT ATCTGAGTCT GAATTGACTA AGATGAGTCT GCGAGATATT
AATGTCATTG ATCGGAAGGG ATCGACATTA AATGAAATCA TTTCTTCAAA GAAATATGGA
ACTGGGACCA TTACTGTTGA TCTCGGCTCA TTAACAAAAA TATTGAATTA TACCTACATC
CCCATCCTTG ATGTCAATAA CAATGTCACC AAAATTGTTA TGATGTACAT CGATATTACG
ACCATCAAAA AGATGGTTGT GTATCTTGAA AAATCTATCA GCAATCTGTA TGAGAATATA
TTATCCCTAT CTCATGGAAA TACAAGTTTT ACGTCTACTG TTCTTGATGC TGACCGGGAG
ATTATTGGAG CACAAGAGCA GTTTGTAAAG ATAAATCAAG CAGTAAATAT TGCACGTGAT
GCAATAGCCA GGCTTGTTTT CGATTCAACA CAGATTGCAA ATGCTGCTCT TGCAGGAAAT
CTCTCTTTTC GTGTGGATCA GACAGTACAC GAGGGAGATT ATCGAAAAGT AATCGAAGGG
ATGAATCAGA CTCAGGCATC AATAGAAATT CCGGTTATGG AAGCTATGCG GATTGCAAAA
GAATTTGCCG GATATAATTT TACCGCCCGG TTTGATAAAA AACTGAATAT TAAGGGAGAC
TGGATATCAT TCAGAGAGGC ACTTGATGAA ATTGGAGATA AGGTTGCAGA AGCGATCTCA
ACAATAAACA TGCAGGTGAA AAATCTCTCA TTAAATGCGG ATCAGGCCAA TGTCAACGTA
GGTGAGATAG CACAGGGAGC AGGACAGATG GCACATAGTG CCAGTCAGGT ATCTGCCAAT
GCAGAACAGG GCAATTCTGG TGTTCAGCAG ATACTCAAGG CAATGGAAGA TTTGACAATT
ACGGTTGCTG AAGTCTCTAA AAAGACTGAA GAAGTATCAG AATATTCCCG GAATGCCAAT
GACCTTGCTA AGGAAGGAAC ATCTCTTGCC AAGAAAGCTG AGGATGGAAT GCATGTCATT
ACAATGAGTG CAGAGGATAT GAACCGGTTA ATTGGAGAAA TTCAGCAGGA TATGGGTCAA
ATAGGAAAAA TTGTCCGGCT GATTTCTGAT ATTGCGAATC AGACTAACCT TCTTGCACTC
AATGCAGCTA TTGAAGCTGC AAGGGCTGGT GAAGCAGGAA GAGGGTTTGC GGTAGTTGCT
GCAGAAGTAA AAGCCTTGGC GACTGAATCA AGAACATCCG CAGAAAACAT TGCTGAAATG
ATCTCTTCAC TTCAGAAAAA ATCAGAGAAT GCCGGAAATT CTGCAGAGGC TGCTGCAGAA
GCAATAAAAG ATGGTAATGT GGCATTGAGT GACACACTGA AGGTCTTTGG GAAACTAGCC
GAATCAGTTA ATGGCATCTC CATGCATATA GAGCAGGTTG CTGCGATGAC TGAGGAACAG
GCTTCCGGGG TGGAAGAGGT TACTGCGAGT GTGAATGAGA TATCCAACCT TCTTGAAGGA
AATTCCAAAG AAGCTGTGGA TATTGCCGGA ATCGCAGAGG AATCGGCAGC TTCAATAGAT
GAATTAAAGC AGGTAATTCA GCAAGTAAAC TCAGGAACTG AACAGGTATC AAAAGCAGTT
GCATATTTTA TTGTATAA
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| Protein sequence | MTITTHSMIR SQDVSTLQRL IDEIPCAIFI LNSNGIFIEC SKPCLNVFHL DNPDQIIGKS
PEIISPPFQR NGKNSNEEIK KWILLACQNG SVTFNWDHKR LNGDIFPAKV TLSTSIYEGE
TCVLATVIDN TGNVLEEEIE ALINGNPYAL IVLNPDLTIA DVNPAFSRIS GYNREEWISK
NLSDFTILKR DGQTVEEAIK NKKTVSGKII VQFPTGIRHM EYSYIPVFDA NGELIKIYDI
FADQTDIFEK LHESETLISE NPTSIITTDI NGNILQFNNS FLDLTRIPGD QLRTMNLADF
KLLSREGATF SDALNSKNPE KGTMLVDFGD RIKVLEYTYL PVLDVNNAIQ KILCIYNDLT
DLKTYIEENK TFVSENPYAI FTLNLDLQIT DVNPAFSKLS GYSAEQLLKM KLQDFIVKQR
DGPSVSDAIN SGKLKGGSMV VQFPVGIRHV DYFYIPIKDP RGNVHKVIEI FLDRTNLVEQ
LHESDTLISE NPTSIISTDL KGNFLQFNKA FMNLTQIPEE TLRTMNLADF KLISRDGAMF
SDVLSSKKPG YGSMVVDFGD RIKVLEYTYL PVLDVNNAIQ KILCIYNDLT DLKTYIEENK
TFVSENPYAI FTLNLDLQIT DVNPAFSKLS GYSAEQLLKM KLQDFIVKQR DGPSVSDAIN
SGKLKGGSMV VQFPVGIRHV DYFYIPIKDP RGNVHKVIEI FLDRTNLVEQ LHESETLVND
SPAGIITTDL NGKILSSNKA FQDIIQLSES ELTKMSLRDI NVIDRKGSTL NEIISSKKYG
TGTITVDLGS LTKILNYTYI PILDVNNNVT KIVMMYIDIT TIKKMVVYLE KSISNLYENI
LSLSHGNTSF TSTVLDADRE IIGAQEQFVK INQAVNIARD AIARLVFDST QIANAALAGN
LSFRVDQTVH EGDYRKVIEG MNQTQASIEI PVMEAMRIAK EFAGYNFTAR FDKKLNIKGD
WISFREALDE IGDKVAEAIS TINMQVKNLS LNADQANVNV GEIAQGAGQM AHSASQVSAN
AEQGNSGVQQ ILKAMEDLTI TVAEVSKKTE EVSEYSRNAN DLAKEGTSLA KKAEDGMHVI
TMSAEDMNRL IGEIQQDMGQ IGKIVRLISD IANQTNLLAL NAAIEAARAG EAGRGFAVVA
AEVKALATES RTSAENIAEM ISSLQKKSEN AGNSAEAAAE AIKDGNVALS DTLKVFGKLA
ESVNGISMHI EQVAAMTEEQ ASGVEEVTAS VNEISNLLEG NSKEAVDIAG IAEESAASID
ELKQVIQQVN SGTEQVSKAV AYFIV
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