| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1641 |
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| Symbol | |
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| ID | 3924330 |
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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 | 1860033 |
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| End bp | 1862615 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637897271 |
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| Product | methyl-accepting chemotaxis sensory transducer with Pas/Pac sensor |
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| Protein accession | YP_503091 |
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| Protein GI | 88602913 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.130727 |
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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 | 11 |
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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 | ATGAACAATG ATTCCATTAT AACTGGCTTT GATCTCTCCG GATATTACCA GAATTCTGCA
GGTTTCCATC CGGTAACGGA ATACAAAAAA TCACCAGAAT CAGCCGACAT CCATTCTGAT
GGTATCATCT CACACGATCC ATCCACACTT ATGAGCATTC TTGATGCTGC CCCGGTAGCC
ATTCAGATTG TCGGTCCTGA AGGGACATTC ATCGATTGTA ACCGGCAAAC CCTGGAATTA
TTCGGAGCAC GGGACCTGCA CGACATTGTA GGAAAACCAC CATCCCTTCT CTCTCCCCCG
GTTCAGAAAA ACGGGGAGGA CAGTCAAAAG GCCTCTTTGA CCCAGATTCA GGAGGCGTTT
TCTGGGAAAA GAGTTACTTT TTCATGGGAC CATAGAAAAC TCTCCGGTGA AATCTTCCCA
GCTCGGGTGA CATTAAACCA GATACATTAC GAAGGAACAC CCTGCCTGAT GGCCTCTGTT
ATCGACACCA GCGAACTTGT GGCACAACTG GATGAGATCG CAAGTCTTGT GAAAGAATCG
CCATATGCAA TCTTCTCTAT GGATCCATCC CTTCAGATAC GTGATATCAA CCAGGCAGGA
GTTACGATAA CCGGGTATAC GCATACACAG GCATGTTCAA TGAATTTCAG AGATCTCTCA
TTCCTCGAAT CACATGGGAA GAAGATCGAG GACGCAATTC AGACAAAAAA ACCGGCACAT
GGGAGAGCAA TACTCCAGAC CCCACAGGGT ATCAGATATC TGAAGACCTC CTATATCCCA
GTGCTCAGTC AAAAAGAAGA GATATCGAAA ATATATGCCG TCTTTGCAGA TCAGACCTCA
CTCATTGAGA AGATGAATGA AGCAGAAGCC CTGATCCAGG AAAATCCTGC AGGAATCCTG
ACTGCGGATT CAGAAGGCAG GATACTCTCT GTTAACCAGG CATTCATTGA TATCTGTCGG
ATAAATCAGG ATAAACTCCT GCAGATGAGG TTAGGAGATT TTCTCATTAC AAAAAAGGAA
GGAGCAGGAC TTAAAGAGGC AATGGCCTCG AAAAAACCTG AGAAAGGTAG GATTACCGTA
GATTTTGGCT CACACAGCAG AATTCTTGAT TCTACATACA TTCCGGTCCT CAATGTGAAT
AAAGATATAG AAAAATTGGT CCTCATGTTC ATTGACTGTA CCGAAGTACA ACAGCTTATC
GAATACCTGG ACCATTCGGT GACAGCCATC TCTCAGGATA TCACTAATCT TGCATCCGGA
AAGACGGATT TTGCATCAAA GGCAATAAAA GGGAACGAGT ATACGCAAAA AGCAGAAAAA
AATCTGAACA CCATCCATGA ATCCATTAAC TCAACAAGGC TGGCACTTGA ACACATTATC
AAAGATATTG ACAGAACAAC TGATGCTGCA TTATCAGGAG ATCTGTCATT CAGGGCAGAT
CCATCCGTAC ACCAGGGAAA TTTCCAAAAT ATAATAGAGA AACTCAATAA TACCCTTGAT
GCCACCCTTA CTCCGGTTGC CGAAGCCATG TCAGTCTCCC GTGAATATGC CAGATATAAC
TTTACCGCAC GGTTTAACCC CGGATTAGAG GTAAAAGGTG ACTGGGTCGC CTTTAAAGAC
GCTCTGGACC AGACAGGGAA TGCAATTTCA CATGCCATTT CTCTCCTGAA CCAGAAAATC
AGTGAACTTT CAGCAAGCAT TGAAGAAGCA AACTCAAGTG TTGAGGAGAT CACCTCCGGA
TCACAGGAAA TTGCCTCTAT CATGGAGAAT ATCAGTAAAA ATAGCGAGTC AGGAGATTCT
TCAATCGCCC AGATCATCCG TGCCATGGAA GATCTCACCC GGACGGTCAG TGAGGTCTCT
CACAAGGCAG ATCGTGTTGC AGTACTATCA CAAGGGGCAA CCGTATCAGC AAAACAGGGA
ATGGAACGAG TCAGACGATC AGAACAGTCA ATGTCTGAAA TCATGACCGC CGCAGAACAT
GTCGATACCA TTGTAAAAGA CATTAATGCA GAGATGAATG AGATCGGAAA GATAGTCAGA
GTTATATCAG ACATAGCAAA CCAGACAAAC CTTCTCTCCC TGAATGCCGC AATAGAAGCG
GCCCGTGCCG GAGAAGCAGG AAGAGGGTTT GCTGTAGTTG CATCTGAAGT AAAGTCTTTG
GCTCAGGATT CACGAACGTC AGCCGAAAAC ATAACTGAGA TGATCACAAC TCTCCAGCAA
AAAGCAAAAA CCGCTGAGGA TGCAATGGCC CAGTCGGTTC AGGTGGTTCA TGATGGCAGT
TCAGCCCTTG CTGAGACCGT TACCTCATTT ACTGACATTG CACAGGCAAT TGGTGACATT
CATCAACATA TTACTGACGT TGCAGCTGCT TCAGAAGAGC AGGCGGCATC AGTAGAGGAA
GTTACCGCTA GTATGCAGGA AGTGGCATTT CTCACCCATA AAACATCAGA AGAAGTCATC
AACACATCTG TCGCCATAAA GCAGACCTCT GCAGCCCTGG AACAGATCAG TGAAGTCGTA
AATACGATTG TCGTCATCAG TGACGGAGTA CATCAGGAAA TATCCCGTTT TACCGTAGGG
TAA
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| Protein sequence | MNNDSIITGF DLSGYYQNSA GFHPVTEYKK SPESADIHSD GIISHDPSTL MSILDAAPVA
IQIVGPEGTF IDCNRQTLEL FGARDLHDIV GKPPSLLSPP VQKNGEDSQK ASLTQIQEAF
SGKRVTFSWD HRKLSGEIFP ARVTLNQIHY EGTPCLMASV IDTSELVAQL DEIASLVKES
PYAIFSMDPS LQIRDINQAG VTITGYTHTQ ACSMNFRDLS FLESHGKKIE DAIQTKKPAH
GRAILQTPQG IRYLKTSYIP VLSQKEEISK IYAVFADQTS LIEKMNEAEA LIQENPAGIL
TADSEGRILS VNQAFIDICR INQDKLLQMR LGDFLITKKE GAGLKEAMAS KKPEKGRITV
DFGSHSRILD STYIPVLNVN KDIEKLVLMF IDCTEVQQLI EYLDHSVTAI SQDITNLASG
KTDFASKAIK GNEYTQKAEK NLNTIHESIN STRLALEHII KDIDRTTDAA LSGDLSFRAD
PSVHQGNFQN IIEKLNNTLD ATLTPVAEAM SVSREYARYN FTARFNPGLE VKGDWVAFKD
ALDQTGNAIS HAISLLNQKI SELSASIEEA NSSVEEITSG SQEIASIMEN ISKNSESGDS
SIAQIIRAME DLTRTVSEVS HKADRVAVLS QGATVSAKQG MERVRRSEQS MSEIMTAAEH
VDTIVKDINA EMNEIGKIVR VISDIANQTN LLSLNAAIEA ARAGEAGRGF AVVASEVKSL
AQDSRTSAEN ITEMITTLQQ KAKTAEDAMA QSVQVVHDGS SALAETVTSF TDIAQAIGDI
HQHITDVAAA SEEQAASVEE VTASMQEVAF LTHKTSEEVI NTSVAIKQTS AALEQISEVV
NTIVVISDGV HQEISRFTVG
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